Providing Self Sovereign AI and Robotics

Training robot brains that are owned by their owner, not controlled by corporations.
Ensuring national sovereignty over robotic infrastructure.
Local intelligence. Pure peer-to-peer. No third parties.

Barr, Galloway Forest, Scotland

Owner Control & National Sovereignty

We're training robot brains that respond only to their owners. No corporate control, no cloud dependencies, no surveillance. Every robot runs local AI models on local hardware, communicates through quantum-secure peer-to-peer networks, and stores data using distributed encryption.

Beyond individual ownership, we recognize a critical national security imperative: robots operating within a country's borders should not communicate outside those boundaries. Sovereignty over infrastructure—particularly humanoid robots in homes—is essential for every nation's security. We will work with governments and security forces to address this emerging threat.

"As AI and robotics enter the world of tomorrow, we must enhance our sovereignty over our data, our thoughts, our communications, and our relationships. We cannot afford to surrender any sovereignty. Saorsa Labs is determined to build an exciting future while taking great care of humanity along the way."
— David Irvine, Founder

Individual Sovereignty

Your robot responds only to you. No backdoors for corporations, no remote control by manufacturers, no data harvesting. Complete ownership means complete control.

National Security

Robots within national borders stay within those borders. No foreign servers, no cross-border data flows, no external dependencies. Critical infrastructure remains sovereign.

From our Research laboratory in rural Scotland, we're proving that advanced robotics doesn't require Silicon Valley funding or corporate infrastructure. It requires dedication to human autonomy, commitment to national sovereignty, and uncompromising focus on owner control.

Core Technology Stack

Click to explore technical documentation

Research Facility
Our Laboratory: 150m² Research Lab
Professional 3D printers, laser cutters, welders, extensive electronics. Active robot arm research and development.
Robot Brain
Saorsa Robotics: Vision-Language-Action Models
Local VLA models for robot control. CAN bus universal interface. Continuous learning with no cloud dependencies.

New Internet and Communications Infrastructure

Building the sovereign network stack

Platform
Communitas: Decentralized Collaboration
Markdown-powered web, AI-friendly by design. Complete alternative to WhatsApp, Slack, and Dropbox. Everything peer-to-peer.
Cryptography
Saorsa PQC: Post-Quantum Security
FIPS-certified ML-KEM, ML-DSA, and SLH-DSA. Complete quantum-secure cryptographic suite with BLAKE3, SHA3, HPKE, and more.
Addressing
Four-Word Networking: Human-Readable Addresses
Every service gets memorable four-word addresses. No DNS fees, no registration, just "black tree fish river".
Network Layer
ANT-QUIC: Quantum-Secure NAT Traversal
Native P2P transport with ~100% connectivity. No STUN/TURN servers. Post-quantum secure by default with only 8.7% overhead.
Infrastructure
Saorsa Core: Multi-Adaptive Neural Network
RSPS-optimized DHT reducing messages by 1000x. Four-word human-readable addresses. Byzantine fault tolerance with trust-weighted routing.
Storage
Saorsa FEC: High-Performance Encryption
Reed-Solomon FEC with 7.5 GB/s throughput. Three encryption modes. Wire-compatible 96-byte headers for network protocols.
Security
Saorsa SEAL: Threshold Cryptography
Threshold sealing for group data. Shamir's Secret Sharing with configurable thresholds, FEC, and post-quantum envelopes.
Group Messaging
Saorsa MLS: Quantum-Secure Group Comms
RFC 9420 Message Layer Security with post-quantum cryptography. Forward secrecy and post-compromise security for groups.
DHT Optimization
Saorsa RSPS: 1000x DHT Efficiency
Root-Scoped Provider Summaries using Golomb Coded Sets. Reduces DHT messages by 1000x for large content collections.

Open Source Development

All core technology is open source. Join us in building sovereign robotics.

GitHub Contact