Platform Overview

Deterministic EU AI Act control infrastructure, not static compliance documentation

Logik Systems is deterministic EU AI Act control infrastructure. It connects structured AI system inventory, block-based governance execution, evidence-backed workflows, recurring review logic, audit visibility, role-based access integrity, and verified enterprise execution paths inside one system architecture.

This is a live enterprise control surface. Workspace activation is controlled through written intake, qualification, gated commercial progression, and provisioned access. No open trial workflow is used.
Access model

How access works

Access is not created through open trial behavior. New organizations enter through a written-first flow designed for controlled enterprise activation.

  1. Written intake captures commercial and operational context.
  2. Automated qualification filters for serious implementation intent.
  3. Qualified requests enter gated checkout instead of open trial access.
  4. Successful payment can trigger provisioned workspace activation and magic link access.

This keeps workspace creation tied to accountability, billing state, and controlled onboarding rather than exploratory browsing.

Systems surface

Governance starts with structured system inventory

AI systems are represented as structured operational records inside an organization-scoped workspace. Governance does not begin with a disconnected document set. It begins with explicit systems that can be owned, reviewed, and controlled.

  • Organization-scoped workspace structure
  • Plan state and enterprise activation visibility
  • Role-based member access and invite flow
  • Admin access overview tied to operational actions

The result is a system surface that can carry governance state, evidence, and review continuity over time.

Logik Systems systems overview with billing status and roles
Role-based access control

Access control is tied to accountability

Responsibility and access are not implicit. Membership state, role assignment, invite logic, revocation, and protected current-session handling are visible in the operating layer.

  • Roles such as ADMIN, COMPLIANCE_MANAGER, AUDITOR, and VIEWER
  • Membership lifecycle including INVITED, ACTIVE, and REVOKED
  • Protected current-session access constraints
  • Explicit invite and revoke controls for organizational access management

This ensures that governance responsibility can be connected to real user access, rather than remaining a loose administrative assumption.

Role-based access control and membership lifecycle
Governance blocks

Governance is broken into operational control units

Governance is not handled as a monolithic policy artifact. It is decomposed into concrete blocks with implementation status, ownership, description quality, and evidence attachment.

  • Block-level implementation status
  • Responsible role assignment
  • Evidence upload directly tied to governance elements
  • Operational handling of implemented and non-implemented controls

This turns governance into a working structure instead of a static documentation exercise.

Governance blocks with status, responsible role, and evidence handling
Audit visibility

Reviewable history is part of the operating layer

Operational events are visible in reviewable history rather than disappearing into undocumented process gaps. This matters because auditability fails when action history is fragmented or invisible.

  • Invite and membership lifecycle events
  • Governance block update visibility
  • Evidence-related activity traceability
  • Timestamped review surface for operational accountability

Audit visibility is therefore not a reporting afterthought. It is embedded into the governance operating surface.

Audit visibility with member invited and governance block updated events
Evidence chain

Evidence is versioned, signed, and integrity-verifiable

Evidence handling is designed to close the proof chain. Objects are versioned, access can be signed, and integrity can be checked through SHA-256 verification rather than asserted informally.

  • Immutable evidence history
  • Signed access view for controlled retrieval
  • SHA-256 verification of expected versus calculated hash
  • Operational proof that the evidence chain closes technically

This is the difference between storing files and maintaining an evidence-backed governance record.

Evidence verification with signed URL and SHA-256 integrity check
Why this matters

This is not a documentation tool

Static documentation approach
  • Policies exist, but system inventory is weak
  • Evidence is fragmented across files and folders
  • Responsibilities stay implicit
  • Review happens ad hoc
  • Auditability is partial and retrospective
Operational control approach
  • Structured AI system inventory
  • Block-based governance implementation
  • Evidence-backed workflows
  • Role-based access and membership control
  • Reviewable history and recurring governance continuity
Proof summary

What this platform already demonstrates and verifies

Structured workspace architecture
AI governance is handled through an organization-scoped operating surface rather than disconnected artifacts.
Controlled member lifecycle
Invite, active, and revoked states are visible and tied to role-based access control.
Operational governance blocks
Implementation status, ownership, and evidence attachment exist directly inside the governance structure.
Evidence integrity verification
SHA-256 verification and signed access show how the proof chain closes technically.
Verified enterprise execution paths
Slack alert delivery and Jira issue creation have been implemented and validated as live downstream endpoints.
Controlled activation

Enter written intake for controlled workspace activation

Logik Systems is designed for organizations that need deterministic control, evidence handling, audit visibility, access integrity, and verified enterprise execution under real governance conditions.

New workspaces do not open through generic demo behavior. They enter through written-first qualification and gated enterprise progression.