Hudhud separates provider ingress, tenant authority, credentials, AI execution, operator access and external business systems through explicit verification and permission boundaries.
It is the collection of boundaries, controls and evidence that determine who can act, what can be trusted, what data can cross a boundary, what happens when verification fails, and how actions become attributable.
Who can actWhat can be trustedWhat data can cross a boundaryWhat happens when verification failsHow actions become attributable
Trust Boundary Explorer
Select a boundary. See exactly what it controls.
An inbound event or action crosses a sequence of real trust zones before it can affect your business - each one with its own entry conditions, verification, authority and evidence.
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Verification Boundary
What enters
The exact raw bytes of an inbound event.
What must be verified
Cryptographic signature verification against the provider's real, configured secret.
What authority exists
The authority to accept or reject - nothing else.
What cannot cross automatically
A missing or invalid signature is rejected here and goes no further.
What evidence exists
Every verification outcome, accepted or rejected, is recorded.
Conceptual trust-zone model - not a literal network diagram
Verification Gate
Unverified input never silently becomes accepted input.
Unverified Input→
Authentication / Signature Verification↗↘
Accept→
Reject
Failure to verify must never silently upgrade trust.
Tenant Security Capsules
Tenant isolation is architectural, not merely visual separation.
Tenant A
Identity
Data
Roles
Workloads
Configuration
Tenant B
Identity
Data
Roles
Workloads
Configuration
Tenant C
Identity
Data
Roles
Workloads
Configuration
Every capsule holds its own identity, data, roles, workloads and configuration - none of it visible or reachable from another tenant's capsule.
Authority Map
How authority is distributed within a tenant's own account - grounded in Hudhud's real role and approval-governance model, not an invented org chart.
Select a role to see its authority profile
View business dataCan act
Change configurationCan act
Approve sensitive actionsCan act
Access platform-level internalsCannot
Illustrative authority profile - not an exact permission export
AI Action Policy Gate
AI autonomy operates inside organizational authority - never outside it.
Context
AI Decision
Policy Check
Authority Check
Approval If Required
Execution
Audit
Within policy and authority - executes and is recorded.
AI autonomy operates inside organizational authority.
Credential Vault Flow
Credentials are handled through a controlled lifecycle, never exposed in the open.
Credential Creation→
Encrypted Storage→
Controlled Retrieval→
Limited Runtime Use→
Rotation / Revocation
Actual credential values, storage mechanisms and encryption implementation details are intentionally not published here.
Webhook Trust Journey
Verification happens before trust - every time.
Provider Event
Raw Payload
Verification
Durable Acceptance
Acknowledgement
Asynchronous Processing
An event is durably accepted only after its signature is verified - never before.
Data Boundary Map
Select a data category to see where it stays and where it can go
Conversation data
Tenant boundary, plus the messaging provider needed to deliver it
Stays within the tenant boundary; leaves only to the specific channel provider required to send or receive a message.
Identity & Access
Every action starts from a verified identity
Access is authenticated, role-scoped, and bounded - never all-or-nothing.
Authenticated sign-in for every account
Role-based access within each tenant's own team
Tenant-scoped authority, derived server-side - never inferred from client input
Owner-level authority is explicit, not an implicit default
Bounded authority by role, not blanket access
Tenant Isolation
One tenant's boundary never becomes another's
Isolation is enforced at the architecture level, not only in the interface.
Each tenant's data is scoped to that tenant
Each tenant's roles and permissions are scoped to that tenant
Configuration set by one tenant never applies to another
Workload boundaries are architectural, not cosmetic
Tenant identity is server-derived - a client can never assert someone else's tenant
Provider Security
Every provider event is verified before it is trusted
No inbound event from a messaging or business provider is trusted until its authenticity is proven.
Every inbound provider event is signature-verified before it is trusted
Verification uses the exact raw bytes the provider signed - not a reconstruction
Missing or invalid signatures fail closed by default
Provider credentials are held and used server-side only
Each provider integration is its own trust domain
AI Security & Governance
AI operates behind policy, not in place of it
AI providers are abstracted behind Hudhud's own execution layer, so no single model or vendor is a structural dependency of the platform's authority model.
AI providers are abstracted behind Hudhud's own execution layer
AI-proposed actions pass policy and authority checks before executing
Sensitive or ambiguous actions can require human approval
AI-initiated actions remain traceable to the decision that produced them
Model and provider boundaries are enforced in code, not left to convention
We do not claim that model providers never retain or process data - that depends on each provider's own contractual terms
Diagnostic / Admin Access
Administrative access is bounded and attributable
Diagnostic and support tooling is access-controlled - it is not an open backdoor.
Diagnostic and support surfaces are access-controlled, not open by default
An action with a real side effect requires explicit authorization to run
Administrative actions are attributable to the person who performed them
Internal mechanism names are intentionally not published here
Data Protection
Precise claims, not blanket ones
We would rather state exactly what is protected than make a broad claim that doesn't hold for every store.
Data in transit is encrypted
Stored credentials are encrypted, not held in plain text
Access to tenant data is scoped to that tenant
Retention is controlled where the underlying system supports it
We do not claim every data store is encrypted at rest as a blanket statement - only what has been specifically verified
Security Failure Behavior
Uncertainty never becomes success
When something can't be verified or authorized, the system holds - it does not guess in your favor.
Verify FailsReject
Authority MissingDeny
Policy Requires ApprovalHold / Escalate
Ambiguous External StateReconcile
Uncertainty is never converted into an assumed success.
Security Evidence Model
Claims should follow evidence, not the other way around
A control moves through real stages before we describe it as mature - and we only describe a control at the stage it has actually reached.
Design→
Implemented→
Tested→
Qualified→
Operational Evidence
We do not claim a control has reached a stage unless real evidence exists for it.
Enterprise Security Review
Request a Security & Trust Review
A direct conversation about your data flows, tenant boundaries, provider connections and internal security requirements.
