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Business application development

Software and hardware integration, so equipment talks to your systems

Machines, devices, scanners and sensors connected to the business systems that need their data — without somebody reading a display and typing it in.

The situation

The gap between the equipment and the system

Plenty of organisations have both good equipment and good software, joined by a person with a clipboard. That person is the integration.

  • Readings taken from a display and typed into a system
  • Equipment producing files nobody has time to process
  • Faults noticed only when somebody walks past
  • Stock counted by hand despite barcodes being present
  • Devices from different suppliers that share nothing
  • Utilisation data that could exist but does not

What it covers

What integration work covers

  • Device connectivity

    Reading from equipment over serial, network, OPC UA, MQTT or a vendor SDK, including older kit with awkward interfaces.

  • Data capture and normalisation

    Turning varied device output into consistent, usable records rather than a folder of raw files.

  • Business system integration

    Getting that data into ERP, MES, CRM or operational systems where it can actually be used.

  • Monitoring and alerting

    Noticing a fault, a threshold or a stoppage when it happens rather than at the end of a shift.

  • Control interfaces

    Where appropriate and safe, sending instructions to equipment as well as reading from it.

  • Edge and resilience

    Local buffering so a network problem does not lose data, which on a production floor is the normal case rather than the exception.

How we work

How an integration runs

  1. Survey what is there

    What equipment exists, what it can already output, and what documentation or SDK is available. This step regularly changes the plan.

  2. Prove one device

    Get data flowing end to end from a single piece of equipment before committing to a fleet.

  3. Roll out and normalise

    Extend across the estate, bringing different makes and generations into one consistent shape.

  4. Integrate and monitor

    Land the data in the business systems and put alerting on the pipeline itself, so silent failure is not possible.

Outcomes

What you are left with

  • Readings captured directly instead of transcribed
  • Equipment data available in the systems that make decisions
  • Faults and thresholds noticed as they happen
  • One consistent record across different makes of equipment
  • Utilisation and performance visible rather than estimated
  • Transcription errors removed rather than corrected later

Platforms and tooling

What we work with

Protocols

  • OPC UA
  • MQTT
  • Modbus
  • Serial
  • TCP/IP
  • REST

Edge and platform

  • Azure IoT
  • AWS IoT
  • Docker
  • Linux
  • Windows services

Systems

  • ERP
  • MES
  • SCADA
  • CRM
  • Time-series databases

Named as platforms we work with, not as formal partnerships.

Common questions

Questions we are usually asked

  • Usually, yes. Older equipment often exposes serial output, a file drop or a vendor interface that can be read even when there is no modern API. The survey stage exists to establish this before anything is promised.

Talk to someone who has built this

Not a salesperson working from a form. Tell us what the problem looks like and someone who has delivered this kind of work will come back to you, usually within one working day.

Book a free consultation

Tell us what you need

No obligation, and nothing is shared outside Geecon Global.

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