NOAH NEXUS SCAIRA
Noah Ark Quantum Aerospace W–Seven Dimension · Quantum Propulsion · NNOC Security
Noah Ark Technology applies to SCAIRA's third and final open call — presenting a visionary quantum propulsion and orbital cybersecurity framework that redefines the boundaries of aeronautics and autonomous space systems for the decarbonized aviation era.
SCAIRA
Acceleration
Programme
SCAIRA (Startup Creation in Aeronautics and Industrie in Rural Areas) is a transnational European acceleration programme co-funded by Interreg SUDOE, targeting innovative startups and entrepreneurs in the aerospace and automotive sectors across France, Portugal, and Spain.
The third and final open call invites visionary projects with potential to address the most pressing challenges identified by industrial partners: Airbus Atlantic, Renault Group, and Soltena — from energy efficiency to circular economy, advanced materials, and smart digital systems.
Three Service Blocks
- Intellectual Property (IP) strategy and patent filing
- Company structuring across SUDOE jurisdictions
- EU regulatory compliance and certification paths
- Contract negotiation and partnership agreements
- GDPR, export control, and aerospace-specific regulations
- Technology readiness assessment (TRL evaluation)
- Aeronautics propulsion and materials review
- Digital twin and simulation methodology
- Airworthiness and certification consulting
- Clean aviation and decarbonization pathway
- Quantum and AI systems technical validation
- B2B matchmaking with Airbus, Renault, HORSE partners
- Access to Clean Aviation Call 4 proposal preparation
- Interreg SUDOE investor and funding network
- Participation in Hackathons and industry events
- Pitch coaching for European Deep Tech investors
- Cross-border incubator access (FR, ES, PT)
The Challenges
We Address
SCAIRA's third open call presents 5 industrial challenges defined by Airbus Atlantic, Renault Group, and Soltena — each targeting critical transformation needs in aviation and automotive. Noah Ark Technology's quantum approach addresses multiple challenges simultaneously.
Each applicant may apply to a maximum of three challenges. Solutions will be ranked and the best proposals receive full acceleration support.
Noah Ark Technology's Approach: The W–Seven Dimension quantum framework provides a novel model for energy density optimization at the quantum scale — directly applicable to propulsion efficiency improvement. The Noah Ark Core quantum engine concept explores matter-energy flux dynamics that could fundamentally alter energy conversion ratios in aerospace systems.
Latest Breakthroughs
in Aerospace
12 Partners Across
France · Spain · Portugal
Applicant
Profile
Noah Ark Technology presents a visionary quantum aerospace framework combining theoretical physics breakthroughs, AI-native cybersecurity, and advanced propulsion research — fully aligned with SCAIRA's transnational innovation mandate and Clean Aviation's decarbonization goals.
Quantum Innovation
Portfolio
Eligibility
Criteria
SCAIRA targets early-stage startups, would-be entrepreneurs, and students within the Interreg SUDOE area developing innovations applicable to aerospace or automotive sectors.
Programme Timeline
Noah Ark Technology
Research Portfolio
BEYOND
CONVENTIONAL
LIMITS.
Noah Ark Technology stands at the convergence of quantum research, AI, and human-centered aerospace innovation. Through SCAIRA, we aim to transform visionary theoretical frameworks into deployable aerospace solutions — contributing to Europe's clean aviation transition and digital sovereignty.
The NOAH Nexus Orbital Core (NNOC) is an autonomous, AI-native space cybersecurity architecture engineered to protect satellites and orbital infrastructures against cyber, RF, and post-quantum threats.
Architecture Overview
As satellite constellations scale to thousands of assets, traditional ground-centric security cannot react in milliseconds to sophisticated attacks. NNOC shifts defense into orbit, enabling satellites to detect anomalies, defend critical payloads, and recover mission operations independently — without waiting for ground intervention.
Core Technologies
- TinyML Embedded AI: On-orbit anomaly detection <50ms — no ground command required
- Post-Quantum Cryptography: NIST FIPS 203/204 — Kyber-1024 and Dilithium-3
- Zero Trust Orbital Architecture: Every packet authenticated and verified in real-time
- Self-Healing Constellations: Automatic mesh reconfiguration under attack
Alpha Core Mission 2026
Planned in-orbit demonstration in Low Earth Orbit (~550 km) to validate all NNOC subsystems in real orbital conditions. The mission will establish a new standard for verifiable, adaptive protection in contested orbital environments.
Relevance to SCAIRA
NNOC's cybersecurity architecture directly addresses aerospace digital transformation challenges and secure systems integration — core themes in SCAIRA's technical consulting block and Airbus Atlantic's digital challenge. The embedded AI and PQC technologies align with next-generation avionics security requirements.
The W–Seven Dimension Model is the core theoretical framework underlying Noah Ark Technology's quantum propulsion research. It defines the central frequency parameter W and details seven interacting dimensions governing quantum-scale matter-energy systems.
The Seven Dimensions
- Matter Density (ρ): Quantum mass distribution across operational volume
- Flux Dynamics (Φ): Energy transfer rates between quantum states
- Volumetric Structure (V): Geometric constraints of the quantum core
- Time Evolution (τ): Temporal dynamics of quantum field interactions
- Gravitational Modulation (G): Local gravitational field shaping via quantum effects
- Energetic Symmetry (Σ): Conservation and symmetry principles at quantum scale
- Wave Singularity (Ω): Resonance conditions for stable quantum core operation
Multi-Dimensional Tensor Framework
The model establishes equilibrium conditions required for stable operation of the Noah Ark Core quantum engine. The central frequency W acts as an organizing parameter linking all seven dimensions through tensor field equations derived from extended quantum field theory.
Aeronautics Applications
The W–Seven framework offers potential pathways for: next-generation propulsion systems with significantly improved specific impulse; new energy conversion approaches for electric aviation; and gravitational field manipulation concepts for advanced aerospace maneuvering systems.
"We built Noah's Ark not as a response to a flood, but as a vessel for ideas — ideas bold enough to reshape how humanity lives, communicates, and survives. Science without solidarity is incomplete. Technology without inclusion is hollow."
— Noah Kouadri Khazar, Founder & Visionary
Who We Are
Noah's Ark Quantum Tech Lab is the research and innovation engine behind Noah's Ark Technology Digital Solidarity — an initiative dedicated to harnessing cutting-edge technologies to bridge the digital divide and promote digital solidarity globally.
Our Mission
We integrate artificial intelligence, quantum computing, simulation, and advanced physics to improve living conditions of underrepresented communities and enhance resilience in the face of global challenges. Our work focuses on Education, Digital Health, and Social Innovation.
Research Domains
- Noah Ark Core — Quantum Technology at the Service of Humanity
- Quantum Research for Global Challenges
- Secure Quantum Networks
- Dark Matter & Advanced Gravitational Research
- Space Exploration & Human Resilience
- Theoria Gaia 00 — Unified Gravitational Framework
ECARE Registration
Registered on the European Clean Aviation Regional Ecosystem (ECARE) digital platform as Research and Technical Organisation — France, Occitanie. Active member since 2024 with published research in quantum propulsion, aerospace innovation, and digital solidarity.
This document introduces a conceptual cybernetic framework exploring verified presence in bio-digital systems. It proposes a continuity-based identity model using biological signal coherence and a quantum-inspired validation logic called QCellFrame.
Core Concepts
- Continuity-Based Identity: Using biological signal coherence as the foundation for verifiable digital presence
- QCellFrame Logic: Quantum-inspired validation framework applied to biological and digital signal integration
- Secure Presence Verification: Cryptographically secure methods for validating entity presence in hybrid bio-digital environments
Aeronautics Relevance
The framework has direct applications in advanced human-machine interface design for future cockpits, biometric authentication for critical aerospace systems, and secure pilot identification in autonomous-assisted flight environments.
Status
This work is theoretical and exploratory. It is currently registered under the ECARE Digital Platform workgroup and the Noah's Ark Quantum Tech Lab research portfolio as an innovative concept (Category N — Innovative Concepts and Scenarios).
Key Guidelines
- The entire application must be submitted through the dedicated online platform
- Write as clearly as possible to facilitate the evaluation process
- Applicants must verify their application is complete — incomplete applications may be rejected
- Applications shall be completed in English
- Applications submitted after the established deadline will be rejected
Applicant Categories
- Non-established businesses (would-be entrepreneurs)
- Early-stage startups (less than 3 years)
- Scaling companies in SUDOE territory
- University students with innovative projects
Challenge Application Rules
- Each candidate may apply to a maximum of three challenges
- Solutions are ranked against industrial criteria from Airbus Atlantic, Renault Group, and Soltena
- Pitch presentations are reviewed for relevance, clarity, and technical quality
Programme Benefits
- 6-month transnational acceleration programme
- At least 5 services from a portfolio of 14
- Individualized mentoring from European industrial leaders
- B2B and B2F meetings with major aerospace operators
- Access to public-private funding networks
Quantum mechanics is emerging as a transformative force in aerospace propulsion. The second quantum revolution, powered by nanotechnology advances, is yielding practical engineering applications across propulsion, sensing, and communication.
Key 2024–2025 Advances
- Quantum Propulsion Research (EJPHYSICS 2024): Alex Ioskevich's paper on quantum propulsion background and practical applications establishes theoretical foundations for next-generation space propulsion.
- Electric Propulsion Scaling: Hall thrusters achieving 6,000+ seconds Isp for fast transit applications — 10× improvement over chemical propulsion.
- Laser Thermal Beamed Propulsion: AIAA SCITECH 2024 feasibility study demonstrates viability for space-based power transmission.
- Green Propellant Innovation: Novel segregated solid propulsion systems with separately stored fuel and oxidizer achieving significant safety improvements.
- Turbolab Launch (Oct 2024): France's Bayonne region opened a dedicated test platform for hybrid, electric, and alternative fuel aerospace propulsion.
Noah Ark Technology Contribution
The W–Seven Dimension Model proposes a theoretical framework that addresses the fundamental energy density limitations of current propulsion systems by modeling quantum-scale flux dynamics across seven interacting physical dimensions. This approach, if validated, could open entirely new propulsion paradigms beyond chemical and electric limits.
Relevance to Clean Aviation
Clean Aviation's Call 4 targets breakthrough technologies for a climate-neutral aviation sector by 2050. Quantum-enhanced propulsion efficiency and energy conversion represent long-range enabling technologies that align with this roadmap's Transverse Activities and Fast Track Areas.