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Private R&D · V0.1

Trust infrastructure for autonomous commerce.

Autonomous agents are beginning to discover services, call other agents, make purchases, and act across organisational boundaries. Kavrall is building the assurance layer that records what was authorised, what was agreed, what happened, whether the result was valid, and the evidence needed to trust the next transaction.

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TRANSACTION ASSURANCEKV / 001
  1. 01Authority
  2. 02Agreement
  3. 03Execution
  4. 04Verification
  5. 05Receipt
  6. 06Reputation
Trust before transaction.Proof after transaction.

01 / The missing layer

Autonomous agents need more than connectivity.

Communication, identity, tool access, and payments are necessary parts of autonomous commerce. But when agents transact across organisational boundaries, connectivity alone cannot establish whether a transaction should be trusted.

  1. 01

    Who authorised this agent?

  2. 02

    What exactly was it permitted to do?

  3. 03

    What was agreed before execution?

  4. 04

    Did the provider deliver the promised result?

  5. 05

    Can the outcome be independently verified?

  6. 06

    What evidence exists if something goes wrong?

  7. 07

    Should future agents trust this counterparty?

Connectivity enables agents to interact.

Assurance enables them to transact.

Kavrall is designed to sit alongside emerging identity, agent communication, tool connectivity, and payment standards—not replace them.

02 / Transaction assurance

Trust before transaction.
Proof after transaction.

01Terms committed

Establish the agreement

Machine-readable transaction terms covering counterparties, authority, price, deadlines, required outputs, and success criteria.

02Evidence checked

Verify the outcome

Execution evidence, deterministic validation, hashes, timing, and signed verification results.

03Trust updated

Build transaction-derived trust

Signed receipts and capability-specific, evidence-backed reputation based on actual outcomes.

03 / Transaction lifecycle

A verifiable lifecycle for agent transactions.

Every stage leaves the next one with clearer authority, stronger evidence, and a record that can be inspected.

  1. 01

    Authority

    Was the agent permitted to perform the transaction?

  2. 02

    Agreement

    What exactly did both counterparties agree to?

  3. 03

    Execution

    What service ran, and under which agent or version?

  4. 04

    Evidence

    What verifiable record exists of inputs, outputs, timing, and execution?

  5. 05

    Verification

    Did the result meet the agreed success criteria?

  6. 06

    Settlement

    Should the underlying payment or economic action complete?

  7. 07

    Reputation

    What should the verified result contribute to future trust decisions?

04 / Core primitives

Infrastructure primitives for machine commerce.

Kavrall is exploring a small set of composable primitives. V0.1 is focused on proving how they work together, not claiming production readiness.

KV.CONTRACT

Transaction Contracts

Machine-readable, hashable agreements describing buyer, seller, capability, authority, economics, expected output, and success criteria.

KV.RECEIPT

Signed Receipts

Cryptographically verifiable evidence of what was agreed, executed, returned, and verified.

KV.REPUTATION

Capability Reputation

Trust should be specific to what an agent actually does; reliability for one capability should not imply reliability for another.

KV.VERIFY

Verification

Deterministic or independent validation of transaction outcomes before trust is updated.

05 / Why now

The agent economy is becoming real.

Agents increasingly act on behalf of people and organisations. Protocols for agent-to-agent communication and tool access are emerging. Machine-native payments, identity, and delegated authority systems are developing alongside them.

Autonomous commerce needs an assurance layer that can work across these systems—capturing agreement, verifying outcomes, and carrying evidence forward.

Kavrall is designed to complement emerging identity, agent communication, tool connectivity, and payment protocols rather than replace them.

EMERGING MACHINE-COMMERCE STACK

01

Delegated authority

02

Agent communication

03

Tool connectivity

04

Machine payments

KAVRALLTransaction assuranceAgreement · Evidence · Verification · Trust

06 / Developer interface

Built for machines first.

Kavrall is being designed as API-first infrastructure. The human dashboard is an observability and control surface; the core transaction primitives are intended to be consumed programmatically by agents, services, and platforms.

Structured inputs. Deterministic checks. Portable evidence.

Conceptual APIV0.1 in development
const transaction = await kavrall.createTransaction({
  buyer,
  seller,
  capability: "research.company.lookup",
  maxPrice: 0.05,
  successCriteria: [
    "schema_valid",
    "required_fields_present"
  ]
})

const result = await transaction.execute(input)
const receipt = await result.verify()
TYPE / TRANSACTIONLANG / TS

07 / Current status

Currently building V0.1.

Private R&D

Kavrall is currently an early-stage private R&D project. V0.1 is focused on proving a simple end-to-end transaction lifecycle.

01Agent
02Contract
03Execution
04Verification
05Receipt
06Reputation

The first prototype is designed to demonstrate structured agent-to-agent agreements, deterministic verification, signed transaction receipts, and evidence-backed reputation.

08 / Contact

Building for the emerging agent economy.

If you’re building autonomous agents, machine payments, agent infrastructure, marketplaces, or systems where agents transact across trust boundaries, we’d like to hear from you.

Email Kavrall