Space Armour - Powering Secure, Autonomous AI Operations in Space

Space Armour:
Technology for real-world space deployment

Space Armour is a SpaceTech venture pioneering the next frontier of Space AI and Cybersecurity—developing intelligent, secure systems purpose-built for orbital edge environments. As space systems become more autonomous and interconnected, the need for onboard intelligence and uncompromising security has never been greater.

With deep roots in Zero Trust cybersecurity and growing expertise in AI, we’re bridging a critical gap: today’s satellites and space stations still depend heavily on Earth-based control, creating latency, risk, and operational limits.

Our response is a modular platform that combines onboard AI, cryptographic auditability, and Zero Trust security. As satellites and space stations evolve into autonomous platforms, Space Armour delivers the intelligence layer—bringing trusted, multi-mission AI to orbit.

The Three Pillars

Explore the Architecture

QXLI - In-Orbit AI Engine

Modular, space-optimized, edge-deployed AI Factory

Blockchain Node for Verifiable Autonomy

Every AI output cryptographically timestamped and auditable

Zero Trust Security
Gateway

Secures all comms and assets; enforces least-privilege access

The Technology - Engineering the Future of Orbital Intellect

Core Capabilities:

Edge AI deployment on NVIDIA Jetson Orin and In-Orbit Data Centers

Multi-model, multi-agent. Remote upgrades

Crypto-logged telemetry and mission outcomes

Real-time threat detection and access enforcement

The QXLI AI Engine:
Enterprise-Grade Private AI

QXLI (short for Quick eXtensible Layered Intelligence) is a plug-and-play AI engine that enables organizations to deploy secure, high-performance AI infrastructure entirely within their own environment—on-premises, in a private cloud, or at the edge. It integrates leading AI frameworks, optimized language models, and advanced agent tools into a unified, ready-to-run system designed for privacy, control, and rapid deployment.

Learn more at QXLI.com

Modular Architecture

Secure and Compliant

Plug-and-Play Deployment

Multi-Environment Compatibility

Plug-and-Play Deployment

Modular Architecture

Secure and Compliant

Plug-and-Play Deployment

Multi-Environment Compatibility

Plug-and-Play Deployment

Powered by
NVIDIA Inception

Space Armour is redefining autonomous space operations by bringing next-generation AI capabilities directly into orbit. As a member of the NVIDIA Inception Program, our QXLI AI Engine leverages NVIDIA-optimized NIM models, deployment blueprints, and AI Toolkits to deliver high-performance, enterprise-grade AI at the edge. This deep integration enables faster inference, seamless deployment, and scalable performance—crucial for real-time, in-orbit decision-making. By aligning with NVIDIA’s accelerated computing stack, QXLI brings powerful, efficient, and production-ready AI beyond Earth—making advanced intelligence natively operational in space.

The Orbital Intellect Lab - Advancing Secure AI at the Edge of Space

The Orbital Intellect Lab is our innovation hub—where next-generation secure AI systems are engineered, tested, and launched for the orbital edge.

1. Ground-Based Deployment & Testing

The software stack—including the QXLI AI Engine, blockchain node, and security gateway—is configured, integrated, and tested on the NVIDIA Jetson Orin hardware.

4. Open Access for Collaboration

The platform will be made accessible to external partners, academic institutions, and research organizations to explore AI-driven use cases in orbit.

2. In-Orbit Validation

The platform is launched aboard a satellite / space station for real-time, in-orbit testing and performance validation in an operational space environment.

3. Internal R&D & Optimization

Initially, the system is utilized by the Space Armour team for internal development, AI model refinement, and mission-specific configuration.

Ground-Based Deployment & Testing

The software stack—including the QXLI AI Engine, blockchain node, and security gateway—is configured, integrated, and tested on the NVIDIA Jetson Orin hardware.

Open Access for Collaboration

The platform will be made accessible to external partners, academic institutions, and research organizations to explore AI-driven use cases in orbit.

In-Orbit Validation

The platform is launched aboard a satellite / space station for real-time, in-orbit testing and performance validation in an operational space environment.

Internal R&D & Optimization

Initially, the system is utilized by the Space Armour team for internal development, AI model refinement, and mission-specific configuration.