Overview
Units slow. Network dead-zones appear. Yet the formation holds
Every robot in a Tashi fleet carries a live shared world state. When a machine encounters an obstacle or drops offline, peers instantly share the context. Routes renegotiate and right-of-way resolves locally, without a central controller.
Capabilities
Built for real‑time coordination at the edge
Use Environments
Tashi is built for environments where density is high, priorities shift in real time, and coordination failure is unacceptable.
High-Density Warehousing
Congestion and deadlocks cost throughput
Robots negotiate paths and right‑of‑way locally using shared state. Flow stays continuous as density increases.
Logistics & Fulfilment
Multiple operators, multiple vendors, one shared floor
Fleets coordinate across trust boundaries without handing control to any single vendor or custom middleware.
Manufacturing & Assembly
Heterogeneous robots coordinating task state, timing
Robots share task context and coordinate handoffs without custom middleware. Assembly line throughput increases.
Autonomous Vehicle Platooning
Vehicles coordinate locally with shared state, enabling tighter, safer platoons across heterogeneous fleets.
Outdoor & Unstructured Environments
Connectivity is intermittent. The job still has to get done
Edge‑native coordination keeps robots aligned even when networks degrade. Teams don’t lose control when the environment gets messy.
Cross-Facility Fleet Management
Same vendor. Different sites. One operational picture
Robot fleets across multiple zones share a consistent coordination layer. No per-facility custom integration. No separate orchestration system per site.
