Give your operation one shared structure for data, not another point integration

Mustry helps you move away from fragmented spreadsheets, point integrations, and conflicting numbers. We design a Unified Namespace that captures data from machines and systems, structures it clearly, and makes it usable for better day-to-day decisions.

Single source of truth

Better communication

When production, planning, and management work from the same definitions, conversations become clearer and decisions move faster.

Operational visibility

Faster day-starts

A UNS keeps operational context in systems instead of in people's heads, so day-starts rely less on memory and more on shared visibility.

Scalable architecture

Accelerate innovation

A new line, asset, or site extends the structure, so your team spends less time on integrations and more on what moves the business forward.

Why This Matters

Most plants do not have a data problem. They have a naming problem.

Every dashboard in the plant is technically correct and still disagrees with the others. The fix isn't more dashboards, it's the structure underneath them.

  • Excel islands

    Operators, planning, and office teams end up maintaining separate lists and side calculations because the systems do not speak the same language.

  • Point-to-point growth

    Every new machine, software package, or dashboard adds another custom connection and another maintenance burden.

  • Conflicting KPIs

    Teams spend time debating whose number is correct instead of using the number to steer the process.

What A UNS Is

One operational structure, shared across machines and systems

A Unified Namespace is a practical architecture pattern that gives your production environment one consistent way to name, publish, and consume data. It becomes a shared reference point for operators, engineers, planning, management, and digital systems.

01 · OT systems 02 · Unified Namespace 03 · IT systems OT.a PLCs & controllers OT.b SCADA / HMI OT.c Machine sensors OT.d MES OT.e Energy meters OT.f Quality / Lab systems MQTT · Event bus Unified Namespace Single source of truth ISA-95 topic hierarchy enterprise/ site/ harelbeke area/ extrusion line/ L-03 cell/ press-A · state IT.a ERP IT.b Day-start dashboards IT.c Historian (time-series) IT.d Analytics & KPIs IT.e ML / condition models IT.f Reporting & APIs ⇄ publish + subscribe publish + subscribe ⇄

Four properties make this work in practice. Consistent naming gives orders, machines, states, and events one definition that both people and systems can rely on. Central publication lands data from machines and business systems in one namespace instead of isolated silos, so any system can pick it up without a custom integration. Decoupled consumption means dashboards, reporting, and alerts read from that structure without creating new direct dependencies between source and consumer. And operational usability keeps the architecture grounded, built for daily operations, not just future analytics ambitions.

Operational Outcomes

What you gain when data is already structured before you need the next dashboard

  • 01

    Numbers stop disagreeing across meetings

    OEE from the floor, throughput from planning, and output from the ERP stop telling different stories. One namespace, one set of definitions, one answer to "how did we actually run last shift?"

    Meetings start from the number, not about the number.

  • 02

    Faster visibility

    Because the structure already exists, dashboards and day-start views can focus on status, bottlenecks, and action instead of data cleanup.

    A clearer daily rhythm and faster interventions.

  • 03

    New assets plug in, instead of getting wired in

    A new line, machine, or site joins the existing namespace by configuration. No new point-to-point bridges between a dashboard, a historian, and an MES every time something is added.

    Less custom work for each new integration.

  • 04

    Better steering

    The aim is to reduce waste in time, energy, and material by giving teams reliable insight into what is happening now.

    Faster steering, less loss, better delivery performance.

How We Implement

Mustry builds the backbone with you, not in isolation from your teams

Step 01

Capture what already exists

We help pull data from machines, PLCs, and existing software so it can be brought into one coherent structure.

PLCOPC UAERPstructured

Step 02

Define the shared language

Together with your people, we agree how assets, states, and process context should be named and grouped.

plant/├ packaging/├ filler/state└ label/state└ brewing/└ tank/temp~ shared namespace

Step 03

Build the backbone

We implement the UNS architecture and choose the right event-driven and time-series building blocks for the environment.

PLCMESUNSbrokerevents · time-seriesDASHDB

Step 04

Make it operational

We turn the structure into practical dashboards, day-start visibility, analysis flows, and team enablement.

liveOEE87.2%throughputL1L2L3L4L5
Implementation Context

Technology should support the architecture, not define it

We often build UNS architectures around MQTT, and we use tools such as Ignition for visualization and SCADA or MES use cases. When historian capability matters, TimescaleDB or Canary can provide the time-series foundation. If the environment needs another event-driven approach, Kafka or RabbitMQ can also fit.

MQTT Ignition TimescaleDB Canary Kafka RabbitMQ
What Needs To Be In Place

What needs to be in place

Basic network access and the ability to reach machine, PLC, or system data.
An internal contact who can help define naming and process context across floor and office.
A willingness to improve step by step instead of waiting for a perfect future-state design.

Best fit

This is especially relevant for manufacturing companies that already have multiple systems, want more reliable control over planning, progress, quality, and downtime, and do not want every new integration to become another custom project.

Consultancy And Training

We do not only design the architecture. We help your team own it.

Mustry works in a done-with-you model. We help capture the right data, define the operational structure, implement the technical backbone, and train internal teams so they can extend the solution with confidence. If you want to explore whether a UNS fits your environment, book a call with Jasper.

Consultancy

Architecture guidance, technical design, and practical rollout support for manufacturing environments that need a robust data backbone.

Implementation

Hands-on work to capture, structure, visualize, and integrate the data flows that matter in production.

Training

Knowledge transfer and coaching so your internal team can understand, operate, and extend the architecture over time.

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