We build products for cryptographic validation, information intelligence, regulatory and certification assurance, and sovereign AI — and develop verifiable controls for actions by people and AI agents.
Evidence comes before trust: in a cryptographic test, an intelligence assessment, a regulatory or certification finding, or an AI answer. That same principle drives our execution-assurance R&D: separate what an agent can propose from what it is authorised to do.
Four product domains spanning cryptography, intelligence, regulatory and certification assurance, and sovereign AI. Each domain contains specialised products with its own maturity, deployment model and evaluation scope.
Test classical, post-quantum and lightweight cryptography against reference implementations. ML-KEM, ML-DSA, SLH-DSA and Ascon-AEAD128 validation sit alongside randomness testing and supply-chain analysis, with structured, auditable results.
Bring open-source collection, narrative analysis and fact-checking into one analyst workflow. Assess information manipulation, grade sources and produce traceable campaign reporting.
A coordinated assurance portfolio spanning NIS2 readiness, CRA product conformity and Common Criteria/EUCC evaluation support. SecuraCRA structures classification, Annex I gaps, Annex VII technical files, Annex V declarations and remediation. SecuraCC analyses Protection Profiles, Security Targets, certificates and assurance evidence. Automation supports expert decisions; it does not issue certification or legal conformity verdicts.
Document question-answering with local inference, source citations and evidence checks. Cybersecurity and cryptography workflows add deterministic analysis, grounded findings and expert review where high-assurance interpretation matters.
Alongside our four core product lines, we are developing execution assurance for high-consequence actions. Its validated prototype binds authorisation to a specific action, target and version, with control enforced outside the AI model.
Approval must not survive a changed action. A material change requires a new action version and fresh approval. Earlier decisions no longer authorise the changed request.
Validation scope. The core is a validated prototype. Production connectors are not yet available; end-to-end protected execution remains to be validated. Protection requires routed actions, a non-bypassable enforcement path and trusted authorisation components. It does not determine intent or make an approved action inherently safe.
Our products address different operating needs. Their common principle is to make the result inspectable: the cryptographic test, the intelligence assessment, the assurance finding and the AI answer.
ACVP-style test vectors, reference checks and structured results support classical and post-quantum implementation review. Randomness testing and software bills of materials add context. Unsupported algorithm families are reported explicitly; testing is not NIST or FIPS certification.
OSINT collection, propaganda and narrative analysis, fact-checking and source grading support campaign assessments. Counter-FIMI workflows connect evidence to analyst reporting rather than presenting an unqualified AI verdict.
NIS2 readiness, CRA conformity and Common Criteria/EUCC assurance are handled through specialised product paths. SecuraCRA covers classification, Annex I gaps, Annex VII technical files, Annex V declarations and remediation; SecuraCC analyses Protection Profiles, Security Targets, certificates and change impact. Their EUCC→CRA bridge links certification evidence to grounded CRA decision-support without issuing a certification or legal conformity verdict.
Local document intelligence combines controlled retrieval, citations and fail-closed evidence gates. Cybersecurity and cryptography workflows add deterministic checks, grounded findings and expert review without relying on the model alone for assurance.
At securagen.ai P.C., deep academic expertise in AI, cybersecurity and privacy meets applied product engineering. Research becomes reusable controls, versioned software and testable releases — evaluated through adversarial scenarios, reproducible checks and clearly stated limits.
Our R&D programme includes technology covered by pending patent applications before the USPTO and the European Patent Office, spanning privacy-preserving offline AI and session-bound assurance for high-risk communications.
Certified information-security management framework.
Certified quality-management framework supporting repeatable delivery.
Company registration in the NATO codification system.
2nd Innovation Action 2026 · Information Warfare Technologies.
Product maturity is stated separately from company-level certifications and memberships. Company-level trust signals do not imply certification or endorsement of every product or algorithm.
securagen.ai has been awarded the Cybersecurity Made in Europe label, reinforcing the company’s European development and cybersecurity positioning.
The label is displayed as a standalone official graphic, in line with the issuer’s usage guidance.
securagen.ai P.C. develops cryptographic validation, information intelligence, regulatory and certification assurance, and sovereign document-AI products for defence, government, product manufacturers and regulated organisations.
Product engineering comes first. Execution-assurance R&D complements the core portfolio; integration, deployment and support bring the products into each operating environment.
Discuss a product evaluation, a controlled pilot or an integration requirement. Messages are sent to contact@securagen.ai.