Model X1-D
The foundation model for fluid, deterministic physical AI.
Model X1-D bridges the gap between semantic reasoning and high-frequency execution. Designed specifically for industrial environments, it replaces brittle, hard-coded robotics with adaptive, general-purpose intelligence, without compromising on absolute safety or auditability.
Autonomy that understands the real world.
Most AI robotics fail in the wild because they cannot handle variance. A moved bin, a dropped part, or network latency causes legacy systems to freeze or fail unsafely.
Model X1-D solves the variance problem.
By combining deep visual reasoning with an ultra-low latency control loop, X1-D doesn't just execute pre-programmed paths, it understands its environment, predicts physical outcomes, and adapts its physical trajectories in real-time.
The result? Systems that recover from edge cases autonomously, drastically improving your Overall Equipment Effectiveness (OEE).
Deep Visual Reasoning
Understands environment & predicts outcomes
Ultra-Low Latency Loop
Adapts physical trajectories in real-time
Engineered for production, not just the lab.
Built to deliver continuous ROI and generalization across your fleet.
Continuous, Fluid Execution
Stop punishing your hardware.Unlike models that generate jerky, step-by-step movements, Model X1-D generates mathematically smooth, continuous motor plans. This eliminates "robot stutter," drastically reduces mechanical wear-and-tear, and makes human-robot collaboration naturally safer.
Predictive Foresight & Error Recovery
X1-D operates with visual foresight. It explicitly plans multi-step tasks by "imagining" intermediate states before moving an inch. If the environment changes mid-task, the model re-routes seamlessly at 50Hz+, catching errors before they result in a physical collision.
Generalization Across Embodiments
You don't need a custom model for every machine on your floor. X1-D’s architecture is embodiment-agnostic, capable of mapping zero-shot intelligence across diverse form factors, from 6-DOF manipulator arms to complex mobile logistics robots.
Intelligence, bounded by physics.
We know that in manufacturing and logistics, failure is expensive. Intelligence without boundaries is a liability.
Model X1-D is native to the Xolver Enforcement Layer. The model acts as the "brain," proposing intelligent intent, but every action is intercepted and verified by deterministic physics constraints before reaching the motors.
Semantic Safety Gating
The model cannot execute actions that violate defined business logic (e.g., tilting open containers).
Hardware-Aware Dampening
Dynamic payload logic adjusts torque limits in milliseconds, ensuring safe physical contact.
Complete Auditability
Every decision, intent, and physical execution is logged for enterprise compliance.
From pilot to production in weeks, not months.
Model X1-D drops into your existing stack. We don't rip and replace your infrastructure; we make it intelligent.
Middleware Compatible
Native hooks for standard industrial controllers and robotics middlewares (ROS2, standard PLCs).
Edge-Optimized
Designed to run locally on your edge compute, ensuring that network drops never result in a dropped payload.
Frictionless Integration
Seamlessly connect to your existing ERP and WMS to translate highly abstract business orders directly into physical robot actions.
Ready to break the automation bottleneck?
Stop hard-coding for exceptions. Deploy autonomy that adapts.