edge commander
See the difference
Edge Commander keeps collection and decoding close to the machines, keeps data moving through network outages, and gives your team one Kubernetes-native control plane across every plant.
⌁◇≡⚙MODBUS TCP2,140 pts/sREADYOPC UA4,018 pts/sREADYMODBUS TCP887 pts/sREADYOPC UA1,376 pts/sREADYMACHINES → EDGE DECODE + BUFFER → FORWARD → CENTRAL HISTORY → FLEET OPERATIONSEdge clusters keep local work running. A central core receives, stores, and operates across the fleet whenever connectivity is available.
Edge Commander owns the repeated work between industrial equipment and a fleet-wide data platform—from collector lifecycle to durable forwarding and operations.
Define edge capabilities as Kubernetes resources. Edge Commander deploys them, reports real readiness, and gives every site the same Git-owned lifecycle from rollout to recovery.
Registers and protocol-specific types are decoded beside the machine. The central pipeline receives clean numeric measurements, not raw payloads.
Modbus TCP and OPC UA use the same lifecycle, telemetry model, health contract, and engineering workflow.
Each site keeps collecting into local durable storage during a WAN outage, then forwards the backlog when the central connection returns.
Central history, health, backlog, trends, and integrations give engineers one place to operate without making local collection depend on that place.
See the target architecture →Operator-managed workloads connect to equipment inside each site.
Useful measurements enter a site-local durable stream beside the source.
Sites send centrally when online and recover backlog after an outage.
The cloud core unifies history, health, and integrations across every site.
See the working collector platform and the edge-to-cloud direction.