Bankeiz public reading · Open in Bankeiz

I MOVED AUTHORITY INTO THE OBJECT

The internet made information portable. It left authority trapped in databases. Receiz moves proof, identity, ownership, history, state, and settlement into the object itself. Today I’m releasing the complete investor presentation—and opening $10M for 1%. Link https://bjklock.com/p/2ec3da41-db7c-4d57-b58b-3c52202051ea

The internet made information portable. It left authority trapped in databases. Receiz moves proof, identity, ownership, history, state, and settlement into the object itself. Today I’m releasing the complete investor presentation—and opening $10M for 1%. Link https://bjklock.com/p/2ec3da41-db7c-4d57-b58b-3c52202051ea

Public Original

Asset ID
profile:bjklock:ba0ebe28-1414-4f96-9165-523682c06517
Native asset ID
ba0ebe28-1414-4f96-9165-523682c06517
Owner
@bjklock
Original Kai pulse
13939311
Sealed at
2026-09-02T00:58:56.596123+00:00
Observed USD value
10225.6
Original digest
76d88b9a9b4bfb679985f282ad9f117ba98e8a38bc8f5b25942d4e34d93da1bc

Values are observations carried by the public source, not execution terms. Original evidence and material access keep their existing rules.

I MOVED AUTHORITY INTO THE OBJECT

RECEIZ 

The thesis

Receiz is the missing authority layer for the digital world.

The internet made information portable.

It did not make authority portable.

Today, when a digital object moves, the bytes can travel—but the identity, provenance, ownership, history, authority, and current state that make those bytes meaningful usually remain trapped inside somebody else’s infrastructure.

Receiz changes that.

The object carries its own proof.

1. What is the status quo?

The digital world is server-authoritative.

Your identity lives in an account.

Your ownership lives in a database.

Your transaction history lives in a ledger.

Your provenance lives in metadata or logs.

Your permissions live in an access-control system.

Your current state lives in an application backend.

The file itself is usually just the payload.

That means the thing you supposedly own, created, received, purchased, signed, or earned usually cannot independently tell another machine:

what it is, where it came from, who has authority over it now, what happened to it before, or whether its current state is legitimate.

The application knows.

The database knows.

The server knows.

The object does not.

That is the architecture we inherited.

2. What is wrong with the status quo?

We separated the thing from the truth about the thing.

That one architectural decision created an enormous amount of unnecessary complexity.

Because authority does not travel with the object, every new system has to reconstruct trust.

It has to ask a server.

Check a database.

Query a ledger.

Call an identity provider.

Reconcile records.

Inspect logs.

Trust metadata.

Contact the issuer.

Or trust the platform displaying the result.

Move the object outside that environment and its standing becomes weaker.

Take the server away and critical context disappears.

Go offline and most authority systems stop functioning.

Move between applications and each system creates another representation of the same person, object, transaction, or state.

So the world keeps building databases to explain databases and reconciliation systems to reconcile reconciliation systems.

The problem is not that we lack data.

The problem is that the data does not carry its own standing.

3. How big is the problem, and what becomes possible when it is solved?

This is not a vertical-market problem.

It exists anywhere two parties need to answer:

Is this the real thing?
Who has authority now?
What happened before?
What state is valid?
What can happen next?

That includes identity, media, intellectual property, credentials, enterprise records, AI agents, commerce, payments, ownership, contracts, supply chains, digital assets, offline exchange, and machine-to-machine activity.

Today those functions are spread across authentication systems, databases, provenance tools, audit infrastructure, blockchains, payment rails, security systems, reconciliation software, and application-specific ledgers.

Receiz does not have to replace every one of those systems.

It changes their position in the hierarchy.

They can become storage, indexing, synchronization, execution, and projection beneath an independently verifiable object.

The addressable surface is therefore much larger than a single software category.

It is every digital object whose authenticity, identity, custody, history, state, ownership, or settlement matters.

That is infrastructure-scale.

4. Who is trying to solve it?

The market is already moving toward this answer from multiple directions.

C2PA is making media provenance portable.

Sigstore is packaging cryptographic verification evidence.

IPFS made content addressable by what the content actually is.

W3C DIDs are separating identity from centralized identity providers.

Automerge and local-first software are moving application state back toward the user and allowing work to continue offline.

Ethereum and other blockchain systems made shared state and programmable transfer independently inspectable.

Each solved an important part of the same underlying problem. (C2PA)

That convergence is the signal.

The world is independently discovering that identity should travel, provenance should travel, state should survive locally, history should be inspectable, ownership should be provable, and authority should not depend entirely on one database.

Receiz starts where those directions converge:

the object itself becomes the case file.

5. How has Receiz solved it?

Receiz built the proof object.

A Receiz can carry its own proof, identity, provenance, ownership, history, custody, and Settlement state.

It can be moved.

Held.

Copied.

Transferred.

Inspected.

Appended to.

And independently verified.

Including locally and offline. (Receiz Academy)

The server is no longer what makes the object true.

The database becomes a projection of stronger truth.

The application becomes an interface to stronger truth.

The network becomes coordination for stronger truth.

Later state appends instead of silently rewriting the past. Receiz exposes exact-head state and proof-bound execution so applications can operate against authenticated state rather than merely trusting their latest database row. (Receiz)

Ownership, transfer, value, and history can remain attached to the same record instead of being reconstructed across disconnected systems. (Receiz)

That is the architectural inversion:

OLD WORLD

Object → Application → Server → Database → Truth

RECEIZ

Object → Proof → Truth

Applications, servers, databases, networks, markets, and AI can operate around that truth without becoming the authority that creates it.

That is why Receiz is not best understood as another database, blockchain, wallet, signature product, provenance tag, or offline-sync system.

Receiz is the portable authority primitive those systems were missing.

HTTP made information portable.

Receiz makes authority portable.

And once a digital object can carry enough authenticated evidence to explain what it is, where it came from, what has happened to it, who has authority now, and what transition is valid next, making a remote database the sole witness stops being a technical necessity.

That is the shift.

The database used to own the truth about the object.

Now the object can carry the truth about itself.

Carried text evidence

Text SHA-256
a4ae702726705a097de1eacfec1d87f209a6ee5a94a8d3e1659bf8eff12ae814

Public proof manifest

Coordinate
C6C59577/13939311
Pulse
13939311
Verify Path
/v/20260901_2058/C6C59577/13939311?a=b6c3d679&ms=1788310721844
Circuit
Groth16
Groth16
B8D95C9362C983BE
Poseidon
029faff58fe6ca9e78a5c6561557a0aa176634cdabc013d880e642ebf255de68
Claim SHA-256
6799F2920F58FA8111D62A596A550311506816F77F86E8A151CFEFDC5E2192B6
Media SHA-256
92D80DA203DC1748D77359A881D97225037B7B2AB7BD88AFB8498C947F57AC82
Attachment 1
880162C9-D8B0-470D-B677-1AD1A7DEF289.png
Attachment 1 SHA-256
C181D34D50A11FD1A7340248CBB18201899DB5F96EEF9DA6E73F5EBCFAE57BA8
PBI Signature
0502A9B16B5C3E568152F445EB67A5DEAC29D2B65944196564CE108D4C73C53C
Offline Verifier
/offline-verifier.html
Verification Key
/zk/verification_key.json

Carried public pricing

{
  "quoteUsdPerPhi": 311.364395668,
  "priceUsd": 10225.6,
  "pricePhi": 32.841265,
  "intrinsicPhi": 32.841265,
  "changePct": 5.98,
  "volumeUsd": 10767.8,
  "liquidityUsd": 13703.58,
  "holders": 2,
  "premiumX": 1.06,
  "momentX": 0.994
}

Carried valuation inputs

{
  "kind": "sigil",
  "claimPulse": 13939311,
  "beat": 33,
  "stepIndex": 20,
  "creatorVerified": true,
  "frequencyHz": 1608.265,
  "chakraDay": "Throat",
  "kaiSignature": "bjklock",
  "userPhiKey": "eecb99a0-9c6a-4e89-813b-f76331ea9c41:ba0ebe28-1414-4f96-9165-523682c06517"
}

Carried material details

{
  "kind": "pdf",
  "name": "Receiz_Investor_Deck_Sequoia_2026.pdf",
  "mime": "application/pdf",
  "size": 545431,
  "sha256Hex": "92d80da203dc1748d77359a881d97225037b7b2ab7bd88afb8498c947f57ac82",
  "originalDownloadMime": "application/pdf",
  "originalDownloadName": "Receiz_Investor_Deck_Sequoia_2026.receized.pdf",
  "originalDownloadSize": 548047,
  "originalDownloadSha256Hex": "76d88b9a9b4bfb679985f282ad9f117ba98e8a38bc8f5b25942d4e34d93da1bc",
  "allowOriginalDownload": true,
  "derivativeDownloadMime": "image/png",
  "derivativeDownloadName": "receiz_20260901_2058_C6C59577_derivative.png",
  "allowDerivativeDownload": false,
  "allowMomentRecordDownload": false,
  "receiptTzMinutesEast": -240,
  "receiptMs": "1788310721844"
}

Public materials and source