Routic is the reliable event and telemetry backbone for distributed operations. Move commands, statuses, productivity signals, and sensor streams between WMS, WCS, FMS, robotics systems, and industrial edge infrastructure with in-sequence, at-least-once delivery.
Routic focuses on the part other platforms often blur together. It does not need to own BPMN or business process design to be critical. It owns the reliable movement of operational events, commands, and telemetry between systems that must stay aligned while the physical world keeps moving.
Preserve ordering where it matters. Retry safely when links fail. Keep commands and status messages moving across site boundaries, network interruptions, and heterogeneous software stacks.
Use the same backbone for operational workflows and sensor capture. Route WMS events to automation software, then capture productivity and IIoT telemetry into a centralized time-series layer for analytics and visibility.
Routic fits the integration gaps that appear once warehouse automation becomes distributed. The same platform can serve execution traffic between control systems and high-volume telemetry flowing from edge devices into central observability and analytics infrastructure.
Synchronize tasks, exceptions, lane statuses, and routing updates across conveyors, sortation, AS/RS, and workstations.
Move missions, acknowledgements, battery and traffic states, and completion events between warehouse software and AMR or AGV fleets.
Coordinate robotic picking, pallet movement, and workstation execution with low-friction event exchange and resilient state delivery.
Collect activity from WMS transactions, RF scans, operator interactions, station events, and automation signals. Build a live picture of picks per hour, active time, idle time, exception concentration, and zone congestion without hardwiring every downstream consumer to every source.
Run edge nodes close to the equipment. Aggregate thousands of local connections, normalize protocols, buffer locally when links fail, and forward telemetry to a centralized cloud or private-cloud node that writes to time-series storage.
Deploy Routic in a distributed topology that keeps local operations responsive while creating a unified operational record across sites. Use edge nodes for acquisition and resilience, then centralize normalized events and telemetry for analysis, monitoring, and downstream consumption.
Terminate device and system connections close to the operation.
Centralize visibility, policy, and persistence in cloud or private cloud.
Capture live streams and preserve history in time-series storage.
Keep event flow reliable when physical execution depends on state.
The power of visual integration is that engineers and product owners can author and understand the same flow. Routic uses Camel Karavan to visually design inbound integrations that capture commands and events from systems like WMS, and outbound integrations that invoke targets such as databases, PLC-facing services, MQTT brokers, and time-series pipelines.
Design routes as something both technical and operational teams can read. That makes it easier to review how events enter Routic, how they are transformed, and where they are published next across execution systems and telemetry targets.
Use a visual route designer for enterprise integration patterns, components, and route topology so integrations are easier to build, review, and maintain.
Screenshot shown from Apache Camel Karavan.
Stop forcing warehouse execution traffic and industrial telemetry through brittle point-to-point integrations.
Routic connects execution systems, productivity signals, and IIoT telemetry across warehouses and industrial environments.