The Immune System for Space
A New Standard for Resilient Space Systems
NOAH Nexus Orbital Core (NNOC) is not just about protecting satellites. It is about enabling trusted, resilient, and sovereign space infrastructures that underpin climate science, secure communications, and global resilience. As orbital environments grow more congested and contested, operators need a foundation that can detect, withstand, and adapt to emerging threats without compromising mission objectives.
In the coming decade, satellites will need more than propulsion and power. They will need an immune system—a persistent, intelligent layer that monitors system health, responds to anomalies, and safeguards critical data and services in real time.
NNOC is designed to be that system, providing a modular, defense-in-depth architecture that integrates seamlessly with next-generation spacecraft platforms.
Resilient Mission Assurance
Continuously monitors spacecraft behavior, detects anomalies, and orchestrates autonomous responses to keep missions online under adverse conditions.
Trusted Sovereign Control
Enables secure, sovereign operation of space assets with cryptographic trust anchors and policy-driven access control.
Adaptive Threat Defense
Provides an immune-system-like layer that learns from attacks, updates protections, and hardens the orbital infrastructure over time.
NNOC brings together advanced cyber resilience, secure communications, and intelligent autonomy to create a new baseline for orbital security. By embedding protection directly into the spacecraft core, it transforms satellites from vulnerable endpoints into active, self-defending nodes in a larger, trusted space infrastructure.
From climate-monitoring constellations to critical communications backbones, NNOC helps ensure that the space systems we rely on remain available, verifiable, and under trusted control—no matter how the threat landscape evolves.