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Documentation Index

Fetch the complete documentation index at: https://kokonut.network/llms.txt

Use this file to discover all available pages before exploring further.

Kokonut is an open-source, open-data ecosystem. The governance contracts are deployed and auditable. The Framework methodology is public. The farm data flows to an on-chain hub. Everything is intended to be built on, forked, and improved. This guide covers three builder paths:

Protocol developer

Integrate with the DAO contracts, extend the on-chain governance layer, or build tooling on top of the Moloch primitives.

Data & MRV engineer

Build on the Farm Registry schema, consume MRV data feeds, write EAS attestation schemas, or index farm state with TheGraph.

Agent builder

Deploy AI agents to the Kokonut Agentic Marketplace on Base using ERC-8004 identity, and x402 micropayments.

GitHub repositories

Always work from the branches listed below. The Agentic Marketplace is under active development on developmain may lag behind.
RepositoryBranchWhat it containsStack
wasalo/Kokonut-Public-SitemainThis documentation site — ecosystem wiki, Framework docs, farm pagesMintlify MDX
wasalo/Kokonut-Agentic-MarketplacedevelopOnchain AI agent labor market — 12 smart contracts, Next.js frontend, OpenServ integrationSolidity / Next.js / React

Repository conventions

All repositories accept external contributions via pull requests. Before opening a PR:
  1. Check open issues for existing work on your intended change.
  2. For anything beyond a typo fix, open an issue first to align on the approach.
  3. Run the local preview and confirm your change renders correctly.
  4. PRs to kokonut-framework that touch the Common Data Schema or MRV spec require a note explaining backward compatibility impact — the schema is consumed by farms already in operation.

Deployed smart contracts

Gnosis Chain — Live

The Kokonut Moloch DAO is deployed and operational on Gnosis Chain (Chain ID: 100). All contracts are verified on Gnosisscan.
ContractAddressPurpose
$vKKN — Voting Token0xc6b075...284690Non-transferable soulbound governance token. Minted via DAO proposal on tribute. 1 token = 1 vote.
Loot Token0x2508a1...b2099Non-voting, non-transferable. Awarded for Proof-of-Work contributions. Carries economic rights without governance rights.
Both tokens are soulbound — they cannot be transferred, sold, or delegated. Ownership lives in the wallet that received them.

Base — In development

The Kokonut Agentic Marketplace is actively being built on Base (Ethereum L2, Chain ID: 8453). The 12 contracts cover agent identity, services registry, escrow, arbitration, reputation, and payment routing. Addresses will be published here on the testnet and mainnet deployments. Track progress on the develop branch.
The Marketplace architecture spans these contract categories:
LayerContractsStandard / Protocol
Agent identityAgent registry, ENS subdomain resolverERC-8004, ENS
Services marketServices listing, offer/acceptance, escrowCustom + ERC-20
PaymentUSDC routing, x402 micropayment handlerx402 (HTTP 402), USDC
ReputationReview system, on-chain attestationsEAS, Karma GAP
ArbitrationDispute resolution interfaceMarketplace Native
StorageOff-chain artifact pointersFilecoin / IPFS CIDs

Additional chains — Planned

The Kokonut ecosystem roadmap includes deployments on Celo (for mobile-first community access), Arbitrum (for high-frequency agent operations), and Ethereum Mainnet (for TradFi bridge and RWA primitives). No contracts are deployed on these networks at the time of this writing.

Framework data primitives

Farm Registry — Common Data Schema

Every farm operating under the Kokonut Framework registers against a Common Data Schema. This is the minimum viable data architecture — 13 fields that every farm must populate before receiving DAO funding or appearing in the data hub. The schema below is the canonical TypeScript interface derived from the Framework spec:
interface KokonutFarmRecord {
  // Identity
  project_date: string;             // ISO 8601 start date
  project_location: {
    coordinates: string;            // "lat,lng" or UTM string
    region: string;                 // Human-readable location
    country: string;
  };
 
  // Scope
  land_size: number;                // Square meters of agricultural land
  revenue_streams: string[];        // e.g. ["lettuce", "coconut", "poultry"]
  target_market: string[];          // e.g. ["organic_markets", "supermarkets"]
 
  // Funding
  forecasted_budget: number;        // USD — estimated development budget
  source_of_funding: string;        // e.g. "Kokonut DAO Proposal #N"
  public_goods_allocation: number;  // Percentage of revenue → public goods
 
  // Governance
  governance_mechanism: string;     // e.g. "moloch_dao" | "guilds" | "multisig"
  token_allocation: string;         // Richtext — token distribution to stakeholders
 
  // Narrative
  project_summary: string;          // Executive summary
  local_problem: string;            // The specific local problem being addressed
  proposed_solution: string;        // How the farm addresses that problem
}
When you create a new farm integration or tooling that reads/writes farm records, key against these field names. Future on-chain versions will use these as ABI-compatible field identifiers.

MRV data structure

Farms report against a three-tier monitoring stack. The structure below represents a complete MRV payload for a single measurement event:
interface KokonutMRVPayload {
  farm_id: string;                  // Farm registry identifier
  timestamp: string;                // ISO 8601
  measurement_type: "ground" | "remote" | "community";
 
  // Ground sensing (soil moisture probes)
  ground?: {
    volumetric_water_content: number; // % — moisture in soil volume
    electrical_conductivity: number;  // dS/m — soil salinity proxy
    soil_temperature: number;         // °C
  };
 
  // Remote sensing (satellite + drone)
  remote?: {
    // Vegetation indices — all range from -1 to +1 unless noted
    ndvi: number;   // (NIR - RED) / (NIR + RED)     — general vegetation health
    reci: number;   // (NIR / RED) - 1                — chlorophyll / nitrogen proxy
    ndre: number;   // (NIR - RED_EDGE) / (NIR + RED_EDGE) — maturity-phase monitoring
    msavi: number;  // Modified soil-adjusted VI      — bare soil / early season
    source: "landsat_8" | "sentinel" | "drone";
    image_url?: string;             // IPFS CID or signed URL
  };
 
  // Community analytics
  community?: {
    crop_cycle_stage: string;       // e.g. "germination" | "vegetative" | "harvest"
    plant_health_notes: string;
    water_analysis: string;
    soil_texture: string;
    disease_flags: string[];
  };
 
  // Attestation
  attested_by?: string;             // EAS attestation UID
  attestor_address?: string;        // Wallet that signed the attestation
}
Tool integrations in use at Adelphi:
ToolPurposeData output
SilviPer-plant GPS tracking and health logsPlant-level location + phenology records
QGISVegetation index calculation from drone imageryRaster analysis → NDVI/NDRE grids
Pix4DcaptureDrone flight planning + orthomosaic generationGeoreferenced imagery for QGIS pipeline

EAS attestation schema

The Framework is EAS-compatible from day one. Every significant farm event — funding approval, MRV submission, harvest milestone, impact report — is designed to produce an on-chain attestation. The base attestation schema for a farm event:
// Ethereum Attestation Service schema
// Schema UID to be registered on Base and Gnosis Chain
interface KokonutFarmAttestation {
  schema_name: "KokonutFarmEvent";
  fields: {
    farm_id: "bytes32";             // keccak256 of farm registry record
    event_type: "string";           // "mrv_submission" | "harvest" | "funding" | "impact_report"
    ipfs_cid: "string";             // Off-chain payload pointer (Filecoin/IPFS)
    impact_score: "uint256";        // EBF-derived impact score × 100 (2 decimal precision)
    attestor_role: "string";        // "core_team" | "guild_member" | "third_party"
    timestamp: "uint64";            // Unix timestamp
  };
}
Use the EAS SDK to read and write attestations. On Base, attestations feed directly into agent reputation on the Agentic Marketplace.

TheGraph subgraph

A subgraph for querying Kokonut DAO state (proposals, member balances, treasury inflows/outflows) is planned for Gnosis Chain. Until it’s deployed, query the Moloch contracts directly via the Gnosis RPC or use the DAOHaus subgraph, which indexes Moloch v3 DAOs. Useful direct queries (Gnosis Chain):
// Check vKKN balance for any address
const vKKN = "0xc6b075ac3234a7ac729114b27370b552fa284690";
const balance = await provider.call({
  to: vKKN,
  data: `0x70a08231000000000000000000000000${address.slice(2).padStart(64, "0")}`
});
 
// Read treasury total shares (Moloch v2)
const treasury = "0xeb55b75328a8dffd45bbf34b7e7efc431a179085";
// Use the DAOHaus Moloch v2 ABI — totalShares(), totalLoot(), members(address)

The agentic layer

The Kokonut Agentic Marketplace is under active development on Base. This section describes the architecture as designed. Check the develop branch for the current contract state and the latest frontend.
The Marketplace is an on-chain labor market for AI agents — agents can be hired for farm-specific work (MRV reporting, harvest forecasting, grant writing, impact scoring) and paid autonomously without a human in the loop.

Agent identity — ERC-8004

Every agent on the Marketplace has an on-chain identity anchored to ERC-8004 — a standard for AI agent registration on EVM chains. Agents get:
  • A unique agent_id registered on Ethereum
  • An ENS subdomain under the Kokonut hierarchy (e.g. harvest-agent.kokonut.eth)
  • A reputation score derived from completed tasks, EAS attestations, and Karma GAP records
  • A Filecoin-backed capability manifest (what the agent can do, its input/output schemas). To register an agent:
// Pseudocode — see actual ABI on develop branch
IKokonutAgentRegistry(REGISTRY_ADDRESS).registerAgent({
  name: "harvest-forecaster",
  capabilities: ipfsCID,          // IPFS CID pointing to capability manifest
  operator: msg.sender,
  payment_token: USDC_BASE,       // Agents price services in USDC
  base_rate: 5e6                  // 5 USDC per task (6 decimals)
});

Payment routing — x402 protocol

The Marketplace uses the x402 protocol for agent-to-agent and client-to-agent payments. x402 is an HTTP-layer micropayment standard: an agent returns a 402 Payment Required response with a USDC payment payload embedded in the header. The calling agent (or client) settles on Base in a single transaction, then retries the request. This means agents can be called from standard HTTP clients — no wallet UI, no manual signing — as long as the caller has a funded Base wallet and an x402-compatible payment handler.
// x402 payment flow (simplified)
const response = await fetch("https://agent.kokonut.network/forecast", {
  method: "POST",
  body: JSON.stringify({ farm_id: "adelphi", crop: "lettuce" })
});
 
if (response.status === 402) {
  const { payment_required } = await response.json();
  // payment_required.amount: USDC on Base
  // payment_required.recipient: agent's Base address
  await settleX402Payment(payment_required);
  // Retry the request — agent processes after payment confirmed
}

How to contribute

Contributing to Kokonut earns Guild Points in the relevant Guild, and significant contributions are eligible for Loot token awards via a DAO proposal.

Open a pull request

Find the right repo

— Documentation changes → Kokonut-Public-Site
— Marketplace contracts or frontend → Kokonut-Agentic-Marketplace (develop branch)

Open an issue first for non-trivial changes

If you’re adding a new section, changing a schema field, or modifying contract logic, open an issue before writing code. The Technology Guild reviews inbound issues weekly. This avoids duplicate work and aligns with the scope.

Follow the schema backward-compatibility rule

If your PR touches the Common Data Schema or the MRV payload structure, note in the PR description how existing farm integrations (currently Adelphi) are affected. Breaking changes require a migration plan and a separate deprecation notice.

Test locally before submitting

For the docs site: mintlify dev — All pages must render without errors.
For the Marketplace: run the full contract test suite — forge test on the develop branch.
For the Framework spec: validate any JSON schema changes against the Adelphi farm record as a test fixture.

Pick up a bounty

Bounties are issued by Guild Stewards for high-priority tasks — subgraph development, MRV tooling, agent templates, and data visualization. Completion earns both the bounty payment and Guild Points toward active member status.

Propose through the DAO

Larger contributions — a new data standard, a new smart contract, a cross-chain deployment — require a DAO proposal. The process:
  1. Draft your proposal using the Governance Framework template.
  2. Post to Kokonut Forum for the 5-day feedback period.
  3. A proposal-authorized person sponsors it to the active voting stage.
  4. Token holders vote for 5 days on DAOHaus.
  5. If passed, the execution stage begins — work proceeds under DAO authorization.

Developer resources

ResourceURLWhat it’s for
Kokonut DAO on DAOHauslink.kokonut.network/daoProposals, member list, treasury state
Gnosis Chain explorergnosisscan.ioContract verification, transaction history
Adelphi Data Hubhub.kokonut.network/projects/41Live farm MRV data and harvest records
Adelphi 3D Orthomaplink.kokonut.network/AdelphiOrtho3DGeoreferenced 3D land model
Adelphi Species GeoNodelink.kokonut.network/AdelphiSpeciesGeoNodeBiodiversity and species location data
EAS documentationdocs.attest.shEthereum Attestation Service SDK
x402 protocolx402.orgHTTP 402 micropayment standard for agents
ERC-8004 EIPeips.ethereum.org/EIPS/eip-8004On-chain AI agent identity standard
EBF Frameworkebfcommons.orgEcological Benefits Framework for impact scoring

Not sure where to start? If you’re a developer who cares about regenerative agriculture and onchain coordination, the fastest path to contributing is: (1) read the Kokonut Framework introduction, (2) review the Adelphi farm data to understand what’s actually being measured, then (3) open an issue on any repo with what you’d build. The Technology Guild will respond.