What Is Universal Manifest?
The core idea: one portable signed envelope for identity, credentials, preferences, and permissions.
Watch and learn
Short videos that build on each other. Start with the overview, then follow the branch that fits you. Each one carries the same idea one step further: a portable, signed envelope that holds your identity, your assets, how you present yourself, and the permissions you set, and presents the right version of you whenever two parties meet.
The core idea: one portable signed envelope for identity, credentials, preferences, and permissions.
A map of Universal Manifest's five regions, from today's ready capabilities to what comes next.
How 3D models carry authorship and usage terms across tools and worlds.
How Universal Manifest carries private signed provenance for 3D assets across formats.
How proof you control travels with you so apps and worlds recognize the same you.
How you share what you choose, keep the rest private, and revoke permission later.
How identity, preferences, and belongings travel with you instead of being left behind.
How you run your own profile and choose exactly what each encounter receives.
How Universal Manifest wraps existing standards with portable trust instead of replacing them.
How Universal Manifest gives RP1 a portable envelope for identity, assets, and permissions.
How organizations get governance, compliance, and audit trails for shared data.
Where Universal Manifest appears across smart glasses, homes, factories, vehicles, and robots.
What the shared receipt proves after an exchange.
How to prove eligibility without revealing underlying data.
How you let an AI assistant act for you inside strict authority boundaries.
How spaces check age or suitability without learning who you are.
How systems verify software is genuine before running it.
How a device advertises its abilities so nearby systems know how to connect.
How manifests distinguish humans, AI systems, organizations, and services.
How a manifest subject binds to DIDs and verifiable signatures.
How verifiable credentials ride inside a signed manifest.
Explains privacy-preserving identifiers for separate service encounters.
Explains the durable record of what a user consented to share.
How subjects share only the claims a service needs.
How sensitive sensor streams stay governed by consent.
How organizational policy constrains consent behavior.
How two parties request, disclose, accept, and record terms.
Explains portable avatar preferences, parametric state, and asset pointers.
How preferences follow a subject without platform cookies.
How C2PA file provenance pairs with identity and consent.
How DIDs name subjects, issuers, and signing keys beneath the manifest.
How issuer credentials ride inside a holder-signed manifest.
How canonical JSON and Ed25519 combine into a portable signature profile.
How per-purpose consent rides above sensor access so evaluators fail closed.
How glTF avatars keep format while manifests carry trust.
How an RP1 place address becomes a consent-gated bookmark.
How visitors prove RP1 service access locally.
How RP1 checks permission before anything is built into a sub-world or overlay.
How RP1 worlds verify imported assets before loading.
How layered RP1 worlds stay permissioned as you move.
Explains governance needs for organizational deployments.
An AR maintenance shift with trust and audit records.
How accessibility preferences travel across systems.
How delegated agents show provenance and authority limits.
How a manifest identifies an actor as a person, AI, organization, or service.
How a space verifies you are a real person without learning who you are.
How you prove one fact, like age eligibility, while keeping details private.
How spaces get only the eye, hand, or room sensing they need.
How a compact avatar profile points to richer assets so you appear in a new world.
A factory-floor trust check between technician and machine.
How autonomous vehicles share intersection data with verified trust.
How autonomous machines prove identity before joining a working group.
How people declare consent choices to sensing networks around them.
How a 3D scan carries proof of where and how it was captured.
How discovery personalizes results without storing who you are afterward.
How new devices join your home while household privacy rules stay in force.
How wearables exchange consent with nearby people.
How avatar look, behavior, and sharing choices travel across worlds.
How reputation and verified credentials move with you between platforms.
How your phone becomes the credential you present at physical checkpoints.
How spaces tailor access by age or suitability without learning who you are.
More explainers are being published. This page lists the ones that are ready now and adds new ones as they go up.
The use cases put the handshake in eighteen everyday rooms. The specification is the technical reference for implementers, every rule the receiver runs.