kti.flow

Governed Trust Infrastructure

kti.flow provides the infrastructure where trusted knowledge is registered, resolved, governed and exchanged.

The Molecule

Proves what something is.

Immutable. Portable. Travels with the knowledge.

kti.flow

Institutional Memory.

The governed trust infrastructure. Records molecule registration, lineage, trust events, economic events, rights states and governance decisions. Never stores primary knowledge content.

kti.flow — Fabric

Connective Fabric.

The distributed execution layer. Synchronisation, resolution, event propagation, integrity validation, and trusted connectivity between participants.

Architecture

From Knowledge Core to Settlement

A Knowledge Core is sealed into an FPA Molecule. The Molecule is registered with kti.flow. From that point, kti.flow records every retrieval, consumption and economic event — without ever touching the Molecule. kti.flow propagates those fabric events across participating infrastructure.

The Knowledge Core is the meaning.

Canonical content, semantic structure, extracted meaning, structural metadata. Answers: "What is this knowledge?"

The FPA Molecule is the proof.

Immutable trust container. Embeddable in AI systems, stored in vector databases, passed across networks.

kti.flow is the institutional memory.

Records what has happened to every trusted knowledge object. Append-only. Nothing is ever overwritten.

kti.flow is the connective fabric.

Synchronisation, resolution, event propagation, and integrity validation — distributed reliably across participating ecosystems.

Click any node to explore its role in the architecture.

kti.flow — Fabric Layer

The Distributed Execution Fabric

The kti.flow fabric layer provides the distributed execution capability — ensuring trusted records are available, resolvable, and propagated across participating infrastructure. Where the registry layer defines what should be recorded, the fabric layer ensures it happens reliably at scale.

01Synchronisation

Ensures trusted records are available across participating infrastructure — molecule registrations, lineage updates, trust events, economic events.

02Origin Resolution

Trusted resolution: VSID → Molecule ID → Knowledge Lineage → Knowledge Core Version → Verification State.

03Fabric Event Propagation

Moves immutable fabric events through the distributed fabric — validation, retrieval, consumption, settlement.

04Integrity

Maintains event hashes, timestamps, continuity chains, and full audit history across all participating nodes.

Closest Analogies

DNS + PKI + Git + Financial Settlement + Audit Ledger

— but designed specifically for trusted knowledge.

DNS

Origin resolution — finding the Molecule via VSID

PKI

Trust verification — identity and signatures

Git

Lineage tracking — immutable version history

Financial Settlement

Bilateral economic fabric event processing

Audit Ledger

Append-only, tamper-evident fabric event record

Infrastructure Roles

What kti.flow Provides

Molecule Registry

Every Molecule is registered with kti.flow. Identity proofs are stored — not the Molecule itself. The Molecule remains portable.

molecule_id
VSID
Root Hash
Knowledge Core Hash
Knowledge Lineage ID

Knowledge Lineage Registry

Every Knowledge Core version is permanently addressable. Knowledge evolves by appending new versions. History is never overwritten.

knowledge_lineage_id
knowledge_core_version
previous_version
previous_hash
continuity_marker

Trust Event Ledger

Every trust event — creation, validation, verification, challenge, certification — is recorded as an immutable append-only fabric event.

Creation
Validation
Verification
Challenge
Revalidation
Certification

Economic Event Ledger

Every economic event — retrieval, consumption, licensing, AI inference, citation, settlement — is an immutable fabric event attached to the Molecule.

Retrieval
Consumption
Licensing
AI Training / Inference
Citation
Settlement

Independent Timestamp Authority

No participant controls event time. Every fabric event receives three independent timestamps — preventing gaming or retrospective modification.

event_received_time
event_authorised_time
event_recorded_time

Settlement Infrastructure

Consumption becomes a bilateral economic fabric event. kti.flow performs settlement automatically. The creator never invoices manually.

Rights verification
kCv score captured at consumption
Settlement Value calculated from kCv + rights + policy
Default policy (illustrative): Creator 70% / Platform 20% / Validator 10% — configurable per Agreement
Append-only settlement record

Fundamental Design Rules

The Architecture Is Non-Negotiable

01

Molecules are immutable.

Once created, authenticated and hashed, a Molecule never changes.

02

Knowledge evolves by appending new versions.

New KC versions create new Molecules. History is preserved.

03

kti.flow never overwrites history.

Every fabric event is append-only. Nothing is edited. Nothing is deleted.

04

Every fabric event is independently timestamped.

No participant — consumer, creator or provider — controls event time.

05

Every fabric event is cryptographically hashed.

Each event generates its own tamper-evident hash.

06

Economic events are fabric events, never Molecule properties.

Consumption never modifies the Molecule. It appends an Economic fabric event to kti.flow.

07

Settlement is performed from Economic fabric events.

The infrastructure settles automatically from the event ledger.

08

The complete history is always reconstructable.

Every KC version, trust event, and economic event is permanently addressable. Consumer and provider timestamps are never considered authoritative — the Origin Time Authority timestamp is part of the event hash.

Economic Infrastructure

Bilateral Settlement

Default Settlement Policy — Illustrative

Every consumption event becomes an append-only bilateral economic fabric event. No event may be updated or deleted. kti.flow verifies rights, captures the kCv confidence score at consumption, calculates the Settlement Value, and records settlement automatically.

kCv is a confidence score, not a price. The Settlement Value is derived from kCv at time of consumption. Each economic event requires: event_id, event_type, molecule_id, knowledge_lineage_id, consumer identity, provider identity, rights policy reference, kCv value, requested timestamp, origin timestamp, and event hash. The Origin Time Authority timestamp is part of the event hash — preventing retrospective alteration, settlement manipulation, and consumption disputes.

Creator70%
Platform20%
Validator10%
Default distribution rule — configurable per Knowledge Core via L4 Rights Layer. This is AuthOrigin's reference policy, not a fixed system rule. Any Agreement may specify a different distribution, or none.

Settlement Flow

01

Consumer retrieves Molecule

VSID resolved via kti.flow

02

Rights verified

L4 Rights + L5 Policy checked

03

Fabric economic event created

Independently timestamped + hashed

04

kCv score captured at consumption

Confidence in evidence chain locked at moment of use

05

Settlement Value calculated

Derived from kCv + rights + policy; distribution rule applied

06

Settlement fabric event appended

Immutable — audit trail updated

Foundation

Knowledge Core = Meaning.

FPA Molecule = Proof.

kti.flow = Institutional Memory.

kti.flow (fabric) = Connective Execution Layer.

Together they create trusted knowledge infrastructure for the AI era — where every registration, verification, consumption, and settlement is recorded as an immutable fabric event, with complete transparency, provenance, and accountability.

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