Xolver now supports pre-deployment warehouse robotics validation

Warehouse robotics fails at the boundary between route intent and physical permission. A route may be plausible, but still unsafe because localization is stale, an aisle is occupied, a keepout zone changed, or a base stop invalidates arm motion.

Xolver's new warehouse robotics capability brings our contract, safety, replay, and readiness stack to warehouse mobile automation workflows.

This first release is available today for simulation, replay, and readiness validation. It is designed to help teams inspect behavior, validate routes, generate evidence, and understand readiness before connecting to or controlling physical warehouse robots.

The warehouse mobile demo path supports canonical tasks including tote movement, station docking, aisle navigation, occupancy-blocked routes, stale localization recovery, and arm/base coupled-motion blocks.

Teams can select the warehouse_mobile_demo blueprint, load a map and occupancy fixture, choose a canonical task, validate route safety, validate mobile-base safety, generate replay and evidence, and review pass/block reasons.

The workflow records route validation, base safety monitor output, keepout and speed zone checks, collision-world validation, replay hash, contract hash, and a no-hardware-execution assertion.

Readiness is intentionally explicit. The system can report demo_ready, bench_blocked, hardware_loop_blocked, or production_blocked so teams understand what is validated and what remains site-specific.

Working on warehouse robotics automation? Tell us about your warehouse layout, robot platform, task flow, and safety constraints. We can scope a validation workflow, integration path, or pilot readiness review.