What Is Universal Manifest?
A plain-language overview of Universal Manifest: one portable, signed envelope that carries your identity, credentials, and preferences wherever you go.
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.
A plain-language overview of Universal Manifest: one portable, signed envelope that carries your identity, credentials, and preferences wherever you go.
How the same you stays recognizable across apps and worlds, with proof of who you are that you carry and control.
How you share only what you choose, keep the rest private, and can take that permission back at any time.
How your identity, preferences, and belongings travel with you from one world to the next instead of being left behind.
How you hold and run your own profile, and choose for each encounter exactly what the other party gets to see.
How Universal Manifest works alongside the standards you already use, adding a trusted wrapper rather than replacing anything.
How organizations use Universal Manifest for governance, compliance, and a clear audit trail of who shared what.
Where Universal Manifest shows up in real spatial computing settings, from smart glasses and smart homes to factory floors, vehicles, and robots.
What the shared receipt proves after two parties exchange information, and why both sides can rely on it later.
How you can prove a fact about yourself, like being old enough, without revealing the underlying personal data.
How you let an AI assistant act for you while strictly limiting what it is allowed to do on your behalf.
How a space can check age or suitability and tailor access, without learning who you actually are.
How a system confirms a piece of software is genuine and unaltered before it lets the code run.
How a device announces what it can do so nearby devices can decide what to share and how to connect.
How Universal Manifest carries the address of a place in RP1 as a signed, consent-gated bookmark that a world checks on entry.
How a visitor proves their RP1 service access to a world locally, without re-presenting credentials, leaving both sides a receipt.
How RP1 grants permission to build into a sub-world or overlay, checked at the point of entry before anything is added.
How an RP1 world verifies that every imported asset and module is genuine and not revoked before it loads into the scene.
How a main RP1 world and the worlds layered onto it stay separately permissioned and fully auditable as you move between them.
How a manifest states whether the actor is a person, an AI, an organization, or a service, so each is handled correctly.
How a space can ask for a sign that you are a real person without forcing you to reveal who you are.
How you can prove a single fact about yourself, like meeting an age limit, while keeping the underlying details private.
How a space can be granted the least revealing level of eye, hand, and room sensing it needs, and nothing more.
How a compact avatar description travels with you and points to the richer assets, so you appear instantly in a new world.
How a 3D model or avatar carries who made it and the terms it travels under, so it stays trusted across tools and worlds.
How a spatial environment checks that a piece of downloaded code is genuine, unaltered, and not revoked before it runs.
How your avatar look, behavior, and the sharing choices behind it travel with you across the boundary from one world to the next.
How a space can tailor what it shows by age or suitability, and confirm eligibility, without learning who you actually are.
How your phone becomes the thing you present at any physical checkpoint, replacing separate cards and vendor specific apps.
How wearables become socially workable through a quiet, automatic consent exchange between the people nearby and the recording device.
How a new device joins your home instantly and your household privacy rules are enforced without a separate app per brand.
How your social identity, reputation, and verified credentials move with you, so switching platforms never means starting from zero.
How a person can declare their consent choices to next generation networks that can sense the people around them.
How self driving vehicles from different operators can safely share what they see at an intersection with verified trust.
How a discovery service can personalize results at the moment you ask, without storing who you are afterward.
One concrete factory floor encounter: a technician and a heavy machine confirm trust and leave a sealed, audit ready record.
How a 3D scan of a real place carries proof of where and how it was captured, so receiving systems can trust its origin.
How autonomous machines prove their identity to each other and admit a new unit into a working group with verified trust.
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.