Cryptographic Inventory Scanner
Tooling to detect cryptographic dependencies, RSA/ECC usage, TLS exposure, SSH keys, certificates, weak algorithms and post-quantum migration risks.
Eurathos designs and builds sovereign AI, robotics and cybersecurity systems that stay secure as cryptography and computing evolve. Research-driven, software-first and engineered to keep European critical infrastructure under European control.
Focus
Sovereign deeptech
Posture
Quantum-safe by design
Footprint
European
Model
Research → engineering
Doctrine
Sovereignty first. Cybersecurity before acceleration.
Quantum-safe by design — across AI, robotics and the infrastructure that runs Europe's critical systems.
Post-Quantum Security
Crypto inventory, hybrid PQC and quantum-risk reduction.
Sovereign AI
Governed, auditable AI within European perimeters.
Industrial Robotics
ROS 2, edge AI and secure autonomous systems.
Secure Infrastructure
Private, hybrid and reversible sovereign platforms.
Eurathos Quantum Sovereignty Lab
The Lab is where Eurathos turns research into industrial-grade engineering — connecting cryptography, optimization, robotics and AI under one sovereign, quantum-safe doctrine.
Cryptographic assessment, hybrid PQC deployment and quantum-risk reduction across identity, TLS and key material.
Reference architectures designed to remain secure through the post-quantum transition, by design rather than by patching.
Classical and quantum-inspired solvers applied to scheduling, routing and allocation problems for industrial systems.
European robotics stacks combining ROS 2, edge AI, secure communications and fleet management for autonomous operations.
Research copilots and knowledge graphs that accelerate quantum, cryptography and robotics engineering work.
Software-first, auditable and reversible platforms that keep critical infrastructure under European control.
Research & Engineering Projects
A portfolio of research-driven engineering projects across post-quantum security, sovereign robotics, optimization and AI for deeptech. Each is a concrete step toward quantum-safe, sovereign systems.
Tooling to detect cryptographic dependencies, RSA/ECC usage, TLS exposure, SSH keys, certificates, weak algorithms and post-quantum migration risks.
A prototype API gateway architecture designed for hybrid and post-quantum secure communications, identity, auditability and enterprise-grade service protection.
A digital identity and signature layer for signing critical documents, AI decisions, audit logs and sensitive enterprise transactions with post-quantum-ready mechanisms.
A robotics optimization demonstrator using classical and quantum-inspired techniques to solve path planning problems for autonomous systems.
An optimization engine for assigning tasks to fleets of robots, drones or autonomous agents under constraints such as distance, battery, priority, payload and energy consumption.
A reference architecture for European sovereign robotics systems combining ROS 2, edge AI, secure communications, fleet management, private cloud and cyber-resilience.
A simulation framework for autonomous navigation without GPS, using SLAM, IMU, LiDAR, visual perception and future quantum sensor integration.
A monitoring and anomaly detection layer for autonomous robots, securing commands, telemetry, logs and system behavior at the edge.
An AI assistant for quantum and deeptech research that reads papers, extracts concepts, generates experiments, produces notebooks and supports scientific reporting.
A structured knowledge base mapping quantum algorithms, post-quantum cryptography, business use cases, maturity levels and European ecosystem actors.
An AI agent that helps organizations assess crypto exposure, score quantum risk, generate migration scenarios and produce a post-quantum roadmap.
Services
Advisory and architecture services that move organizations toward post-quantum-ready, sovereign and industrial-grade systems, with clear business value and a defined client focus.
Evaluate cryptographic exposure, TLS, identity and key management against post-quantum threat models.
A phased, standards-aligned plan to migrate systems toward hybrid and post-quantum-ready cryptography.
Design and deploy AI systems with European data residency, governance, traceability and guardrails.
Architect robotics and fleet platforms on ROS 2, edge AI and secure, resilient communications.
Apply classical and quantum-inspired solvers to routing, scheduling and allocation problems.
Build sovereign landing zones, hardened on-prem and hybrid platforms with DevSecOps and observability.
Develop research assistants that read literature, extract concepts and generate experiments and notebooks.
Modernize, secure and document legacy enterprise architectures around clear, governed standards.
Strategic Doctrine
A small set of principles that keeps our engineering honest: sovereign, secure and grounded in what is provable today.
Sovereignty first.
Cybersecurity before acceleration.
Software before hardware.
Hybrid AI and optimization before pure quantum claims.
Robotics and AI must be quantum-safe by design.
Europe needs secure, sovereign and industrial-grade technology platforms.
Contact
Institutions, industrials, banks, deeptech founders and public operators: talk to us about post-quantum readiness, sovereign AI, robotics architecture and secure infrastructure.
Fast response for scoping, assessment or a technical deep-dive.