# One governed data layer for your whole operation.

> A common namespace for operating data: each source publishes once, with context and quality, and each system subscribes to what it needs.

URL: https://www.summan.com/en/solutions/digital-twins/unified-namespace/

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  <div class="wrap"><ul class="ins-pills"><li>Publish <b>once</b></li><li>Subscribe to <b>what you need</b></li><li>Data with <b>context and quality</b></li></ul></div>
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    <p class="ins-k">Without a Unified Namespace</p>
    <h2 class="ins-h2">Sound familiar?</h2>
    <div class="ins-prob">
      <ol class="ins-prob__lista"><li><b>01</b><span>Multiple point-to-point integrations and higher cost</span></li><li><b>02</b><span>Different interpretations of the same data</span></li><li><b>03</b><span>Lack of traceability</span></li><li><b>04</b><span>More time to get to analytics and AI</span></li></ol>
      <div class="ins-con lp-con"><p class="lp-con__t">With a Unified Namespace</p><p>Data is born governed, with operational context, quality and traceability. One data point for many consumers: dashboards, historians, applications and models read the same data with the same meaning.</p></div>
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  <div class="wrap"><p class="ins-k">From raw data to governed data</p><h2 class="ins-h2">The sensor is the same. What changes is what the data carries.</h2></div>
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    <header class="uns__h"><b id="uns-sin">Without a Unified Namespace</b><span>Raw data, no context</span></header>
    <div class="uns__in">
      <p class="uns__nota">Data travels without structure, governance or context. Each system interprets and handles it differently.</p>
      <h4>How the data arrives</h4>
      <ol class="uns__flujo">
        <li><b>Sensor</b><span>raw signal</span></li>
        <li><b>Technical tag</b><span>a code only its creator understands</span></li>
        <li><b>Value and time</b><span>no unit, quality or origin</span></li>
      </ol>
      <h4>Fragmented consumption</h4>
      <ul class="uns__cons">
        <li><b>Dashboard</b><span>local interpretation</span></li>
        <li><b>Data lake</b><span>different normalizations</span></li>
        <li><b>Reports</b><span>inconsistent units</span></li>
        <li><b>Models / analytics</b><span>cleansing in every project</span></li>
      </ul>
      <div class="uns__prob"><b>What this causes</b>
        <ul><li>Multiple integrations and higher cost</li><li>Different interpretations of the same data</li><li>Lack of traceability</li><li>Longer time to analytics and AI</li></ul>
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    <header class="uns__h"><b id="uns-con">With a Unified Namespace</b><span>Governed, contextualized data</span></header>
    <div class="uns__in">
      <p class="uns__nota">Data is born governed, with operational context, quality and traceability. One source, for many consumers.</p>
      <h4>How the data arrives</h4>
      <ol class="uns__flujo">
        <li><b>Sensor</b><span>raw signal</span></li>
        <li><b>Edge</b><span>context and quality</span></li>
        <li><b>Unified Namespace</b><span>published once</span></li>
      </ol>
      <h4>What the data carries</h4>
      <ul class="uns__cons uns__cons--on">
        <li><b>Location</b><span>where it is in the plant</span></li><li><b>Meaning</b><span>what it measures</span></li><li><b>Unit and range</b><span>how to read it</span></li><li><b>Quality</b><span>whether it is reliable</span></li><li><b>Traceability</b><span>where it comes from</span></li>
      </ul>
      <p class="uns__pie">Dashboards, historians, applications and models consume the same governed data, without point-to-point integrations.</p>
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    <p class="ins-k ins-k--c">What you gain</p>
    <h2 class="ins-h2 ins-h2--c">Five advantages <span>of a common space</span></h2>
    <ol class="ins-mods lp-mods--3"><li><b>01</b><h3>Decoupling</h3><p>Adding a model, a dashboard or an application is a subscription, without touching the sources.</p></li><li><b>02</b><h3>A single source of truth</h3><p>The meaning of each variable is defined once for the whole organization.</p></li><li><b>03</b><h3>Quality and traceability</h3><p>Every data point travels with its quality status and origin.</p></li><li><b>04</b><h3>Scalability</h3><p>From one line to a site and from a site to the whole company, with the same structure.</p></li><li><b>05</b><h3>Foundation for the twin and AI</h3><p>The current state of the operation is available in real time, ready for the models.</p></li></ol>
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    <p class="ins-k">How it connects to the digital twin</p>
    <p class="lp-frase__t">With a common space, <span>every new model or dashboard is a subscription</span>, not a new integration project.</p>
    <p class="lp-frase__p"><a href="/en/solutions/digital-twins/edge-computing/">Edge Computing</a> adds context and quality to data at the plant before it is published. Explore the <a href="/en/solutions/digital-twins/#journey-to-digital-twin">Journey to Digital Twin</a> too.</p>
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    <p class="ins-cta__t">Start governing your operating data.</p>
    <p>With an assessment we define <strong>how to integrate your sources</strong> on top of each plant's installed base.</p>
    <a href="#contacto" class="btn btn--blanco">Request an assessment</a>
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## Frequently asked questions

### What is a Unified Namespace?
A common namespace where each source publishes its data once, organized according to the plant structure and accompanied by its context, and where each system subscribes to what it needs. It replaces point-to-point integrations.

### Does it work in the cloud or on-premises?
Both, or in a hybrid model. The solution adapts to each client's infrastructure and data governance.

### Do we need to change instrumentation or the control system?
The architecture builds on the installed base. We start with an assessment to define the safest way to connect each plant.
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