Overview
Aden is the platform, and Hive is the open framework for building agents that adapt toward outcomes. Instead of hardcoding workflow logic, you define goals, constraints, and context, then iterate based on observed results. This goal-driven approach powers developer success through a complete lifecycle: create → debug → maintain → deploy → iterate.Developer Success Path: Aden Hive is purpose-built for developers who need reliable agents in production. Learn who Hive is for and how it simplifies the journey from prototype to stable operations.
Build
Define goals and let the coding agent generate graph-based implementations
Operate
Run agents with observability, retries, and guardrails in place
Adapt
Use failures and outcomes to improve agent behavior over time
Control
Insert human checkpoints where autonomous behavior needs supervision
The Aden Advantage
| Traditional Frameworks | Aden + Hive |
|---|---|
| Hardcoded workflows | Goal-driven graph generation |
| Static behavior | Outcome-based adaptation |
| Manual fallback wiring | Built-in routing and retries |
| Limited supervision | First-class human-in-the-loop nodes |
How It Works
- Define goals, success criteria, and constraints
- Generate or refine the graph with coding-agent skills
- Run agents in local or production environments
- Evaluate outcomes and test results
- Evolve implementation based on measured gaps
When to Choose Aden
Choose Aden when you need:- Long-running or multi-step autonomous workflows
- Strong control over quality, safety, and cost boundaries
- Human approval gates for sensitive actions
- A practical path from prototype to production operations
Next Steps
Goals and Outcomes
Define measurable success criteria, constraints, and context
Agent Graph
Understand nodes, edges, shared memory, and control flow
Worker Agent
Learn sessions, headless runtime behavior, and resilience model
Evolution
See how failure data drives iterative agent improvement
Outcome-Driven Development
Learn the goal, criteria, and outcome model
Agent Architecture
Understand nodes, edges, and shared runtime state