Technology

Four modules, one controlled trust environment.

TAA / SECO is being developed as a complementary digital-trust layer for communications, identity assertions and sensitive transactions. Public information is intentionally limited to functional concepts; protected implementation details are not disclosed.

Core architecture

Functional roles of the public modules.

The modules are designed to complement existing banking, telecommunications, authentication and cybersecurity infrastructure rather than replace it.

TAA

Security for sensitive and coercion-risk operations

TAA is the security component focused on sensitive operations and scenarios where a legitimate user may be acting under pressure or coercion. It is intended to add a further layer of protection without publicly exposing the protected mechanisms used to assess or handle those situations.

  • Additional trust around sensitive actions
  • Designed for higher-risk operational contexts
  • Complementary to existing authentication controls
SECO

A trusted external identifier

SECO — Secure External Code — is a public trust identifier associated with an enrolled person or organization and with information the service is authorized to associate with that identity.

  • Public-facing trust identifier
  • Can be associated at a high level with verified contact or payment identifiers
  • Internal enrolment and matching logic remains restricted
TPV

Controlled pseudonymity and trusted interaction

TPV — Transaction en Pseudonyme Volontaire — supports privacy-preserving or pseudonymous interactions while retaining a controlled trust relationship within the TAA / SECO environment.

  • Privacy-preserving interaction
  • Controlled pseudonymity
  • Trust without unnecessary public identity disclosure
AOM

Verifiable affiliation and mission credentials

AOM — Affiliation / Ordre de Mission — is designed for organizations that need to issue and verify affiliations or mission credentials and manage their validity, expiry or revocation status.

  • Verifiable organizational affiliation
  • Unique mission references
  • Validity, expiry and revocation status
  • Higher-assurance authenticated presentation for sensitive contexts

Design principle

Trust should be explicit, controlled and proportionate.

The platform is being structured around progressive integration, controlled disclosure and institutional governance. Public users should see only the information necessary to understand a trust signal or credential. Detailed security logic, sensitive enrolment processes and protected technical mechanisms remain outside the public layer.

Disclosure boundaryThis website does not publish TAA code mechanics, distress logic, ICC behavior, silent-alert processes, detailed enrolment sequences, internal validation logic or unpublished patent material.

Next

See where the technology can be applied.

Explore public solution domains →