Xolver

Xolver provides foundational components for controlling physical systems. Key features include: • Robotics foundation models for perception and planning • Deterministic enforcement layer for constrained operations • Embedded runtimes for localized execution • Auditable machine operations This platform offers an infrastructure designed for dependable physical execution, converting real-world signals into bounded, auditable actions. It addresses critical issues like sensor noise, edge latency, intermittent networks, and unsafe intent, common pitfalls in physical deployments. Xolver ensures that actions remain within predefined safety parameters, providing a robust layer between high-level intent and physical actuation. Unlike traditional brittle scripts and fixed tracks, Xolver enables bounded actions, safe refusal capabilities, and local independence for devices, all with logged execution for full traceability. It integrates seamlessly with standard robotics middleware and industrial controllers. The platform includes an embedded device, an edge runtime, and model APIs and weights for flexible deployment. Targeted at robotics OEMs, system integrators, and enterprise operations, Xolver is built for teams where operational failure carries significant costs. It supports CTOs of Robotics, Heads of Operations, and Plant Managers looking to deploy controlled physical operations with confidence.