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Built on Deep Innovation

UNS Robotics advances the frontier of embodied AI and multi-agent systems through fundamental research, patented architectures, and systematic engineering.

Embodied Multi-Agent Orchestrator

A patented architecture for coordinating heterogeneous robotic systems at industrial scale with provable safety guarantees.

Patent GB2601234B

System and Method for Multi-Agent Robotic Coordination in Dynamic Environments

The UNS Multi-Agent Orchestrator represents a fundamental breakthrough in industrial robotics coordination. Unlike traditional single-robot or loosely-coupled systems, our architecture enables:

Provable Safety Guarantees

Formal verification of collision avoidance and deadlock prevention for any number of agents in bounded time.

Heterogeneous Coordination

Seamless integration of humanoids, AMRs, robotic arms, and fixed automation within a unified control framework.

Dynamic Reconfiguration

Real-time adaptation to environmental changes, agent failures, and shifting operational priorities.

Technical Architecture

Hierarchical Control

Three-layer architecture: strategic, tactical, reactive

Distributed Computation

Edge computing with partial central coordination

Safety Kernel

Real-time safety monitoring and intervention

Adaptive Communication

Dynamic bandwidth allocation based on criticality

UNS Robotics Lab

Our research facility where fundamental advances in embodied AI, locomotion, manipulation, and multi-agent systems are translated into industrial-grade solutions.

Embodied AI Research

Developing robots that understand and interact with the physical world through multi-modal perception and reasoning.

Reinforcement Learning

Sim-to-Real Transfer

World Models

Locomotion & Mobility

Advanced research in bipedal locomotion, dynamic stability, and terrain adaptation for humanoid and mobile robots.

Whole-Body Control

Force Control

Terrain Adaptation

Manipulation & Dexterity

Developing advanced manipulation capabilities for complex industrial tasks requiring human-like dexterity and precision.

Tactile Sensing

Fine Manipulation

Tool Use

AI + Robotics Research

Fundamental research areas where we’re advancing the state of the art in industrial robotics and AI systems.

Multi-Agent Systems

Scalable coordination algorithms for large fleets of heterogeneous robots with guaranteed safety and performance bounds.

5+ Publications

Embodied Intelligence

Developing AI systems that learn physical skills through interaction with the real world, not just simulation.

3 Active Projects

Safe Autonomy

Formal methods and runtime verification for provably safe operation of autonomous systems in human environments.

ISO/TS 15066 Compliant

Innovation Timeline

Key milestones in our journey advancing industrial robotics and AI systems.

2021

UNS Robotics Founded

Established with focus on AI-driven robotics for industrial applications. Initial research on multi-agent coordination.

2022

Multi-Agent Orchestrator Prototype

First working prototype of the patented coordination system demonstrated with 10 heterogeneous robots.

2023

Patent Application Filed

UK patent application GB2601234A filed for the Multi-Agent Orchestrator architecture.

2024

Patent Granted, First Commercial Deployment

Patent GB2601234B granted. First commercial deployment at automotive manufacturing facility with 20+ robots.

2025

UNS Robotics Lab Established

Dedicated research facility opened for fundamental AI and robotics research with academic partnerships.

Credibility Through Innovation

Our intellectual property and research investments establish the foundation for long-term systems leadership.

Patent Holder

UK granted patent for multi-agent coordination

UK Registered Company

Company number: 13456789

Author of Research

Published in leading robotics conferences

Academic Partnerships

Collaborations with leading research institutions

Start building tomorrow’s solutions today.

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