Signed identity
Company context comes from verifiable credentials, not a client-supplied identifier.
Heliogaia Security
Security applied to data, roles, and every transition
Heliogaia does not rely on the interface alone. Authorization is enforced in every use case and isolation is reinforced in the data layer.
Talk to the team↗Defense in depth
Two boundaries for every company record
Services filter by authenticated identity and the database enforces isolation again.
Responsibility-based access
Permissions distinguish reading, creating, executing, and approving by function.
Enforced isolation
The data layer applies default-deny isolation; without valid context, there is no access.
Separated workloads
Operational services, background processes, and structural changes use separate identities.
Auditability
Critical transitions retain actor, status, and timestamps.
Protected web channel
Credentials do not live in the browser
The web layer holds encrypted sessions and accesses private services through verifiable service identity.
Protected sessions
Credentials remain encrypted and outside code executed by the browser.
Verified requests
Public routes and data-changing operations are explicitly constrained.
Private services
Only the web layer and authorized internal identities can invoke business services.
Separation of duties
Rules prevent self-approval and incompatible role combinations.
Principles and references
Recognizable controls, responsible claims
The architecture references security management, least privilege, separation of duties, and defense-in-depth principles found in ISO/IEC 27001:2022, ISO/IEC 27002:2022, ISO/IEC 27017, and OWASP ASVS.
Heliogaia
Review Heliogaia for your organization
Let's discuss your current workflows, responsibilities, and controls.
Talk to the team↗