The Security & Trust domain in Fuse governs how identity, access, authentication, risk, and policy enforcement are applied uniformly across layers and domains. It ensures that every system, actor, and decision in the platform is scoped, explainable, and compliant — from the moment a session begins to the final execution of an AI model or user workflow.
This domain is foundational. Without Security & Trust, cross-domain orchestration would lack traceability, policy enforcement, and runtime safeguards. That’s why security is not optional in Fuse — it is always on, always governed, and always visible.
The Security & Trust domain is responsible for:
Security is not an external gateway. In Fuse, it is a native, runtime-aware domain that governs who can act, how actions are scoped, and what is allowed to happen at each step in a process.
Each capability in this domain can be explored in detail via its dedicated subpage. This page serves as the index and governance overview.
Identity & Access Management (IAM)
Centralized governance of users, roles, groups, and access policies across all domains and workflows.
Federated Identity Management (FIM)
Support for authenticating users across domains and identity providers using SAML, OIDC, and SCIM — with cross-tenant and cross-system mapping.
Multi-Factor Authentication (MFA)
Flexible policy-driven MFA, with enforcement at login, step escalation, or policy threshold — including SMS, email, app push, and 3rd-party providers.
Risk-Based Access Control (RiBAC)
Dynamic policy enforcement based on runtime signals such as IP, geolocation, user history, device fingerprinting, or orchestration state.
Privilege Access Management (PAM)
Secure elevation of access scopes for privileged tasks, including session monitoring, justification, and automatic revocation or audit triggers.
Token Management
Orchestrated generation and chaining of scoped tokens that govern every API call, orchestration step, or AI interaction — with full traceability.
Session & Policy Enforcement
Centralized management of session lifetimes, idle handling, expiration, and runtime policy context propagation.
IP & Network Restrictions
Define access boundaries based on region, environment, known IP pools, or VPN requirements.
Encryption & Tokenization
Apply encryption at rest and in transit to sensitive fields or payloads; tokenize fields for downstream orchestration without exposure.
Intrusion Detection & Prevention (IDS/IPS)
Inline monitoring of session behavior and activity anomalies, including detection of known attack patterns or unauthorized attempts.
SIEM Integration
Forward structured logs, traces, session metrics, and alerts to third-party security monitoring tools — supporting both batch and stream models.
Security & Trust governs execution at every interoperability layer. Each action in Fuse passes through policy gates, token propagation, or identity-aware components.
| Layer | Security & Trust Behavior |
|---|---|
| Integration | Secure inbound/outbound connections with token-based auth, SCIM, or signed assertions |
| Automation | Evaluate conditions based on user identity, session status, or security rules |
| Orchestration | Enforce step-by-step policy execution, token chaining, and approval logic with fallback |
| Interoperability | Propagate identity, risk posture, policy state, and token scope across domain boundaries |
Tokens issued by the platform are scoped, time-bound, signed, and traceable.
They enable Fuse to verify, constrain, and explain how actions were authorized — even in complex, multi-party workflows.
Wire transfer requests over $25,000 trigger RiBAC enforcement. MFA is required, the session is revalidated, and PAM logs all privileged access during escalation review.
Doctors authenticate using their hospital’s identity provider. Fuse maps their roles using SCIM, applies HIPAA-aligned access policies, and ensures that access tokens are scoped to jurisdiction, specialty, and treatment phase.
Contractor logins are limited to government-issued IP ranges. Tokens are only valid within authenticated VPN tunnels, and all activity is logged and forwarded to the agency’s SIEM.
| Persona | How Security & Trust Helps |
|---|---|
| IT Administrators | Configure SSO, sessions, roles, and domain-scoped access policies |
| Security Engineers | Build enforcement logic, define escalation conditions, and integrate SIEM |
| Compliance Teams | Use runtime logs, audit trails, and token metadata to verify regulations |
| Developers | Embed secure access and verification into workflows, connectors, and steps |
| Platform Architects | Design cross-domain trust chains and scoped federation flows |
The Security & Trust domain is extensible via these development frameworks:
Identity Provider Framework
Add SCIM, OIDC, SAML, and other federated login models
Service Provider Framework
Enable outbound SAML flows, SSO session handoff, and embedded app token injection
Provisioning Framework
Sync user/group/role definitions from Active Directory, Azure AD, Okta, or custom identity systems
Log Framework
Forward traces and structured events to third-party tools
Routing Framework
Secure exposed APIs and endpoints with token gating and session validation
Next: Governance & Policy — Learn how to define runtime rules, approval chains, and access flows across workflows and domains.