Systems Integration

Making separate systems operate as one. It is the least visible part of a deployment and the part that most often decides whether it works.

In brief

Connecting platforms, devices and existing software so data moves between them without manual re-entry.

The business challenge

Organisations rarely need a new system so much as they need their existing ones to work together. Each was introduced for a reason, each holds part of the picture, and reconciling them is manual work that grows with the organisation.

Integration is also where deployments overrun. It is consistently underestimated because the difficulty is not in the new platform but in the undocumented behaviour of the systems it has to connect to.

Solution overview

Integration is our core discipline rather than a service line. We connect platforms, devices, databases and applications so that information moves between them reliably and a change in one does not break the others.

We build against systems as they actually behave, not as documented. Interfaces are tested with real data before anything depends on them.

Capabilities

  • Interface development

    Building and testing the interfaces that move data between systems, including ones with no modern API.

  • Data mapping and reconciliation

    Reconciling different formats, identifiers and definitions so records match across systems.

  • Device and platform integration

    Connecting field devices and platforms into the enterprise systems that act on their data.

  • Legacy system connection

    Getting usable data in and out of older systems without disrupting their operation.

Business benefits

  • No duplicate data entry

    Information entered once appears wherever it is needed, removing the most common source of inconsistency.

  • Consistent records

    Reconciled identifiers mean the same entity is the same entity in every system.

  • Systems that can be replaced individually

    A defined interface layer means one system can change without rebuilding the others.

  • Fewer overruns

    Integration scoped and tested up front removes the most common cause of late-stage surprises.

How we deliver it

  1. Systems and data mapping

    We document the systems in use, what data each holds, and how it currently moves between them.

  2. Interface design

    Interfaces, data ownership and reconciliation rules are specified before development starts.

  3. Build and test

    Interfaces are built and tested against the real systems with real data.

  4. Operate and extend

    Ongoing support, with capacity to add interfaces as new systems are introduced.

Technology architecture

An integration layer exists so that systems do not connect directly to each other. Point-to-point links multiply with every system added; a layer keeps the count linear and isolates each system from the others internals.

  1. Source and target systems

    The platforms, devices, databases and applications being connected.

  2. Interface layer

    The adapters and interfaces that isolate each system from the others internal detail.

  3. Transformation layer

    Mapping, reconciliation and validation applied as data moves.

  4. Monitoring layer

    Visibility of whether interfaces are running and what has failed.

Relevant industries

  • Telecommunications
  • Government
  • Utilities
  • Transportation
  • Manufacturing

Related platforms

  • thethings.io
  • MingoThings Mobility

Partner attribution

Related projects

  • Platform integrationImage to be supplied
  • Legacy connectionImage to be supplied

Project references for this solution are being prepared and will appear here once approved.

Discuss this solution with our team

Tell us about your environment and constraints, and we will arrange a conversation with the right engineers.