DAON is a Bittensor subnet that verifies and rewards high-quality multi-agent orchestration. It measures coordination intelligence through execution-based scoring and economic incentives.
DAON (Decentralized Agent Orchestration Network) is a Bittensor subnet that solves the coordination problem in multi-agent AI systems.
While AI models have become powerful, multi-agent orchestration remains unreliable. Context breaks between agents, fallback logic fails, and orchestration quality is hard to verify until production failure.
DAON introduces a competitive, execution-based verification layer where miners submit orchestration plans as structured DAGs. Validators execute those plans in sandboxed environments and score them across four dimensions:
Quality
Efficiency
Success Rate
Robustness
TAO emissions reward consistent, high-performing orchestration intelligence over time.
DAON transforms coordination from a black-box engineering guess into a measurable proof-of-intelligence system.
Designed full incentive architecture
Defined 4D scoring framework
Designed miner/validator execution flow
Specified sandbox constraints for validator security
Built economic model aligned with Yuma Consensus
Drafted system architecture & evaluation pipeline
Designed anti-gaming mechanisms
Defined long-term roadmap (SDK → Enterprise → Marketplace)
Currently implementing subnet prototype structure and miner/validator communication layer.
Currently self-funded.