¶ Fuse Development Frameworks
¶ Overview
The Fuse Development Frameworks enable developers to securely extend and compose platform capabilities across all Core Interoperability Domains.
Each framework adheres to Fuse’s execution principles:
Composable orchestration across systems and users
Scoped governance with real-time policy enforcement
Explainable execution with audit and traceability
Layered extensibility aligned to domains and runtime contracts
Frameworks empower you to build secure, auditable, and interoperable functionality that runs within the Fuse execution model — not outside it.
¶ Frameworks by Domain
¶ 
Intelligence & AI
Operationalize models, prompts, agents, and tool orchestration.
- AI Framework
Register prompts, models, agents, and tools for intelligent workflows.
¶ 
Governance & Policy
Support runtime approvals, delegation, and policy-driven execution.
(No frameworks listed yet — coming soon)
¶ Workflow & Pipeline
Coordinate steps, retries, approvals, and orchestration logic.
- Pipeline Component Framework
Build reusable, policy-aware logic blocks for pipelines and orchestrated flows.
(See System section for additional supporting frameworks)
¶ Security & Trust
Manage identity, roles, tokens, and risk-based access.
-
Identity Provider Framework
Add external SAML, SCIM, or OIDC identity sources. -
Provisioning Framework
Automate user/role provisioning and attribute syncing. -
Service Provider Framework
Federate apps with Fuse as the identity and SSO provider.
¶ 
Interaction & UI
Build context-aware forms, dashboards, and approval panels.
- UI Framework
Create reusable user interfaces embedded in orchestration flows.
¶ 
Data & Storage
Store and govern files, structured data, and runtime state.
-
Data Framework
Add schema-aware storage or structured record access. -
Storage Provider Framework
Integrate blob, file, or vault providers.
¶ 
Discoverability
Enable semantic search, tagging, and cross-domain indexing.
- Discovery Framework
Implement search and indexing strategies across domains and metadata.
¶ 
Routing & APIs
Expose workflows via REST, WebSocket, and webhook interfaces.
-
Routing Framework
Define routes and entry points for APIs and protocol-based integrations. -
Webhook Framework
Register inbound/outbound webhook logic for real-time triggers.
¶ 
Observability
Trace execution paths, emit metrics, and integrate with SIEM tools.
- Log Framework
Emit structured telemetry and integrate with observability pipelines.
¶ 
Applications
Launch, route, and secure access to internal and third-party apps.
(See System section for Artifact Package & Provisioning support)
¶ 
Runtime & Execution
Isolate deployments, manage lifecycle contracts, and version environments.
- Containerization Framework
Package and deploy logic in environment-scoped runtime containers.
¶ 
Resources
Inject files, URLs, and dynamic outputs into orchestrated workflows.
(No frameworks listed yet — coming soon)
¶ 
Knowledge
Enable retrieval, embedding, and context-aware document access.
(No frameworks listed yet — coming soon)
¶ 
Messaging
Send workflow messages, inbox actions, and role-based alerts.
(No frameworks listed yet — coming soon)
¶ 
Industry
Extend Fuse with vertical-specific modules, financial logic, and operational models.
- Markets Framework
Enable financial/trading workflows, algorithmic logic, and market data orchestration.
¶ 
System
Enable composable development, metadata orchestration, and domain-level extensibility across the Fuse runtime.
-
Artifact Package Framework
Package and deploy collections of entities, forms, launchers, methods, and policies as versioned, reusable runtime components. -
Entity Framework
Define secure, multi-domain entities with metadata-driven behavior for workflows, UI, APIs, and AI — all backed by contextual persistence. -
Method Framework
Declare policy-governed methods and logic blocks that can be executed across workflows, client calls, or AI orchestration flows. -
Property Framework
Create structured, typed property definitions used by entities, forms, expressions, and automation conditions — with policy and runtime context awareness.
Next: Pipeline Component Framework — Learn how to build modular, governed logic components for orchestration in Fuse.