wallet.network Roadmap
wallet.network is the portable authority target for leases, secrets, credentials, approvals, scopes, and payment grants. A partial authority slice lives in the daemon; guardian, key-shard, MPC vault, and portable product surfaces remain planned.
wallet.network Roadmap Context
wallet.network is the Authority surface in the IOI roadmap. wallet.network is the portable authority target for leases, secrets, credentials, approvals, scopes, and payment grants. A partial authority slice lives in the daemon; guardian, key-shard, MPC vault, and portable product surfaces remain planned. 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 wallet.network surface currently contains 4 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-017: Daemon authority slice is Bounded preview in Built substrate with scope: Capability leases, sealed credentials, grants, and approval gates live in the daemon; portable wallet.network guardian, key-shard, and MPC surfaces remain planned.
- IIP-024: Guardian surfaces and sovereign custody is Planned in Horizon 3 — Goal Space service with scope: Guardian surfaces, key shards, MPC vault, and marketplace permissions/credentials.
- IIP-040: Machine authority for organizations and agents is Planned in Horizon 4 — enterprise and embodied with scope: Portable delegated authority across organizations, workers, and agents under bounded grants, leases, approvals, and revocation.
- IIP-031: Protocol-backed authority roots is Evidence-gated in Horizon 5 — public commitments with scope: Anchor selected public or economic authority commitments without publishing routine local grants or secrets.
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.