The Operations Layer for
Vendor-neutral, edge-computed software that runs on your local machines, not in someone else's cloud.
Fleets grow. Control fragments.
Mixed-vendor deployments collapse into a wall of dashboards and a cloud dependency your site can't guarantee.
Fragmented vendor software
Every robot arrives with its own console, its own login and its own siloed dashboard. Operators context-switch instead of operating.
Cloud dependency on site
Industrial floors, basements and event sites have unreliable connectivity. Cloud-first fleet software stops when the link does.
One local controller
A single installed controller with hardware-agnostic capability auto-detection and zero cloud reliance for core operations.
Tarunimo-X
Installed software that operates mixed robot fleets locally — humanoids, wheeled AMRs, quadrupeds and industrial arms in a single operations panel.
Fleet View
Multi-site state, battery and current mission in one panel.
Missions
Named, reusable, ordered step sequences with branching.
Local Scheduling
Queues evaluated on site, with no internet dependency.
Incident Alerting
Typed, grouped alerts routed without a network hop.
Local Analytics
Uptime, MTBF, MTTR and command success computed locally.
The Tarunimo module roadmap
Tarunimo-X
Mixed-fleet operations platform.
Tarunimo-Vision
Edge spatial perception module.
Tarunimo-Fleet Controls
Local telemetry gateway units.
Tarunimo-Core Agent
Embedded onboard runtime agent.
Local-first, stated plainly.
Decisions happen on site. Software can hold operations; only a hardwired circuit is an emergency stop.
Tarunimo-X never claims to replace a certified emergency stop. Operational hold is software; e-stop is an IEC 60204-1 Category 0 hardware circuit.
Common questions
Talk to a Solutions Specialist
Bring your fleet mix and site constraints. We'll map a local-first deployment in one session.