Solution / Industrial IoT

Industrial IoT

Turn machine signals into usable records with timestamps, quality flags and a defined data contract.

The industrial problem

Counters and signals are often available but inconsistent. Missing units, duplicate events or stale values make production dashboards difficult to trust.

The solution approach

Map the source signals and sample rates. Normalize values at a gateway, buffer interruptions and expose the freshness and quality of every value. Agree on storage and retention around the actual operational question.

Reference architecture

01 →PLC / sensor / meter
02 →Protocol adapter
03 →Timestamp + quality validation
04 →Edge buffer
05 →Data store / API
06 / OUTPUTMonitoring + event history

Illustrative sequence. Interfaces and timing are specified for the actual equipment and process.

Typical applications

  • Production counters and downtime events
  • Energy and process-data acquisition
  • Equipment-health signals
  • Machine-to-software integration
  • Remote monitoring with explicit stale-data states

Expected business value

Better visibility into machine behavior and a consistent basis for operational review. Connectivity alone does not guarantee accurate production KPIs.

What needs validation

  • Verify units, scaling, signal quality and clock synchronization.
  • Test reconnection, duplicate events and store-and-forward recovery.
  • Confirm network segmentation and access requirements with the site.
Protocol availability depends on the actual device and configuration. Existing machines may require additional interfaces or gateways.
Start with the engineering problem

What does your process
need to do better?

Share the part, the machine, the constraint and the result you need. That is the starting point for a useful technical conversation.

Talk to an Engineer