OT and IT integration
ISA-95 layers, OPC UA, gateways and secure zones connect control, operations and enterprise systems deliberately.
Manufacturing
We integrate OT, manufacturing operations, industrial data, edge AI and enterprise systems so quality, maintenance, energy and production decisions share reliable evidence.
Technology, methods and governance are designed as one system with clear ownership, evidence and feedback.
ISA-95 layers, OPC UA, gateways and secure zones connect control, operations and enterprise systems deliberately.
Historian, MES, QMS, maintenance and sensor data gain shared asset context, time quality and lineage.
Local inference, condition monitoring and predictive maintenance respect latency, connectivity and safety constraints.
Asset, process and system twins connect geometry, state, simulation and operational evidence around a defined purpose.
Each visual is paired with the part of the solution it supports, connecting production technology, system boundaries, controls and operating evidence.
The architecture makes responsibilities, interfaces, decision points and operating evidence visible from source to outcome.
PLC, SCADA, sensors, machines and safety systems.
Gateway, protocol mediation, local processing and isolation.
MES, historian, QMS, maintenance and industrial data.
Analytics, AI, simulation and digital twins.
ERP, planning, supply, service and governance.
Standards are applied according to scope, system layer and jurisdiction. They inform architecture and controls without being presented as certification claims.
Enterprise-control integration and interoperable industrial information models structure OT/IT connectivity.
Zones, conduits, secure development and operating controls shape industrial cybersecurity.
Digital twin, messaging and quality disciplines support traceable industrial improvement.
Evaluation combines business outcome, system quality, operating reliability and governance evidence.
OEE, yield, throughput, scrap, downtime and energy.
Detection, false accept/reject, lead time, drift and maintenance value.
Boundary violations, patch exposure, recovery, time quality and incident evidence.