Record Moment
Use when the thing itself is the moment.
- States: this happened, at this time, under this code/pulse/path.
- Creates a deterministic portable file for later verification.
- Useful for event, statement, agreement, and delivery claims.
A sealed file stays verifiable when it moves.Byte change => copy status. Verification fails.
The file verifies itself. Verify links (/v/...) are optional public convenience.
File matches the sealed record, or verification fails.
Verify locally. No account required. Fully offline verification is supported.
Share by text, email, AirDrop, or cloud without stripping proof.
If it can be verified, it can gate access, login, and social claim experiences.
Different starting points, same outcome: a file-based proof object that verifies.
Use when the thing itself is the moment.
Use when you already have a file or folder and want built-in verification.
Shared outcome
Proof in the file. If the file bytes match, the file is verified. If not, verification fails.
Seal File from a moment claim or from an existing file/folder.
Send the file anywhere: text, email, AirDrop, cloud, DM.
Anyone checks the file locally, or fully offline. No account required.
Optionally record holder order, claim record, and status for social experiences.
Use file possession as access, login, ticketing, or portal credential.
Practical and direct: verify files and remove tampering ambiguity.
People argue over screenshots, edited exports, and conflicting send-history claims.
The file is the proof object. Verification runs on file bytes, so it either passes or fails.
Receiz is format-agnostic: one file verification model across file types.
Different formats need different trust rules, and many have none.
A single Verification primitive works across documents, media, and packaged bundles.
The event itself can become a stable, verifiable record.
Important moments are tracked in chats and screenshots that drift over time.
You can record “this happened” as a deterministic record with time, code, pulse, and path.
Operational proof for delivery, billing, and audit conversations.
Teams burn hours debating who changed what, when, and where.
Deterministic file verification resolves common disputes quickly.
Credibility from file verification, not account trust.
Authority is often inferred from platform handles, reposts, and screenshot claims.
File verification proves integrity and issuance continuity across channels.
The file itself becomes the key.
Passwords, links, and screenshots are routinely leaked, copied, and forged.
Access can be granted only when a true file is presented and verified.
Identity flows can start with file possession, not username/password.
Traditional login is brittle: password resets, leaked credentials, and phishing.
File-based login can create a session from verified file possession.
Claim index records and status can be verifiable and shareable.
Early-claim status is often not independently verifiable.
Systems can issue claim index records and optional identity bindings.
Build gated routes that open only for verified file holders.
Most gated experiences rely on weak keys or wallet patterns users dislike.
File verification can power multi-stage access control without wallet dependencies.
Infrastructure route for existing products and operations.
Critical versions drift silently and internal distribution channels are hard to trust.
Deterministic verify checks can gate workflows, distribution, and audit trails.
Verified files and settled value follow one contract: deterministic fields, replayable ledger history, and proof-attested transfer continuity with strict redemption controls.
Value moves as a sealed portable instrument with deterministic fields and strict claim controls.
Hold sealed settlement value in one account with USD-readable balance, deterministic posting, and append-only ledger continuity.
Run card deposits and direct sends with normalized integer settlement fields so replay and reconciliation stay stable.
Mint transferable settlement notes (PNG/PDF/JSON) for offline movement without breaking verification continuity.
Verify packet authenticity and claim state before credit posts, preventing invalid or duplicate settlement claims.
Use private account history and public pseudonymous outputs that share compatible proof bundle structures.
Keep custody state in integer SLU micro-units with fixed-denominator conversion and explicit half-up rounding.
Each capability below maps directly to an active route in the current product.
Users can verify files locally and offline. Verification authority stays in file bytes, not in session state.
PNG/PDF/SVG/JSON/media/binary and folder package flows are already implemented. Files carry deterministic, file-level proof material.
AssetSeal keeps origin fixed while appending custody/authorship events, so provenance can grow without rewriting the file.
WireProof converts payout events into sealed files with verifier URLs and optional signing for approval workflows.
Published schemas/test vectors enable independent implementation and verifiers at versioned boundaries.
You can embed the Verification primitive into your own apps, portals, and automation layers using documented developer routes.
Sealed files can be verified, used for access control, and used for claim workflows under one deterministic contract.
Use Receiz as a primitive inside your own product: verification, gating, custody, and workflow automation.
Files can be verified across online and offline environments, operational workflows, and public distribution. Verification remains bound to the file.