Industrial telemetry cannot wait on remote backhaul. Our edge architecture partitions workloads across physical layers to preserve sub-millisecond local control loops.
Embedded sensor nodes
Substation aggregators
Plant-floor gateways
Microcontroller boards executing compiled bare-metal C++ on-die. High-frequency analog sampling and CAN bus filtering executed in under two milliseconds.
Ruggedized multi-core ARM modules mounted inside industrial NEMA enclosures. Local MQTT brokers and store-and-forward telemetry engines buffering intermittent uplink drops.
Dual-redundant rackmount edge servers handling local ML inferencing, protocol translation across legacy SCADA networks, and synchronized physical failover.
Hardware qualification roadmap
RF and telemetry audit
Custom firmware build
Hardened fabrication
Disconnected commissioning
We survey operational environments, measuring spectrum interference, thermal limits, and legacy bus electrical tolerances before specifying silicon.
Engineering specialized RTOS images and protocol drivers that translate Modbus, CAN, and proprietary serial interfaces into structured telemetry.
Assembly of sealed IP67 enclosures, custom copper heatsinks, and vibration-damped mounts engineered for continuous mechanical shock.
Full on-site stress testing under severed backhaul conditions to verify deterministic failover and zero-loss local storage.
Evaluate field compute limits
Schedule a direct technical review with our principal systems engineers to audit bandwidth constraints, protocol compatibility, and environmental enclosure specifications.