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What WAI is: the pipeline, the registered capabilities, the reference implementation and how the standard is governed.

Why WAI is built for a sink that computes: the eras of delivery, the path hop by hop, and where each part stands.

A reference survey of media codecs, with the ones WAI registers marked.

WAI is a container + capability dispatch standard.

Every WAI extension, grouped by topic and mirrored from the canonical text.

Motion as instructions: ship a signed stream of joint transforms — a skeleton, not a video of a body — and the sink skins a mesh by the deterministic pose.

Makes capability dispatch (WAI SPEC.md §4) a precondition check rather than a binary claim, by ingesting the constraint-set grammar and register pattern the broadcast-IP world already ratified.

This extension makes a WAI payload private.

Registers the derivation operations of ISO/IEC 23001-16:2021 as wai.derive.* capability strings, each with a per-operation determinism tier, and states how a tier composes over a derived sample.

Names the spectrum of reproducibility guarantees a neural capability can make, so a manifest can declare which one it satisfies and a verifier knows what it may check.

Binds the energy a reconstruction cost to that reconstruction, as a companion to C2PA 2.4's c2pa.environmental-sustainability assertion.

Specifies how a joule figure is acquired, so that the joules_micro field the receipt profiles carry means the same thing in two independent implementations.

Touch as instructions: ship a keyframed intensity/sharpness envelope, the sink reconstructs an actuator signal.

This extension registers a cargo class for interactive worlds: media that consumes input.

This extension defines a JWP-shaped receipt chain that attests per-object delivery of WAI envelope objects through a chain of relays.

Ship a feature not as pixels but as the world that generates it (a sealed wai.world.replay) plus a camera track and a frame schedule.

Declares WAI as a streaming format over Media over QUIC Transport, so a WAI envelope is a first-class MOQT object rather than an opaque payload inside someone else's container.

An OER receipt records what one unit of work was, what it cost, how that cost is graded, and what it rests on.

Registers the wire forms a pin's digest may cover.

WAI does not reconstruct the asset; it carries the opaque bytes and a signed, energy-accounted lineage.

The verify-half of WAI (wai.asset.provenance's lineage, specialized) applied to the quantum processing industry.

A quantum computation shipped as instructions, not outcomes.

A cryptographic hard binding over the deterministically decoded pixels of a neural-coded asset.

Ship the composition, not the recording: a score of note events the sink synthesizes.

The audio analog of interactive-worlds: ship sound objects + a scene, render to the listener's own layout.

State as instructions: ship a signed op log of typed-field updates — a scoreboard, a telemetry stream, a market tape — not a recorded video of a dashboard.

Names the contract for media whose correctness is a downstream model's behaviour, not a byte comparison — the class determinism-tiers cannot express.

A quantum-inspired (tensor-network), classical, deterministic transform.

Adds an external encoding for WAI receipts so a party with no WAI tooling can check them, and a registration profile so a receipt's existence is independently witnessed.

Covers bearers with no return path — terrestrial broadcast, satellite, and multicast object carriage — where the sink receives and can never answer.

A scene that is volumetric and moves: ship a Gaussian cloud as per-Gaussian keyframed tracks, the sink interpolates the cloud at any frame and renders it with the EWA pipeline.

The reference implementation compiled to WebAssembly and run in the browser, one page per capability.

An integer inter-frame clip: integer block motion compensation plus an integer-quantized residual, decoded in the tab, with every frame's checksum re-checked against the native reference.

One reel carries a sealed world, the reel's camera shots and an embedded score.

A pretrained mean-scale hyperprior image codec, post-training-quantized to integers and decoded entirely in integer arithmetic in the tab, then checked byte for byte against the native reference.

The ISO/IEC 6048 entropy decode run in the tab on a stream from the standard's reference encoder: the decoded symbols reproduce on every machine and are checked against the native reference.

A small learned 1-D audio codec — integer transposed-convolution synthesis and integer IGDN over a factorized-rANS latent — decoded to 16-bit PCM in the tab, checked against the native reference, then played.

A learned Gaussian-splat attribute codec with integer synthesis, decoded to the per-Gaussian attribute tensor in the tab and checked against the native reference.

A sealed interactive session re-derives every state from its signed ops and converges to one state hash on every machine.

Drive a small integer world model with the arrow keys.

A film generated from a world travels as that world, a camera track and a frame schedule.

A moving Gaussian cloud carried as per-Gaussian keyframed tracks, interpolated and re-hashed frame by frame in the fixed-point floor.

A skeletal pose stream: bone transforms replay to one pose hash and skin a glTF mesh.

Sound objects and a scene, mixed for a declared layout in the fixed-point floor.

Music as note events, rendered to a canonical mixdown by a fixed-point synth; a soundfont is the sink's presentation.

Touch as a keyframed intensity and sharpness envelope, rebuilt to actuator samples that hash identically on every sink.

Typed state — a scoreboard, telemetry, a tape — carried as signed updates that converge to one hash whatever the arrival order.

A prompt and seed drive a fixed-point spectral synthesizer, so the same inputs produce the same image bytes on every machine.

Two tabs sign skeletal ops over a WebSocket relay and converge on the same pose hash.

Two tabs co-drive one world.

An MLS group derives a shared SFrame key; object payloads are sealed before publishing over a WebSocket bridge, so the relay forwards only ciphertext.

A signed, content-addressed lineage for content WAI does not rebuild.

A per-session manifest rendered as a function of the session class — ad breaks, blackouts and regional rules applied — and sealed in a receipt that binds the grant, the composition and the policy.

A course in quantum algorithmic design on classical hardware.

A quantum circuit Born machine trained in the tab on a classical state vector by the exact parameter-shift gradient, learning a distribution that needs interference; then the barren-plateau limit, made measurable.

A gate op-log simulated classically in fixed-point arithmetic; the reconstructed statevector is checked against the native reference.

Build or load a circuit, run it on the classical simulator in the tab, and inspect amplitudes, entanglement, measurement statistics and the recommended backend.

Calibration routines — Rabi, Ramsey, randomized benchmarking, readout, cross-resonance, DRAG and robust optimal control — each recovering a hidden parameter of a simulated device and sealing a signed calibration receipt.

Noise spectroscopy reconstructs a hidden dephasing spectrum from a dynamical-decoupling filter bank; filter-function control then reshapes the sequence against that spectrum.

Learns a sparse Pauli–Lindblad noise model from a simulated twirled-cycle experiment and seals it; a probabilistic-error-cancellation run then binds that exact model by its hash.

Zero-noise extrapolation, tensored readout inversion and classical shadows, each recovering an ideal expectation from a simulated noisy front end and sealing a receipt that binds the raw data, noise-model hash, method and seed to the estimate.

A fixed-point Relay-BP decoder for quantum LDPC codes, including the toric code and a bivariate-bicycle code.

Routes a Clifford circuit onto a coupling graph, proves the routed circuit equivalent to the source with a stabilizer-tableau check, and seals a certificate; the same check rejects a tampered circuit.

A linear-sum-assignment solver plans the moves that turn a partly filled trap array into a defect-free register, sealing a plan whose success verdict can be re-checked and rejecting a tampered one.

The stage receipts of one computation — a proven routing, a calibration, an atom register, a mitigation, a decode — assembled into one signed, content-addressed manifest.

Seal a signed, content-addressed receipt of a calibration run or a job under a grant, then watch verification fail when a field is tampered with or the grant's budget is exceeded.

What is in the standard, what is being built now, and the roadmap, dated.

The standards, protocols and drafts WAI binds or tracks, each with its issuing body and status.

Every page on this site, by group.

How this site is built to be accessible, and how to report a barrier.

What this site collects, and what it does not.

The terms for using this site.