¶ Fuse Development Frameworks
¶ Overview
The Fuse Development Frameworks provide a structured way for developers to extend, compose, and integrate platform capabilities across all Domains of Interoperability.
Each framework follows Fuse’s core execution principles:
Composable orchestration of systems, AI, and humans
Scoped governance through token-aware execution
Explainable logic with full observability and audit trails
Layered extensibility aligned to runtime and domain models
These frameworks ensure that everything built on Fuse remains governed, reusable, and interoperable by design.
¶ Frameworks by Domain
¶ Security
Manage identity, tokens, roles, and risk-scoped access.
- Identity Provider Framework — Integrate SAML, SCIM, or OIDC identity sources.
- Provisioning Framework — Automate user and role provisioning with external mapping.
- Service Provider Framework — Enable SSO using Fuse as an identity provider.
¶ 
Intelligence
Operationalize AI tools, agents, prompts, and models.
- AI Framework — Register models, prompts, and agents into orchestrated AI workflows.
¶ 
Knowledge
Build and retrieve structured knowledge for humans and AI.
- Knowledge Framework — Enable knowledge sources, embeddings, and retrieval pipelines.
¶ Workflow
Define reusable orchestration logic and approval steps.
- Workflow Framework — Compose modular, policy-aware orchestration components.
- Method Framework — Create governed, reusable logic methods.
- Property Framework — Define typed, structured properties used in forms and flows.
¶ 
UI
Create interaction layers, dashboards, and dynamic forms.
- UI Framework — Build modular forms, approvals, and interaction panels.
- fuse.js – Core Client Library — The front-end runtime for the Fuse platform. Enables secure user interaction, UI-level interoperability, and governed orchestration across windows, workflows, and applications. fuse.js acts as the governance bridge between the interface and execution layer — ensuring all behavior remains compliant, auditable, and composable within the Fuse runtime fabric.
¶ 
Messaging
Enable real-time communication and notifications.
- Messaging Framework — Trigger inbox actions and user-facing messages across workflows.
¶ 
Routing
Expose orchestrated logic via APIs and webhooks.
- Routing Framework — Define secured, dynamic API entry points and REST routes.
- Webhook Framework — Manage inbound and outbound event-driven interactions.
¶ 
Storage
Handle content, blob, and structured data orchestration.
- Storage Provider Framework — Connect to blob storage systems and file vaults.
- Data Framework — Enable schema-aware persistence for runtime values.
¶ 
Applications
Package and launch secure, governed application logic.
- Artifact Package Framework — Deploy versioned packages of entities, forms, and logic.
¶ 
System
Deploy, isolate, and manage runtime components.
- Entity Framework — Define metadata-driven entities used in forms, workflows, and APIs.
- Containerization Framework — Isolate and deploy runtime logic in segmented environments.
¶ Visibility
Enable observability, search, and traceability across domains.
- Log Framework — Emit traceable, structured telemetry across orchestration flows.
- Discovery Framework — Power semantic search, tagging, and cross-domain discovery.
¶ 
Helper Libraries
Support rapid development of platform-compatible extensions.
- Helper Libraries — Includes GraphQL builders, metadata handlers, and reusable runtime utilities.
Next: Workflow Framework — Learn how to build modular, governed orchestration components inside Fuse.