<?xml version="1.0" encoding="UTF-8"?>
<?xml-stylesheet type="text/xsl" href="rss.xslt" ?>
<rss
    xmlns:itunes="http://www.itunes.com/dtds/podcast-1.0.dtd"
    xmlns:googleplay="http://www.google.com/schemas/play-podcasts/1.0"
    xmlns:content="http://purl.org/rss/1.0/modules/content/"
    xmlns:atom="http://www.w3.org/2005/Atom"
    xmlns:spotify="http://www.spotify.com/ns/rss"
    xmlns:psc="http://podlove.org/simple-chapters/"
    xmlns:media="https://search.yahoo.com/mrss/"
    xmlns:podcast="https://podcastindex.org/namespace/1.0"
    version="2.0">
    <channel>
        <title>UAO Goes Live: The Future of Automation</title>
                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation</link>
                <atom:link rel="self" type="application/rss+xml" href="https://feed.ausha.co/Nd61VIrm3YmM"/>
        <description>
UAO Goes Live brings the conversations from our popular LinkedIn Live series directly to your favorite podcast platform. Each episode explores the world of open, interoperable automation powered by IEC 61499. Join industry leaders, innovators, and experts as they share real-world applications, success stories, and insights that are shaping the future of industrial automation.
Whether you are an engineer, a technology leader, or simply passionate about the next wave of automation, this podcast is your go-to source for cutting-edge discussions, practical knowledge, and thought leadership.
Tune in and discover how UniversalAutomation.org (http://UniversalAutomation.org) and its ecosystem are transforming industries, one open standard at a time.

Hosted on Ausha. See ausha.co/privacy-policy for more information.</description>
        <language>en</language>
        <copyright>UniversalAutomation.org</copyright>
        <lastBuildDate>Sun, 17 May 2026 23:00:46 +0000</lastBuildDate>
        <pubDate>Sun, 17 May 2026 23:00:46 +0000</pubDate>
        <webMaster>feeds@ausha.co (Ausha)</webMaster>
        <generator>Ausha (https://www.ausha.co)</generator>
                    <spotify:countryOfOrigin>fr</spotify:countryOfOrigin>
        
        <itunes:author>UniversalAutomation.org</itunes:author>
        <itunes:owner>
            <itunes:name>UniversalAutomation.org</itunes:name>
            <itunes:email>contact@universalautomation.org</itunes:email>
        </itunes:owner>
        <itunes:summary>
UAO Goes Live brings the conversations from our popular LinkedIn Live series directly to your favorite podcast platform. Each episode explores the world of open, interoperable automation powered by IEC 61499. Join industry leaders, innovators, and experts as they share real-world applications, success stories, and insights that are shaping the future of industrial automation.
Whether you are an engineer, a technology leader, or simply passionate about the next wave of automation, this podcast is your go-to source for cutting-edge discussions, practical knowledge, and thought leadership.
Tune in and discover how UniversalAutomation.org (http://UniversalAutomation.org) and its ecosystem are transforming industries, one open standard at a time.

Hosted on Ausha. See ausha.co/privacy-policy for more information.</itunes:summary>
        <itunes:explicit>false</itunes:explicit>
        <itunes:block>no</itunes:block>
        <podcast:block>no</podcast:block>
        <podcast:locked>yes</podcast:locked>
        <itunes:type>serial</itunes:type>
                    <itunes:subtitle>Exploring the Future of Automation Through Portability, Flexibility, and Digital Transformation using IEC 61499</itunes:subtitle>
                
        <googleplay:author>UniversalAutomation.org</googleplay:author>
        <googleplay:email>contact@universalautomation.org</googleplay:email>
        <googleplay:description>
UAO Goes Live brings the conversations from our popular LinkedIn Live series directly to your favorite podcast platform. Each episode explores the world of open, interoperable automation powered by IEC 61499. Join industry leaders, innovators, and experts as they share real-world applications, success stories, and insights that are shaping the future of industrial automation.
Whether you are an engineer, a technology leader, or simply passionate about the next wave of automation, this podcast is your go-to source for cutting-edge discussions, practical knowledge, and thought leadership.
Tune in and discover how UniversalAutomation.org (http://UniversalAutomation.org) and its ecosystem are transforming industries, one open standard at a time.

Hosted on Ausha. See ausha.co/privacy-policy for more information.</googleplay:description>
        <googleplay:explicit>false</googleplay:explicit>

                    <podcast:funding url="">Support us!</podcast:funding>
        
        <category>Technology</category>
    
            <itunes:category text="Technology"/>
        <category>News</category>
    
        <itunes:category text="News">
                    <itunes:category text="Tech News"/>
            </itunes:category>
    
                    <image>
                <url>https://image.ausha.co/Dje3ZVpvLR1TflaUxvXROSvq1ReOBaJCXpOs2Pnw_1400x1400.jpeg?t=1760427340</url>
                <title>UAO Goes Live: The Future of Automation</title>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation</link>
                            </image>
            <itunes:image href="https://image.ausha.co/Dje3ZVpvLR1TflaUxvXROSvq1ReOBaJCXpOs2Pnw_1400x1400.jpeg?t=1760427340"/>
            <googleplay:image href="https://image.ausha.co/Dje3ZVpvLR1TflaUxvXROSvq1ReOBaJCXpOs2Pnw_1400x1400.jpeg?t=1760427340"/>
        
                    <item>
                <title>Episode 15: Scalable Industrial Control with GR3N &amp; Barbara</title>
                <guid isPermaLink="false">5ba8f276cce2ba1d3972c9b5fcc97788d3359a26</guid>
                <description><![CDATA[<p>In this episode of UAO Goes Live, <b>GR3N</b> and <b>Barbara</b> show <b>how UAO technology and edge orchestration enable secure, large‑scale deployments</b>.</p><p><br></p><p>We explore <b>microwave‑assisted depolymerization</b> as a sustainability use case, then quantify the challenge of operating <b>many apps per device </b>across many plants, and how Barbara OS and the Barbara Panel provide <b>remote deployment</b>, CI/CD, high availability, and <b>VPN‑based remote engineering</b> for EcoStruxure Automation Expert.</p><p><br></p><p><b>The result is faster rollouts, fewer human errors, and a practical blueprint for interoperable, portable automation that advances Open Software Defined Automation.</b></p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><br></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of UAO Goes Live, <b>GR3N</b> and <b>Barbara</b> show <b>how UAO technology and edge orchestration enable secure, large‑scale deployments</b>.</p><p><br></p><p>We explore <b>microwave‑assisted depolymerization</b> as a sustainability use case, then quantify the challenge of operating <b>many apps per device </b>across many plants, and how Barbara OS and the Barbara Panel provide <b>remote deployment</b>, CI/CD, high availability, and <b>VPN‑based remote engineering</b> for EcoStruxure Automation Expert.</p><p><br></p><p><b>The result is faster rollouts, fewer human errors, and a practical blueprint for interoperable, portable automation that advances Open Software Defined Automation.</b></p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><br></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Sun, 17 May 2026 23:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/ewXk3h3DvMxW.mp3?t=1770636969" length="32235656" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-15-scalable-industrial-control-with-gr3n-barbara</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence</itunes:keywords>
                                <itunes:duration>33:34</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, GR3N and Barbara show how UAO technology and edge orchestration enable secure, large‑scale deployments.


We explore microwave‑assisted depolymerization as a sustainability use case, then quantify the challenge of ope...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/ewXk3h3DvMxW.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/rXUIsYKLNj1tyLHIhofTFfXyx0GWH0LOn7VRKgdt_1400x1400.jpeg?t=1770637184"/>
                    <googleplay:image href="https://image.ausha.co/rXUIsYKLNj1tyLHIhofTFfXyx0GWH0LOn7VRKgdt_1400x1400.jpeg?t=1770637184"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 14: Introducing the IEC 61499 AI Service Platform - Part 2</title>
                <guid isPermaLink="false">116c65caa278c3a59bfbb35c2cf0c424b4b65890</guid>
                <description><![CDATA[<p>In this episode of UAO Goes Live,<b> Luleå University of Technology</b> demonstrates how <b>AI agents collaborate with UAO technology using a skill‑based approach</b>.</p><p><br></p><p>The session covers <b>natural‑language interaction with machines</b>, <b>OPC UA execution of skills</b>, <b>human‑in‑the‑loop safeguards</b>, and a configurable agent platform that lets engineers build their own agents for digital twins and real equipment.</p><p><br></p><p>Live demos include a <b>processing station</b> (test, drill, rotate) and a <b>distributing station</b> (pick/place) to show <b>planning</b>, <b>feedback</b>, and <b>dynamic sequencing</b>—supporting <b>interoperable, portable applications</b> and <b>Open Software Defined Automation</b>.</p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><br></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of UAO Goes Live,<b> Luleå University of Technology</b> demonstrates how <b>AI agents collaborate with UAO technology using a skill‑based approach</b>.</p><p><br></p><p>The session covers <b>natural‑language interaction with machines</b>, <b>OPC UA execution of skills</b>, <b>human‑in‑the‑loop safeguards</b>, and a configurable agent platform that lets engineers build their own agents for digital twins and real equipment.</p><p><br></p><p>Live demos include a <b>processing station</b> (test, drill, rotate) and a <b>distributing station</b> (pick/place) to show <b>planning</b>, <b>feedback</b>, and <b>dynamic sequencing</b>—supporting <b>interoperable, portable applications</b> and <b>Open Software Defined Automation</b>.</p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><br></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Sun, 03 May 2026 23:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/1qrEjTjdn4ag.mp3?t=1770635398" length="39577945" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-14-introducing-the-iec-61499-ai-service-platform-part-2</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence</itunes:keywords>
                                <itunes:duration>41:13</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, Luleå University of Technology demonstrates how AI agents collaborate with UAO technology using a skill‑based approach.


The session covers natural‑language interaction with machines, OPC UA execution of skills, huma...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/1qrEjTjdn4ag.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/e2Kv9G99LfyejVRoGUe8yBxq2nnCam5N7qXRpCsB_1400x1400.jpeg?t=1770635511"/>
                    <googleplay:image href="https://image.ausha.co/e2Kv9G99LfyejVRoGUe8yBxq2nnCam5N7qXRpCsB_1400x1400.jpeg?t=1770635511"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 13: Introducing the IEC 61499 AI Service Platform - Part 1</title>
                <guid isPermaLink="false">fd40b3b408e89ebf35506cba1f5ba43c765543b4</guid>
                <description><![CDATA[<p>In this episode of UAO Goes Live, <b>Professor Valeriy Vyatkin</b> and the FlexBridge team from <b>Luleå University of Technology</b> introduce an <b>IEC 61499 AI Service Platform and a Function Block Assistant that turns natural‑language requirements into executable state machines.</b></p><p><br></p><p>The conversation shows how <b>engineers define inputs and outputs</b>, iterate on behavior, <b>simulate via a soft PLC</b>, and <b>auto‑generate function blocks</b> for EcoStruxure Automation Expert.</p><p><br></p><p>Examples include a pneumatic cylinder and a pick‑and‑place manipulator, illustrating faster engineering cycles, collaborative refinement, and a practical path to interoperable, portable applications that advance <b>Open Software Defined Automation </b>and<b> IT/OT convergence</b>.</p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><br></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of UAO Goes Live, <b>Professor Valeriy Vyatkin</b> and the FlexBridge team from <b>Luleå University of Technology</b> introduce an <b>IEC 61499 AI Service Platform and a Function Block Assistant that turns natural‑language requirements into executable state machines.</b></p><p><br></p><p>The conversation shows how <b>engineers define inputs and outputs</b>, iterate on behavior, <b>simulate via a soft PLC</b>, and <b>auto‑generate function blocks</b> for EcoStruxure Automation Expert.</p><p><br></p><p>Examples include a pneumatic cylinder and a pick‑and‑place manipulator, illustrating faster engineering cycles, collaborative refinement, and a practical path to interoperable, portable applications that advance <b>Open Software Defined Automation </b>and<b> IT/OT convergence</b>.</p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><br></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 20 Apr 2026 00:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/5Av2VClal9ze.mp3?t=1770633346" length="48554036" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-13-introducing-the-iec-61499-ai-service-platform-part-1</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence</itunes:keywords>
                                <itunes:duration>50:34</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, Professor Valeriy Vyatkin and the FlexBridge team from Luleå University of Technology introduce an IEC 61499 AI Service Platform and a Function Block Assistant that turns natural‑language requirements into executable...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/5Av2VClal9ze.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/81rXDdGtIstXId3nukBPAplZIWrFylH3VBk3Amiw_1400x1400.jpeg?t=1770634227"/>
                    <googleplay:image href="https://image.ausha.co/81rXDdGtIstXId3nukBPAplZIWrFylH3VBk3Amiw_1400x1400.jpeg?t=1770634227"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 12: UAO Runtime on Penguin Solutions Fault Tolerant Compute Platforms</title>
                <guid isPermaLink="false">89eb9921485eaa5c47b33d75a2bfa8003087b8d6</guid>
                <description><![CDATA[<p>In this episode of UAO Goes Live, <b>Penguin Solutions</b> explains how <b>fault‑tolerant and high‑availability compute platforms help run UAO technology at scale on the edge</b>.</p><p><br></p><p>The discussion covers ZTC Edge for rugged environments and ZTC Endurance for dense workloads, the difference between high availability and fault tolerance, and per‑VM protection choices.</p><p><br></p><p>You will hear how <b>virtualization </b>with Penguin Solutions Redundant Linux, <b>APIs for orchestration</b>, <b>predictive monitoring</b>, and <b>automatic “reduplexing” support zero‑touch operations and rapid recovery</b>—<b>without interrupting control applications</b>.</p><p><br></p><p><b>The result is interoperable, portable, hardware‑independent automation that advances Open Software Defined Automation and IT/OT convergence.</b></p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><br></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of UAO Goes Live, <b>Penguin Solutions</b> explains how <b>fault‑tolerant and high‑availability compute platforms help run UAO technology at scale on the edge</b>.</p><p><br></p><p>The discussion covers ZTC Edge for rugged environments and ZTC Endurance for dense workloads, the difference between high availability and fault tolerance, and per‑VM protection choices.</p><p><br></p><p>You will hear how <b>virtualization </b>with Penguin Solutions Redundant Linux, <b>APIs for orchestration</b>, <b>predictive monitoring</b>, and <b>automatic “reduplexing” support zero‑touch operations and rapid recovery</b>—<b>without interrupting control applications</b>.</p><p><br></p><p><b>The result is interoperable, portable, hardware‑independent automation that advances Open Software Defined Automation and IT/OT convergence.</b></p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><br></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 06 Apr 2026 00:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/PqXvaTmvnv36.mp3?t=1770629706" length="41995838" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-12-uao-runtime-on-penguin-solutions-fault-tolerant-compute-platforms</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence</itunes:keywords>
                                <itunes:duration>43:44</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, Penguin Solutions explains how fault‑tolerant and high‑availability compute platforms help run UAO technology at scale on the edge.


The discussion covers ZTC Edge for rugged environments and ZTC Endurance for dense...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/PqXvaTmvnv36.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/qHW4Kt9WOPiUkyM0kAJvG8kRGlj2MEfkfgPSwBoN_1400x1400.jpeg?t=1770629878"/>
                    <googleplay:image href="https://image.ausha.co/qHW4Kt9WOPiUkyM0kAJvG8kRGlj2MEfkfgPSwBoN_1400x1400.jpeg?t=1770629878"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 11: Live from SPS 2024 — Open Software Defined Automation in Action.</title>
                <guid isPermaLink="false">ec78d72d87d01c56b7e7dd52007606764ca8e851</guid>
                <description><![CDATA[<p>In this episode of UAO Goes Live, we broadcast from SPS 2024 in Nuremberg to showcase UAO technology in action. The team demonstrates plug‑and‑produce vision with Cognex cameras, real‑time data from an Endress+Hauser flowmeter to HMI, and a distributed multi‑vendor setup spanning Schneider Electric devices, Phoenix Contact, Modbus I/O, and an ASRock Industrial IPC—all engineered in EcoStruxure Automation Expert. We also spotlight Aimirim’s Eclipse 4diac plugin for deploying to the UAO runtime and CloViC cloud virtual commissioning from Aalto University. The result is interoperable, portable, hardware‑independent automation for Industry 4.0 and IT/OT convergence—an example of Open Software Defined Automation at work.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of UAO Goes Live, we broadcast from SPS 2024 in Nuremberg to showcase UAO technology in action. The team demonstrates plug‑and‑produce vision with Cognex cameras, real‑time data from an Endress+Hauser flowmeter to HMI, and a distributed multi‑vendor setup spanning Schneider Electric devices, Phoenix Contact, Modbus I/O, and an ASRock Industrial IPC—all engineered in EcoStruxure Automation Expert. We also spotlight Aimirim’s Eclipse 4diac plugin for deploying to the UAO runtime and CloViC cloud virtual commissioning from Aalto University. The result is interoperable, portable, hardware‑independent automation for Industry 4.0 and IT/OT convergence—an example of Open Software Defined Automation at work.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 23 Mar 2026 00:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/mwNZ3hAMRVkP.mp3?t=1768554061" length="49574274" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-11-live-from-sps-2024-open-software-defined-automation-in-action</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>nuremberg,Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence,clovic,4diac,software defined automation,open software defined automation,sps,aimirim</itunes:keywords>
                                <itunes:duration>51:38</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, we broadcast from SPS 2024 in Nuremberg to showcase UAO technology in action. The team demonstrates plug‑and‑produce vision with Cognex cameras, real‑time data from an Endress+Hauser flowmeter to HMI, and a distribute...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/mwNZ3hAMRVkP.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/jXjKx3lNHQyl8hTd454PMaaqrE3jATFGFzDsQsfU_1400x1400.jpeg?t=1768554093"/>
                    <googleplay:image href="https://image.ausha.co/jXjKx3lNHQyl8hTd454PMaaqrE3jATFGFzDsQsfU_1400x1400.jpeg?t=1768554093"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 10: Acciona Smart Plant with Barbara Edge Orchestration</title>
                <guid isPermaLink="false">330dd1264799f1bf363639f6a668091b1945a94e</guid>
                <description><![CDATA[<p>In this episode of UAO Goes Live, Barbara shares how edge orchestration and UAO technology enable Acciona to centrally manage more than 150 water plants with real‑time data, cybersecurity by design, and hardware independence. The discussion demonstrates deploying the <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> runtime on industrial PCs, connecting securely via a built‑in VPN, and orchestrating applications such as protocol connectors, databases, MQTT, Grafana, Ignition, and AI models for chemical dosing. Outcomes include faster time to value, significant total cost of ownership reduction, and a practical blueprint for interoperable, portable, plug‑and‑produce automation across distributed sites.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of UAO Goes Live, Barbara shares how edge orchestration and UAO technology enable Acciona to centrally manage more than 150 water plants with real‑time data, cybersecurity by design, and hardware independence. The discussion demonstrates deploying the <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> runtime on industrial PCs, connecting securely via a built‑in VPN, and orchestrating applications such as protocol connectors, databases, MQTT, Grafana, Ignition, and AI models for chemical dosing. Outcomes include faster time to value, significant total cost of ownership reduction, and a practical blueprint for interoperable, portable, plug‑and‑produce automation across distributed sites.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 09 Mar 2026 00:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/XqN4KTXGvDa4.mp3?t=1768551996" length="39797373" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-10-acciona-smart-plant-with-barbara-edge-orchestration</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence,software defined automation,open software defined automation,high availability,edge orchestation</itunes:keywords>
                                <itunes:duration>41:27</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, Barbara shares how edge orchestration and UAO technology enable Acciona to centrally manage more than 150 water plants with real‑time data, cybersecurity by design, and hardware independence. The discussion demonstrat...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/XqN4KTXGvDa4.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/xpmZaAoIsJ15OzqJpZ1BDGCdpM7szYsfh2TtSgqG_1400x1400.jpeg?t=1768552146"/>
                    <googleplay:image href="https://image.ausha.co/xpmZaAoIsJ15OzqJpZ1BDGCdpM7szYsfh2TtSgqG_1400x1400.jpeg?t=1768552146"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 09: Tools and tool concepts using IEC 61499</title>
                <guid isPermaLink="false">5ce8082e2c374db061af267ead83d2619ce490e3</guid>
                <description><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, Professor <b>Alois Zoïtl</b> explores practical tools and concepts that make <b>IEC 61499</b> engineering scalable and maintainable. The discussion covers interpreted execution for rapid, platform‑independent testing, code quality assessment using cognitive complexity, safe refactoring operations, and visualization techniques for very large function block networks. It also highlights AI‑assisted clone and similarity detection and how <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> principles enable open automation, interoperability, and portability to reduce vendor lock‑in and support <b>Industry 4.0</b> and IT/OT convergence.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, Professor <b>Alois Zoïtl</b> explores practical tools and concepts that make <b>IEC 61499</b> engineering scalable and maintainable. The discussion covers interpreted execution for rapid, platform‑independent testing, code quality assessment using cognitive complexity, safe refactoring operations, and visualization techniques for very large function block networks. It also highlights AI‑assisted clone and similarity detection and how <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> principles enable open automation, interoperability, and portability to reduce vendor lock‑in and support <b>Industry 4.0</b> and IT/OT convergence.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 23 Feb 2026 00:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/pZrY3Hkzr4G0.mp3?t=1768486482" length="44195558" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-09-tools-and-tool-concepts-using-iec-61499</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Eclipse,Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence,4diac</itunes:keywords>
                                <itunes:duration>46:02</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, Professor Alois Zoïtl explores practical tools and concepts that make IEC 61499 engineering scalable and maintainable. The discussion covers interpreted execution for rapid, platform‑independent testing, code quality...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/pZrY3Hkzr4G0.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/XbQYAbDvnwLoNj7I6FP3466qcMBimeYMSuMzqBL0_1400x1400.jpeg?t=1768486835"/>
                    <googleplay:image href="https://image.ausha.co/XbQYAbDvnwLoNj7I6FP3466qcMBimeYMSuMzqBL0_1400x1400.jpeg?t=1768486835"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 08: Unveiling runtime execution engine V24.0</title>
                <guid isPermaLink="false">2773ebf48ac659bf345307492e3e9b30e42056b1</guid>
                <description><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, Chief Architect Officer <b>Sarath Malkasima</b> introduces the <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a><b> runtime V24.0</b> and details what is coming next. New capabilities include <b>partner license management</b>, <b>secure reliable transport (SRT)</b> for runtime‑to‑runtime messaging, and <b>network segregation</b> on SoftDPAC for northbound and I/O communications. Stability, cybersecurity, MQTT fixes, and enhanced watch‑mode debugging also land in this release. The roadmap previews <b>UTF‑8 strings</b>, <b>Modbus Serial for SoftDPAC</b>, <b>explicit Modbus TCP requests</b>, <b>multi‑resource high availability</b>, <b>online Basic FB debugging</b>, <b>cross‑project adapters</b>, a <b>64‑bit runtime</b>, plus stretch goals such as <b>EtherNet/IP</b> and <b>PROFINET</b> client functions.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, Chief Architect Officer <b>Sarath Malkasima</b> introduces the <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a><b> runtime V24.0</b> and details what is coming next. New capabilities include <b>partner license management</b>, <b>secure reliable transport (SRT)</b> for runtime‑to‑runtime messaging, and <b>network segregation</b> on SoftDPAC for northbound and I/O communications. Stability, cybersecurity, MQTT fixes, and enhanced watch‑mode debugging also land in this release. The roadmap previews <b>UTF‑8 strings</b>, <b>Modbus Serial for SoftDPAC</b>, <b>explicit Modbus TCP requests</b>, <b>multi‑resource high availability</b>, <b>online Basic FB debugging</b>, <b>cross‑project adapters</b>, a <b>64‑bit runtime</b>, plus stretch goals such as <b>EtherNet/IP</b> and <b>PROFINET</b> client functions.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 09 Feb 2026 00:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/3mZMkSGQP12O.mp3?t=1768485542" length="25570878" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-08-unveiling-runtime-execution-engine-v24-0</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence</itunes:keywords>
                                <itunes:duration>26:38</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, Chief Architect Officer Sarath Malkasima introduces the UniversalAutomation.org (http://UniversalAutomation.org) runtime V24.0 and details what is coming next. New capabilities include partner license management, secu...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/3mZMkSGQP12O.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/pAreiDqnjLEmkixO34A8WZTrtN5O3EhHWs3xZV6s_1400x1400.jpeg?t=1768487094"/>
                    <googleplay:image href="https://image.ausha.co/pAreiDqnjLEmkixO34A8WZTrtN5O3EhHWs3xZV6s_1400x1400.jpeg?t=1768487094"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 07: Virtual Commissioning of IEC 61499 with CloViC</title>
                <guid isPermaLink="false">b3fb82cc86e201e67c82c7c14e3d497fa8a5e33c</guid>
                <description><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, Professor <b>Valery Vyatkin</b> presents <b>CloViC</b>, a cloud‑based environment for <b>virtual commissioning</b> of <b>IEC 61499</b> systems. CloViC instantiates <b>containerized PLC images</b> in the cloud, connects them to a <b>web‑based IDE</b>, HMI, and dynamic process simulation, and enables <b>collaborative commissioning</b> by distributed teams. The approach mirrors real PLC constraints better than local soft PLCs and can significantly <b>reduce commissioning time and cost</b> on large projects, while leveraging <b>open automation</b> and the <b>runtime from </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a>.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, Professor <b>Valery Vyatkin</b> presents <b>CloViC</b>, a cloud‑based environment for <b>virtual commissioning</b> of <b>IEC 61499</b> systems. CloViC instantiates <b>containerized PLC images</b> in the cloud, connects them to a <b>web‑based IDE</b>, HMI, and dynamic process simulation, and enables <b>collaborative commissioning</b> by distributed teams. The approach mirrors real PLC constraints better than local soft PLCs and can significantly <b>reduce commissioning time and cost</b> on large projects, while leveraging <b>open automation</b> and the <b>runtime from </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a>.</p><p><br></p><p>---</p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 26 Jan 2026 00:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/QDRzwfqwk14O.mp3?t=1768482374" length="26926738" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-07-virtual-commissioning-of-iec-61499-with-clovic</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence,clovic,virtual commissioning</itunes:keywords>
                                <itunes:duration>28:02</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, Professor Valery Vyatkin presents CloViC, a cloud‑based environment for virtual commissioning of IEC 61499 systems. CloViC instantiates containerized PLC images in the cloud, connects them to a web‑based IDE, HMI, and...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/QDRzwfqwk14O.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/kS0pvHSoXSW5r3Yd6qnDsZSr8XiTUlR8PNOkDAlW_1400x1400.jpeg?t=1768487266"/>
                    <googleplay:image href="https://image.ausha.co/kS0pvHSoXSW5r3Yd6qnDsZSr8XiTUlR8PNOkDAlW_1400x1400.jpeg?t=1768487266"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 06: Exploring Innovation with R. STAHL and UniversalAutomation.org</title>
                <guid isPermaLink="false">a5b87bd24e17d7f79d261aa6db726fa0551a879c</guid>
                <description><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, we speak with <b>André Fritsch</b> from <b>R. STAHL</b>, one of the founding members of <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a>, about how open automation and <b>IEC 61499</b> are driving innovation in hazardous area solutions. Discover why R. STAHL adopted the <b>UAO runtime</b> for its flagship <b>Remote I/O system</b>, enabling <b>hardware independence</b>, <b>interoperability</b>, and simplified engineering for Zone 1 installations. Learn how this approach accelerates time-to-market, reduces complexity, and creates new possibilities for distributed control and local data handling in process industries.</p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, we speak with <b>André Fritsch</b> from <b>R. STAHL</b>, one of the founding members of <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a>, about how open automation and <b>IEC 61499</b> are driving innovation in hazardous area solutions. Discover why R. STAHL adopted the <b>UAO runtime</b> for its flagship <b>Remote I/O system</b>, enabling <b>hardware independence</b>, <b>interoperability</b>, and simplified engineering for Zone 1 installations. Learn how this approach accelerates time-to-market, reduces complexity, and creates new possibilities for distributed control and local data handling in process industries.</p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 24 Nov 2025 08:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/RD9KPfXPWPgP.mp3?t=1762853623" length="29735424" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-06-exploring-innovation-with-r-stahl-and-uao</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence,r. stahl,distributed control</itunes:keywords>
                                <itunes:duration>30:58</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, we speak with André Fritsch from R. STAHL, one of the founding members of UniversalAutomation.org (http://UniversalAutomation.org), about how open automation and IEC 61499 are driving innovation in hazardous area solu...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/RD9KPfXPWPgP.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/bNkldR5qlmG5DDZVqbmPEvLk8C3yGCgHX1I7fn5T_1400x1400.jpeg?t=1768487293"/>
                    <googleplay:image href="https://image.ausha.co/bNkldR5qlmG5DDZVqbmPEvLk8C3yGCgHX1I7fn5T_1400x1400.jpeg?t=1768487293"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 05: What Advantages Does Universal Automation Offer Beyond Total Cost of Ownership?</title>
                <guid isPermaLink="false">dd4475b86f11f446bb66c49818eb42364064874f</guid>
                <description><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, join a panel of experts from <b>Shell</b>, <b>GR3N</b>, <b>R.</b> <b>Stahl</b>, and <b>Schneider Electric</b> as they explore the transformative benefits of <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> and <b>IEC 61499</b> beyond reducing total cost of ownership. Discover how <b>open automation</b> enables <b>hardware independence</b>, <b>portability</b>, and <b>interoperability</b>, while driving innovation, resilience, and sustainability. Learn why decoupling hardware and software is key to future-proofing industrial automation and how it impacts commissioning, migration strategies, and new business models.</p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of <b>UAO Goes Live</b>, join a panel of experts from <b>Shell</b>, <b>GR3N</b>, <b>R.</b> <b>Stahl</b>, and <b>Schneider Electric</b> as they explore the transformative benefits of <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> and <b>IEC 61499</b> beyond reducing total cost of ownership. Discover how <b>open automation</b> enables <b>hardware independence</b>, <b>portability</b>, and <b>interoperability</b>, while driving innovation, resilience, and sustainability. Learn why decoupling hardware and software is key to future-proofing industrial automation and how it impacts commissioning, migration strategies, and new business models.</p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 17 Nov 2025 08:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/3mZMkSP8A1na.mp3?t=1762853034" length="45072436" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-05-what-advantages-does-universal-automation-offer-beyond-total-cost-of-ownership</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence,total cost of ownership,automation resilience,migration strategy</itunes:keywords>
                                <itunes:duration>46:56</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, join a panel of experts from Shell, GR3N, R. Stahl, and Schneider Electric as they explore the transformative benefits of UniversalAutomation.org (http://UniversalAutomation.org) and IEC 61499 beyond reducing total co...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/3mZMkSP8A1na.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/WtwXR0b7oLGQQJqrE4G7nfmBo7ekyOR39RK72uJV_1400x1400.jpeg?t=1768487308"/>
                    <googleplay:image href="https://image.ausha.co/WtwXR0b7oLGQQJqrE4G7nfmBo7ekyOR39RK72uJV_1400x1400.jpeg?t=1768487308"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 04: How TriSystems Uses IEC 61499 and UniversalAutomation.org to Upgrade Offshore Platforms</title>
                <guid isPermaLink="false">921b3efe60241b70bb80596258dbfb9a62f90a10</guid>
                <description><![CDATA[<p>In this episode of UAO Goes Live, discover how TriSystems Engineering leverages IEC 61499 and <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> to modernize offshore oil and gas platforms in Southeast Asia. Learn how open automation enables hardware independence, portability, and interoperability, helping overcome obsolescence challenges and extend system lifespan. This real-world use case demonstrates how plug-and-produce architectures, low-power edge computing, and OPC UA connectivity deliver flexibility and resilience for remote operations.</p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of UAO Goes Live, discover how TriSystems Engineering leverages IEC 61499 and <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> to modernize offshore oil and gas platforms in Southeast Asia. Learn how open automation enables hardware independence, portability, and interoperability, helping overcome obsolescence challenges and extend system lifespan. This real-world use case demonstrates how plug-and-produce architectures, low-power edge computing, and OPC UA connectivity deliver flexibility and resilience for remote operations.</p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 10 Nov 2025 08:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/pZrY3HA4NpJ0.mp3?t=1762851121" length="33090382" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-04-how-trisystems-uses-iec-61499-and-universalautomation-org-to-upgrade-offshore-platforms</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence</itunes:keywords>
                                <itunes:duration>34:28</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, discover how TriSystems Engineering leverages IEC 61499 and UniversalAutomation.org (http://UniversalAutomation.org) to modernize offshore oil and gas platforms in Southeast Asia. Learn how open automation enables har...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/pZrY3HA4NpJ0.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/uVzIZHuMChS2ZQNGHuM6lculf7QJdpUfsArpfyA9_1400x1400.jpeg?t=1768487321"/>
                    <googleplay:image href="https://image.ausha.co/uVzIZHuMChS2ZQNGHuM6lculf7QJdpUfsArpfyA9_1400x1400.jpeg?t=1768487321"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 03: How Platinum Uses IEC 61499 and UniversalAutomation.org for Sustainable Carbon Capture</title>
                <guid isPermaLink="false">81caa1d1c65ace6f6b20446d59fa73ac8139c4d6</guid>
                <description><![CDATA[<p>In this episode of UAO Goes Live, discover how Platinum Electrical Engineering uses IEC 61499 and <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> to deliver a modular, scalable automation system for carbon capture in Morocco. This innovative project integrates open automation, edge computing, and cloud analytics to enable autonomous algae growth that locks carbon for over 1,000 years. Learn how portability, interoperability, and hardware independence accelerate sustainability initiatives and future-proof industrial automation.</p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of UAO Goes Live, discover how Platinum Electrical Engineering uses IEC 61499 and <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> to deliver a modular, scalable automation system for carbon capture in Morocco. This innovative project integrates open automation, edge computing, and cloud analytics to enable autonomous algae growth that locks carbon for over 1,000 years. Learn how portability, interoperability, and hardware independence accelerate sustainability initiatives and future-proof industrial automation.</p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 03 Nov 2025 08:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/nZ1xdHa1dP0N.mp3?t=1762850782" length="34880083" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-03-how-platinum-uses-iec-61499-and-universalautomation-org-for-sustainable-carbon-capture</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence</itunes:keywords>
                                <itunes:duration>36:19</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, discover how Platinum Electrical Engineering uses IEC 61499 and UniversalAutomation.org (http://UniversalAutomation.org) to deliver a modular, scalable automation system for carbon capture in Morocco. This innovative...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/nZ1xdHa1dP0N.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/S3obIkoAR53TkNEBUsr8kIkjMc1YpygCYT6GgJhG_1400x1400.jpeg?t=1768487338"/>
                    <googleplay:image href="https://image.ausha.co/S3obIkoAR53TkNEBUsr8kIkjMc1YpygCYT6GgJhG_1400x1400.jpeg?t=1768487338"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 02: How Aimirim Uses IEC 61499 and UniversalAutomation.org to Drive Industrial Digital Transformation</title>
                <guid isPermaLink="false">866950cd78081eeb5f45367facce072f36f15b82</guid>
                <description><![CDATA[<p>In this episode of UAO Goes Live, we explore how <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> and the IEC 61499 standard are enabling groundbreaking innovation in industrial automation. Our guest, Renato Pacheco, founder of Brazilian startup Aimirim, shares real-world projects that demonstrate how open automation technology is transforming industries through portability, interoperability, and flexibility.</p><p>Discover how Aimirim leverages <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>’s shared runtime execution engine to build software-defined facilities, integrate IT and OT, and deliver data-driven automation platforms. From advanced process control and real-time optimization to digital twins, machine learning, and generative AI, Aimirim is proving that startups can compete with global players by embracing open standards.</p><p>Key highlights include:</p><p>✅ How IEC 61499 enables plug-and-produce automation and hardware independence</p><p>✅ Real-world use cases in greenfield and brownfield projects</p><p>✅ Building scalable industrial SaaS platforms for Industry 4.0</p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this episode of UAO Goes Live, we explore how <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> and the IEC 61499 standard are enabling groundbreaking innovation in industrial automation. Our guest, Renato Pacheco, founder of Brazilian startup Aimirim, shares real-world projects that demonstrate how open automation technology is transforming industries through portability, interoperability, and flexibility.</p><p>Discover how Aimirim leverages <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>’s shared runtime execution engine to build software-defined facilities, integrate IT and OT, and deliver data-driven automation platforms. From advanced process control and real-time optimization to digital twins, machine learning, and generative AI, Aimirim is proving that startups can compete with global players by embracing open standards.</p><p>Key highlights include:</p><p>✅ How IEC 61499 enables plug-and-produce automation and hardware independence</p><p>✅ Real-world use cases in greenfield and brownfield projects</p><p>✅ Building scalable industrial SaaS platforms for Industry 4.0</p><p><br></p><p><br></p><p><b>About </b><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org (UAO)</b></a></p><p><a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> (UAO) is an <b>independent non-profit organization</b> dedicated to transforming <b>industrial automation</b> through <b>open standards</b> and <b>shared source technology</b>. The association manages the <b>reference implementation of a shared runtime execution engine</b> based on the <b>IEC 61499 standard</b>, enabling <b>true interoperability</b> between hardware from multiple vendors and <b>portability of automation software applications</b>.</p><p>By providing a <b>ready-to-use, vendor-neutral runtime environment</b>, <a href="http://UniversalAutomation.org">UniversalAutomation.org</a> empowers companies to build <b>flexible Industry 4.0 architectures</b>, accelerate <b>digital transformation</b>, and maximize <b>return on investment (ROI)</b> through <b>software reusability</b> and <b>hardware independence</b>.</p><p>The development of this runtime is governed by <b>shared source principles</b>, ensuring <b>long-term compatibility</b> and <b>collaborative innovation</b>. Members—including <b>end users, OEMs, system integrators, and technology vendors</b>—work collectively to create a global ecosystem for <b>plug-and-produce automation solutions</b>.</p><p><a href="http://UniversalAutomation.org">UniversalAutomation.org</a> is growing rapidly as more organizations adopt <b>open automation</b> to overcome <b>vendor lock-in</b>, enable <b>IT/OT convergence</b>, and support <b>greenfield and brownfield projects</b>. Academic institutions are also leveraging this technology to train the next generation of <b>automation engineers</b>.</p><p>Companies and institutions that want to <b>lead the future of industrial automation</b>, develop <b>next-generation control systems</b>, and participate in a <b>global open automation community</b> are invited to join <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>.</p><p><br></p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Mon, 27 Oct 2025 08:00:00 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/KjEgKfR5O5dD.mp3?t=1762850970" length="19977749" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/episode-02-how-aimirim-uses-iec-61499-and-universalautomation-org-to-drive-industrial-digital-transformation</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>Digital transformation,industry 4.0,interoperability,universal automation,industrial automation,open automation,open process automation,future of automation,iec 61499,it/ot covnergence</itunes:keywords>
                                <itunes:duration>20:48</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this episode of UAO Goes Live, we explore how UniversalAutomation.org (http://UniversalAutomation.org) and the IEC 61499 standard are enabling groundbreaking innovation in industrial automation. Our guest, Renato Pacheco, founder of Brazilian start...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/KjEgKfR5O5dD.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/HbNeaIZEyIeV2xg7KLy4yN4lJnpEQ2UWdEDTMZBv_1400x1400.jpeg?t=1768487351"/>
                    <googleplay:image href="https://image.ausha.co/HbNeaIZEyIeV2xg7KLy4yN4lJnpEQ2UWdEDTMZBv_1400x1400.jpeg?t=1768487351"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
                    <item>
                <title>Episode 01: Unlocking Value by Decoupling Software and Hardware with UniversalAutomation.org</title>
                <guid isPermaLink="false">322c34dcfc6ce8b7fdf64d8f6b70bfaf2def83f8</guid>
                <description><![CDATA[<p>In this first episode of <em>UAO Goes Live</em>, we explore how <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> is transforming industrial automation by decoupling software from hardware through the <b>IEC 61499 standard</b>. Discover why this approach is considered a game-changer for the industry, enabling <b>portability, interoperability, and innovation</b>.</p><p>Greg Boucaud, Chief Marketing Officer at <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>, explains how this open technology empowers vendors and end-users to break free from vendor lock-in, accelerate time-to-market, and embrace new business models. Learn how Universal Automation fosters collaboration between IT and OT, supports greenfield and brownfield applications, and creates an ecosystem similar to an “industrial automation app store.”</p><p>Whether you are an automation engineer, system integrator, or technology leader, this episode provides valuable insights into the <b>future of automation</b>, <b>open standards</b>, and the <b>next generation of industrial control systems</b>.</p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></description>
                <content:encoded><![CDATA[<p>In this first episode of <em>UAO Goes Live</em>, we explore how <a href="http://UniversalAutomation.org"><b>UniversalAutomation.org</b></a> is transforming industrial automation by decoupling software from hardware through the <b>IEC 61499 standard</b>. Discover why this approach is considered a game-changer for the industry, enabling <b>portability, interoperability, and innovation</b>.</p><p>Greg Boucaud, Chief Marketing Officer at <a href="http://UniversalAutomation.org">UniversalAutomation.org</a>, explains how this open technology empowers vendors and end-users to break free from vendor lock-in, accelerate time-to-market, and embrace new business models. Learn how Universal Automation fosters collaboration between IT and OT, supports greenfield and brownfield applications, and creates an ecosystem similar to an “industrial automation app store.”</p><p>Whether you are an automation engineer, system integrator, or technology leader, this episode provides valuable insights into the <b>future of automation</b>, <b>open standards</b>, and the <b>next generation of industrial control systems</b>.</p><br/><p>Hosted on Ausha. See <a href="https://ausha.co/privacy-policy">ausha.co/privacy-policy</a> for more information.</p>]]></content:encoded>
                <pubDate>Wed, 15 Oct 2025 08:35:28 +0000</pubDate>
                <enclosure url="https://audio.ausha.co/PqXvaTZn704x.mp3?t=1760516535" length="32260315" type="audio/mpeg"/>
                                    <link>https://podcast.ausha.co/uao-goes-live-the-future-of-automation/unlocking-value-by-decoupling-software-and-hardware-with-uao</link>
                
                                <itunes:author>UniversalAutomation.org</itunes:author>
                <itunes:explicit>false</itunes:explicit>
                                    <itunes:keywords>industry 4.0,interoperability,universal automation,iec61499,industrial automation,open automation,it/ot convergence,open process automation,future of automation,automation exosystem</itunes:keywords>
                                <itunes:duration>33:36</itunes:duration>
                <itunes:episodeType>full</itunes:episodeType>
                                <itunes:subtitle>
In this first episode of UAO Goes Live, we explore how UniversalAutomation.org (http://UniversalAutomation.org) is transforming industrial automation by decoupling software from hardware through the IEC 61499 standard. Discover why this approach is co...</itunes:subtitle>

                                    <podcast:transcript type="text/vtt" url="https://transcriptfiles.ausha.co/PqXvaTZn704x.vtt"></podcast:transcript>
                
                <googleplay:author>UniversalAutomation.org</googleplay:author>
                                <googleplay:explicit>false</googleplay:explicit>

                                    <itunes:image href="https://image.ausha.co/HncacdY2E4sh8BMOIsEYzXLeXDrBZ08TCGpHwigf_1400x1400.jpeg?t=1761205740"/>
                    <googleplay:image href="https://image.ausha.co/HncacdY2E4sh8BMOIsEYzXLeXDrBZ08TCGpHwigf_1400x1400.jpeg?t=1761205740"/>
                
                                    <psc:chapters version="1.1">
                                            </psc:chapters>
                
                            </item>
            </channel>
</rss>
