Robo Connector
Orchestration and guardrails for goal-driven execution, actorless assignment, and compliance/risk-aware flows across MES/WMS/SCM.
Deliver MES/WMS/SCM outcomes with hybrid execution (people + integrations + devices) with fallback and audit trails.
Orchestration and guardrails for goal-driven execution, actorless assignment, and compliance/risk-aware flows across MES/WMS/SCM.
Edge execution with safety and verification built in, including offline buffers for interrupted connectivity and device handoffs.
Reusable installable implementations you can deploy as bundles, then adapt per customer site without redoing core logic.
Receiving + picking/packing exceptions
Problem solved: Reduce exception delays and lost handoffs in warehouse operations.
Evidence/audit: Time-stamped scan proofs, decision history, and exception resolution logs.
Fallback: If scanners or integrations fail, queue offline events in Robo Assistant and reconcile once the endpoint is back.
Carrier selection + live tracking + PoD + rerouting
Problem solved: Improve on-time delivery while reducing response time to delay risk.
Evidence/audit: Carrier decision rationale, tracking timeline, and PoD records in one chain.
Fallback: If tracking feeds are down, use last-known checkpoint + manual assistant updates until sync restores.
Maintenance/Andon loop + telemetry + QA gates
Problem solved: Close shopfloor issues faster while preserving quality and traceability.
Evidence/audit: Incident timeline, telemetry snapshots, QA approvals, and release trace history.
Fallback: If a device or robot connector is unavailable, switch to safe manual steps with mandatory verification.
MES/WMS/SCM integrators delivering orchestrated workflows, policy guardrails, and production-ready handovers.
Edge, safety, and connectivity specialists connecting robots/devices into monitored execution loops.
Teams publishing reusable bundles in the store to speed repeatable deployments across customers.
Start with one pilot pack, prove fallback and audit quality, then scale across modules.