Autonomous AI Cybersecurity for Satellites
NOAH Nexus Orbital Core (NNOC)
Noah Nexus Orbital Core Space Cybersecurity Architecture · NNOC
NNOC is an autonomous, AI-native space cybersecurity architecture engineered to protect satellites and orbital infrastructures against cyber, RF, and post-quantum threats — enabling satellites to detect, defend, and recover independently, without waiting for ground intervention.
GROUND CANNOT
REACT IN
MILLISECONDS.
As satellite constellations scale to thousands of assets, traditional ground-centric security cannot react in milliseconds to sophisticated attacks. The signal round-trip takes longer than the attack itself.
NNOC shifts defense into orbit — enabling satellites to detect anomalies, defend critical payloads, and recover mission operations independently. No ground loop. No latency. No single point of failure.
Every node is a sovereign defensive unit. Every constellation is a coordinated immune system operating continuously above the atmosphere.
Detection
- Telemetry anomaly detection
- RF spectrum analysis real-time
- Network behavior baselining
- Constellation-wide learning
Response
- Node isolation — Zero Trust
- Traffic re-routing
- Waveform adaptation
- Graceful degradation
Cryptography
- NIST FIPS 203/204 — Kyber-1024
- Automatic 4-hour key rotation
- Algorithm switchable on-orbit
- Anti harvest-now-decrypt-later
CONSTELLATIONS
THAT LEARN,
COORDINATE,
SURVIVE.
NNOC introduces self-healing constellations that continuously learn from attacks, coordinate defenses across the network, and maintain service continuity even under jamming, spoofing, or cyber compromise.
On-Orbit AI Models — Real-Time Vigilance
NNOC deploys on-orbit AI models that continuously monitor telemetry, RF spectra, and network behavior to identify threats within milliseconds — without relying on ground-loop latency.
- Telemetry anomaly detection across all subsystems
- RF spectrum analysis — jamming, interference, spoofing
- Network behavior baselining and deviation flagging
- Sub-50ms detection-to-action pipeline
Policy-Driven Response — Autonomous Action
Policy-driven response engines isolate compromised nodes, re-route traffic, and harden critical services without waiting for ground commands. All actions are governed by operator-defined policies and validated safety constraints.
- Node isolation under Zero Trust protocol
- Traffic re-routing — mission continuity
- Waveform adaptation & channel switching
- Graceful degradation of non-critical services
Cryptographic Agility — Quantum-Safe Links
Cryptographic agility and quantum-safe key management protect command, control, and data links against emerging post-quantum adversaries — designed for today's threats and tomorrow's quantum computers.
- NIST FIPS 203/204 — Kyber-1024 & Dilithium-3
- Quantum-safe key management for all C2 links
- Automatic key rotation — 4-hour minimum cycle
- Defeats "harvest now, decrypt later" attacks
THE RF
ENVIRONMENT
IS A BATTLEFIELD.
NNOC continuously analyzes RF environments and navigation signals to detect anomalies such as jamming, spoofing, or interference. When threats are detected, it can adapt waveforms, switch channels, adjust routing, or degrade gracefully while preserving critical services.
All responses are governed by operator-defined policies and validated safety constraints.
CONTESTED
ORBITS.
VERIFIED
PROTECTION.
Designed for commercial, governmental, and defense operators who need verifiable, adaptive protection in increasingly contested orbital environments.
NNOC covers the full spectrum of modern space threats with autonomous countermeasures deployed in orbit.
NEW MISSIONS.
EXISTING FLEETS.
BOTH.
NNOC is designed as a modular architecture that can be integrated into new missions or retrofitted where compute and power budgets allow. It interfaces through standard protocols, minimizing disruption to existing flight software and operations.
- Per-satellite autonomous defense
- Constellation-wide threat coordination
- Cost-optimized security operations
- Scalable to 1,000+ assets
- NIST FIPS 203/204 compliance
- European digital sovereignty
- Full verification & audit logging
- Integration with national frameworks
- Anti-jamming RF countermeasures
- Mission continuity under attack
- Multi-vector simultaneous defense
- N-3 node failure tolerance
BUILT BY
EXPERTS.
VALIDATED
IN ORBIT.
NNOC is led by Noah Kouadri Khazar, bringing together expertise in AI, cybersecurity, and space systems engineering. The initiative collaborates with industry partners, operators, and research institutions to validate and harden the architecture in realistic orbital scenarios.
SATELLITES
THAT
FIGHT
BACK.
Led by founder Noah Kouadri Khazar, NNOC introduces a new paradigm for resilient space systems — self-healing constellations that continuously learn from attacks, coordinate defenses across the network, and maintain service continuity even under the most contested conditions. Designed for commercial, governmental, and defense operators who need verifiable, adaptive protection in increasingly contested orbits.
