GenesisL1 CHAIN 29
GitHub Whitepaper Explorer

GenesisL1 Distributed ledger for decentralized science data, assets, applications and protocols

GenesisL1 is a public Layer 1 where data, machine-learning models, tokenized digital assets and web3 applications become verifiable, programmable and composable. Researchers, developers, institutions and autonomous software can build in one shared environment—from biomedical science, bioinformatics, molecular medicine, in-silico drug discovery and longevity research to AI agents, decentralized applications and new digital institutions.

Read the whitepaper Explore GenesisL1
CORE PRIMITIVES / 01—04OPEN · COMPOSABLE · PERMISSIONLESS
01Data & digital assetsTokenize · verify · license
02Models & computationDeploy · infer · replay
03Applications & agentsCompose · automate · exchange
04Public infrastructureSecure · govern · fund
Molecular viewport Synthetic protein fold
Interactive / live
Drag to rotate · scroll to zoom
Atoms 184
Bonds 196
Render Ball + stick
Status Ready

Exact PDB structures are one example of data becoming a tokenized, model-readable object that applications can verify and compose.
01 / Molecular & genomic scienceMOLECULAR DATA · BIOINFORMATICS · DISCOVERY

From molecular structure
to biomedical insight.

GenesisL1 turns structures, sequences and datasets into durable, contract-readable web3 objects. MOLNFT provides the molecular substrate; GL1-Seq and peptl extend the same blockchain architecture toward bioinformatics, molecular medicine, peptide design, in-silico drug discovery and longevity research.

The ledger proves exactly which data and computation produced a result. Laboratory and clinical evidence still determine whether a biomedical claim is valid.

MOLECULAR MEDICINE PIPELINEEXACT INPUT →︎ REPLAYABLE RESULT
LIVEMolecular corpusIN PROGRESSGenomic layerCOMING SOONPeptide lab
Explore molecular & genomic infrastructure Open the biomedical ecosystem
02 / Verifiable AIMODEL NFT · DETERMINISTIC INFERENCE · AGENT ACCESS

Models that can be rerun,
not merely trusted.

Models can be serialized, tokenized and invoked as public software. GL1F executes deterministic gradient-boosted inference on-chain, and compact neural inference has already been demonstrated inside the EVM.

Institutions, applications and autonomous agents can replay the same model on the same input without depending on a private operator, mutable API or opaque service.

FOREST RUNTIME / CHAIN 29SAME MODEL · SAME INPUT · SAME RESULT
MODELContent-addressed bytes
EXECUTIONInteger / fixed-point
RESULTByte-exact on every node
01Exact dataMolecules · sequences · datasets
02Model NFTWeights · identity · license
03On-chain inferenceDeterministic execution
04Replayable resultProvenance · access · monetization
GL1F / CONTRACT-NATIVE AGENT API

The contracts are the API.

Programs and LLM-driven agents can discover Model NFTs, verify exact model bytes and licenses, call deterministic inference, purchase access, settle in L1 and route revenue to model owners without trusting a private service operator. The same open surfaces let agent builders deploy, tokenize, list and monetize new models for downstream software.

INFERENCE / LIVEMODEL MARKET / LIVEAGENT CREATION / ACTIVE DIRECTION
01discover(query)MODEL ID
02verify(modelId)HASH · LICENSE
03predictView(features)BYTE-EXACT RESULT
04buyAccess / settleL1 · OWNER REVENUE
Explore verifiable AI Open GenesisL1 Forest
GL1F / AGENT INTERFACELIVE INFERENCE · OPEN MODEL ECONOMY
Decentralized API for programs and agents

Software can discover, call and economically use models without trusting a private operator.

LLMs, autonomous agents and ordinary programs can work through GL1F to verify model bytes, invoke deterministic inference, purchase access and settle in L1. The same interface is designed for agents that train, tokenize, list and monetize their own models—so downstream users can replay the commitment instead of trusting a mutable endpoint.

GL1F inference / liveAgent deployment / active directionOpen GL1F ↗︎
03 / Architecture & protected IPDATA · COMPUTE · RIGHTS · SETTLEMENT

One ledger from evidence
to protected IP.

GenesisL1 binds exact data, executable models, results, payments and rights into one inspectable lineage. Scientific state is not an attachment to the network; it is what the network is designed to preserve and execute.

Native EVM (Ethereum Virtual Machine) execution keeps Solidity, wallets and JSON-RPC familiar while the protocol stack adds science-specific data, inference and confidentiality primitives.

01 / TOKENIZE

Scientific objects

Molecules, sequences, datasets, models, results and licenses become citable, portable state.

02 / COMPUTE

Deterministic execution

Smart contracts and on-chain models transform exact inputs into independently replayable outputs.

03 / PROTECT

Confidential IP

Public provenance and transferability coexist with encrypted content and controlled disclosure.

04 / SETTLE

Programmable rights

Access, licensing, royalties, grants and exchange settle through transparent on-chain rules.

CIPNFT / LIVE MAINNET

Your IP. Encrypted. Tokenized.

CIPNFT stores ciphertext—not a URL—on-chain, uses owner-bound envelopes and buyer-safe escrow, and can wrap decryption keys with ML-KEM post-quantum cryptography for long-horizon confidentiality.

01DeliverBuyer-specific envelope
02VerifyDecrypt locally
03FinalizeTransfer + escrow release
Explore the architecture Open CIPNFT
04 / Protocols & institutionsLIVE APPLICATIONS · PLANNED SCIENTIFIC DAOS

A live protocol stack.
A wider institution layer is coming.

Live applications already span molecular data, deterministic models, encrypted IP, datasets and public network tools. Each protocol is a building block another dApp, institution or autonomous system can call.

Planned scientific DAOs add transparent treasuries, grants and contributor systems—using the chain as an operating environment, not only a monetary rail.

LIVE / DATAMOLNFTMolecular structures↗︎ LIVE / MODELSGL1FDeterministic inference↗︎ LIVE / IPCIPNFTEncrypted ownership↗︎ LIVE / DATASETSDatasetNFTPortable research data↗︎
SCIENTIFIC DAO ENGINE / PLANNED · NOT YET LIVE

Turn protocols into community-run institutions.

Existing DAOs will be able to onboard, and new organizations to launch from scratch, connecting transparent treasuries, contributors, data, models, protected IP and L1 community-pool grant proposals.

FUNDOPERATEFEDERATE
Explore the DAO roadmap
Explore the complete ecosystem Read the scientific DAO roadmap
05 / NATIVE ASSET

L1coin - the native asset of the GenesisL1 blockchain.

L1 coin is the native utility cryptocurrency and functional backbone of GenesisL1. It pays for data storage, Model NFT deployment, deterministic inference and every EVM (Ethereum Virtual Machine) transaction; it secures the ledger through staking, weights governance, and settles access, licenses and exchange across GenesisL1 dApps and scientific markets.

100% IN CIRCULATION

All native L1 supply exists in public on-chain circulation, with no issuer reserve or private allocation.

100% DISTRIBUTED TO
COMMUNITY

100% distributed outward to the community since network start, with the bootstrap account retaining no allocation.

01

Gas

Powers the network by paying for EVM (Ethereum Virtual Machine) transactions, storage and execution fees.

02

Stake & Secure

Secures consensus, validates blocks, and finalizes the ledger state.

03

Govern

Enables on-chain governance and community-driven protocol upgrades.

04

Exchange

The medium of exchange across every GenesisL1 dApp, protocol, and application.

05

Community Pool

A perpetual public-goods treasury funds the ledger, open infrastructure, dApps, protocols, audits and scientific applications.

06

Scientific Economy

Supports tokenized data, Model NFTs, inference, intellectual property and settlement across the scientific economy.

100%
IN CIRCULATION

All native L1 supply is visible in public on-chain circulation; there is no issuer reserve or private allocation.

100%
DISTRIBUTED TO COMMUNITY
SINCE NETWORK START

The bootstrap account distributed supply outward to the community and retained no allocation.

A single native utility asset for data storage, model deployment, inference, governance, staking, settlement, public-goods funding and scientific application exchange.

CURRENT GOVERNANCE PARAMETER 20%

of each block’s inflationary L1 issuance is routed automatically to the community pool.

Perpetual public-goods funding

The scientific commons funds itself.

The on-chain community pool has existed since network start and is replenished every block. Under the current governance-set parameters, 20% of new L1 issuance flows to the pool, alongside eligible fee allocations, slashed stake and direct donations—creating a perpetual budget for the public ledger, open molecular and genomic data, reference models, audits, scientific dApps, future DAO grants and other shared infrastructure.

Funds can move only through public on-chain proposals. Every bonded L1 staker can participate in voting, including independently of the validator to which they delegate. Planned scientific DAOs will be able to submit transparent grant requests with public objectives, budgets and milestones.

01ReplenishEvery block
02ProposePublic on-chain request
03VoteBonded L1 stakers
04FundPublic goods
GenesisL1 / data · models · ownership · public goods · open applications

Build what others can
independently verify.

Publish data, deploy models, protect intellectual property and create applications on a public Layer 1 designed for transparent provenance, deterministic execution and community-governed infrastructure.

Explore ecosystem Explore the full overview