Software built and proven for manufacturing, where downtime is measured in units not minutes.
MES and ERP integration, production scheduling, quality inspection and OT/IT connectivity, built for environments where the software stopping means the line stopping.
What building for Manufacturing actually requires.
Manufacturing software runs against physical processes that will not wait. A scheduling service that is unavailable for ten minutes does not queue politely; it leaves operators making decisions on paper and a reconciliation problem afterwards.
The estate is heterogeneous and old by design. PLCs, SCADA systems and machines with a twenty-year service life are not going to be replaced to suit an integration, so the software adapts to their protocols rather than the reverse.
The OT and IT boundary is a security and reliability boundary at once. Connecting a factory network to a cloud backend introduces an attack surface into an environment where availability outranks confidentiality in the priority order.
Where it breaks without care.
Integrations are tested against a simulator that behaves better than the real equipment, so timing, partial reads and protocol quirks only appear at commissioning.
Offline behaviour is an afterthought, so a network interruption on the plant floor loses production data instead of buffering it for reconciliation.
Scheduling logic is validated on clean data and fails on the real thing: partial batches, reworks, unplanned downtime and changeovers that the model did not anticipate.
OT connectivity is added without segmentation, giving a cloud-side compromise a path to equipment that was never designed to be internet-adjacent.
How we deliver it.
Equipment integrations tested against real protocol behaviour, including partial reads, timing variance and reconnection, before commissioning rather than during it.
Offline-first data capture on the plant floor, with buffering and reconciliation so a network interruption costs nothing but latency.
Scheduling and MES logic exercised against messy real production data: reworks, partial batches, unplanned downtime and changeovers.
OT/IT segmentation designed and tested explicitly, so cloud connectivity does not become a route to the control network.
Load and endurance testing matched to a production shift rather than a short burst, since these systems run continuously.
Industry focus areas.
MES & ERP integration
Production scheduling
Quality inspection
OT/IT connectivity
Predictive maintenance
Traceability & compliance
Evaluating a build partner?
A two-week scoping engagement covering architecture review, risk mapping specific to manufacturing & industrial, and a 90-day delivery plan across build and quality engineering. You keep the plan whether or not you continue with us.
Manufacturing questions, answered.
Can you integrate with our existing MES or ERP?
Yes, and that is the usual shape of the work. We integrate with the incumbent system over its real protocols rather than proposing a replacement, and we test those boundaries against actual equipment behaviour.
How do you handle plant-floor connectivity issues?
Offline-first capture with local buffering and reconciliation. The system should degrade to local operation and re-sync cleanly rather than lose production data during an interruption.
Do you work with industrial IoT and sensor data?
Yes, including the data pipeline behind it. Sensor ingestion, anomaly detection and predictive maintenance all depend on pipeline correctness, which we test as data quality rather than job completion.
Built for Manufacturing,proven before launch.
Senior engineers who know where this sector breaks, and the quality engineering to prove your build does not.