A BJJ humanoid may help advance sensor fusion, inter-body intelligence, shared-load reasoning, safe disengagement, and other capabilities needed for everyday physical assistance.

By Dorian Cartwright | TrustRobotics™ Humanoid robots can walk, run, dance, and box. But Brazilian jiu-jitsu presents a fundamentally different challenge. A punch can be modeled as a movement through open space. Grappling requires a robot to understand two bodies physically connected as one continuously changing system. An arm may be a frame in one moment, trapped in the next, and extended toward an armbar seconds later. A leg may support balance, control an opponent’s hip, e

By Dorian Cartwright | TrustRobotics™ There is a moment in the history of any self-reproducing system that matters more than all the others: the moment the first parent produces its first child. Before that moment, there is no lineage. After it, every machine that follows carries a traceable line of descent. For humanoid robotics, that moment has not yet happened. We are at Adam and Eve. No robot has yet built another robot Industrial robots have assembled parts for decades,

By Dorian Cartwright | TrustRobotics™ For decades, robotics safety has focused on machines: emergency stops, speed limits, force thresholds, protective separation, and functional safety. The age of Humanoid & Physical AI introduces a new question: When should an AI-generated action be permitted to move the physical world? TB-PAS 1.0 proposes that every AI-generated physical action pass through a mandatory TrustBoundary before reaching a robot's actuators. The core principle i

By Dorian Cartwright | TrustRobotics™ By Dorian Cartwright, Patent Attorney | July 26, 2026 On the factory floor of the humanoid robot revolution, something isn't adding up -- while funding from humanoid VC skyrockets, patent filings for 20-years of technology exclusivity has not kept pace. To be more concise, robot patent filings today carve out market exclusivity through 2046. In the 12 to 18 months since PatentVest published its landmark analysis — "Humanoid Robots: The Di

Current Vision-Language-Action (VLA) systems generally infer robot actions using a single action-generation pipeline operating at a substantially uniform temporal resolution.

By Dorian Cartwright | TrustRobotics™ Abstract The Humanoid Operating System (HOS) defines a standardized software architecture for governing humanoid robots through constitutional execution, whole-body resource management, capability-based execution authority, and deterministic physical control. Unlike conventional operating systems that manage computational resources such as processors and memory, HOS introduces native operating-system abstractions for humanoid embodiment,

This document represents our initial architectural proposal for what we believe will become a new class of operating system designed specifically for humanoid robots and other embodied Physical AI systems.

By Dorian Cartwright | TrustRobotics™ Abstract This document defines the Humanoid Constitution, a machine-enforceable governance architecture that regulates physical authority within humanoid robots. The Constitution establishes rules governing physical execution, mission authority, ownership, custody, trust, human interaction, validator selection, and release authorization. Unlike conventional safety systems, the Constitution represents a first-class operating-system abstrac

Humanoid robots are transitioning from research platforms into general-purpose physical computing systems capable of operating in homes, hospitals, warehouses, offices, factories, retail environments, and public spaces.

San Jose, California — TrustRobotics announced today that it is building one of the industry’s most comprehensive foundational patent portfolios directed to Physical AI, humanoid robotics, and AI-to-actuator governance.