Executive Summary
AstroLife Universe is a sovereign AI architecture designed to operate in critical domains with governance, traceability and effective human control across the full lifecycle (data → models → deployment → monitoring → audit).
In sensitive systems, the difference between “using AI” and “operating AI” is technical and legal control: evidence, limits, responsibilities and repeatable procedures under incident conditions.
Structural components
- 6th-Gen architecture: cognitive core (IANSCS) + interaction controls (QSEL) + sovereign layer (governance/security/EU residency).
- Compliance-by-design: EU AI Act, GDPR, traceability, human oversight with pause/rollback and evidence.
- Verifiable fairness: FTA 2026 (Fairness Through Awareness) as reference for requirements, controls and reporting per use case.
- Operational security: zero-trust, logging, environment segregation, hardening and continuous evaluation (red-teaming where applicable).
Note: future capabilities, modules or advanced interfaces are described as workstream / not generally available, unless explicitly delivered as part of a documented pilot.
Research & Publications
This website operates as a public institutional repository: publications, references and alignment documents for decision-makers and evaluators across Spain–EU.
Biology → engineering → resilience and technological sovereignty.
Strategic framing of human–AI cooperation.
Fairness, traceability and evidence per use case.
EU Strategic Alignment
In Brussels, the first evaluation layer is structural alignment: compliance, security, interoperability and sovereignty. AstroLife Universe is designed to translate regulatory principles into verifiable controls.
In short: regulatory alignment + security + reproducible technical evidence → real institutional capability.
Distributed & Fractal AI Architectures
Research addressing a core problem in advanced AI: resilience without a single point of failure. Inspiration: distributed cognition in cephalopods and fractal geometry principles applied to decision architectures.
Why it matters for Europe
- Resilience: controlled degradation and service continuity under partial failures or attacks.
- Security: natural segmentation by nodes and local containment policies.
- Critical operations: better fit for dynamic environments (emergencies, cyber incidents, infrastructure).
- Sovereignty: reduced dependency on a single centralized, opaque platform.
Workstream: formalize architecture patterns (nodes, consensus, observability, governance) + metrics (latency, robustness, auditability).
6th-Generation Architecture
Target outcome: strategic autonomy + auditability + safe operation in critical systems (scalable capability, not a “demo”).
Timeline 2024–2026
Priority use cases (scoped pilots)
Prioritization by public impact and operational feasibility: pilots with defined scope, metrics and auditable evidence.
Institutions & Cooperation
AstroLife Universe is conceived to operate in coordination with public administrations, EU bodies, universities and strategic industry via pilots, framework agreements and shared governance.
- Spain: pilots in critical domains with full documentation, responsibility matrix and traceability.
- European Union: EU AI Act + NIS2 + GAIA-X alignment for legal and technical viability.
- Academia: independent validation (where applicable) and knowledge transfer.
- Industry: operational integration in energy, healthcare, telecom, cybersecurity and resilience.
Principle: cooperation, but with defined scope, evidence, control of critical dependencies and operational security.
Contact & Pilots
If you represent a public institution, EU body, university or strategic company and want to explore pilots, send a request. Response oriented to: briefing + scope + evidence.