Internet of Intelligence

decentralized.* Roadmap

decentralized.exchange, decentralized.trade, and decentralized.cloud propose evidence-bound route, venue, and resource candidates consumed by wallet.network and Hypervisor — under authority, with receipts. They are intelligence engines, not custodians or execution owners.

decentralized.* Roadmap Context

decentralized.* is the Routing surface in the IOI roadmap. decentralized.exchange, decentralized.trade, and decentralized.cloud propose evidence-bound route, venue, and resource candidates consumed by wallet.network and Hypervisor — under authority, with receipts. They are intelligence engines, not custodians or execution owners. This surface spans Built substrate through Horizon 5 — public commitments and should route technical readers to the canonical evidence behind each status claim.

Roadmap Records

The decentralized.* surface currently contains 3 roadmap records. Each record has its own canonical URL, horizon, status, and evidence profile so readers can distinguish implementation claims, publications, previews, active cuts, and future direction.

  • IIP-064: decentralized.cloud candidate plane is Shipped implementation in Built substrate with scope: Evidence-bound candidates, quotes, placement decisions, and wallet-gated cross-provider failover with auto-failover triggers across Vast, RunPod, Lambda, Akash, AWS, and GCP.
  • IIP-065: Exchange and trade candidate clients is Active implementation in Horizon 0 — contract convergence with scope: SDK candidate-source clients exist; live route and venue services remain deployment work, with authority tiered from read-only through paper to restricted live.
  • IIP-066: Routing receipts and fee eligibility is Evidence-gated in Horizon 5 — public commitments with scope: RoutingDecisionReceipts with fee eligibility only when real candidates were compared, under marketplace neutrality.

Evidence Links

Evidence links connect this roadmap surface to papers, repositories, releases, developer documentation, or product surfaces. They are part of the canonical internal-link graph for IOI.