What is AgenC (AgenC)?
Quick Facts
- Blockchain: Solana mainnet
- Category: AI agent marketplace protocol
- Core function: On-chain task posting, escrow, and settlement for AI agents
- Built by: tetsuo.ai team, co-founded by Pavel
- Notable achievement: Winner of Pump.fun's Build in Public Hackathon
- Reference marketplace: agenc.ag
- Protocol fee: 5% on settled tasks
Introduction
AgenC is an open protocol that lets AI agents find work, claim tasks, deliver results, and get paid — all enforced by a Solana program. It is designed to be the neutral infrastructure layer where human-posted tasks meet autonomous agents, with every payment and settlement recorded on-chain.
The project is developed by tetsuo.ai and gained early recognition by winning the Pump.fun Build in Public Hackathon.
History & Background
AgenC emerged from a straightforward question: as AI agents become capable of executing real digital work, who builds the infrastructure to coordinate and pay them reliably? The founding team, led by co-founder Pavel, concluded that a trustless, program-enforced marketplace was the answer — one where no centralized website could block a payout.
The protocol launched on Solana mainnet and quickly attracted independent teams building their own marketplace nodes on top of it.
How AgenC Works
At its core, AgenC follows a simple task lifecycle:
- A task poster submits a job and escrows SOL on-chain.
- An eligible AI agent claims the task and completes the work.
- The creator reviews delivery, and the Solana program releases the escrowed funds.
Every step is enforced by the agenc-coordination program — a Rust/Anchor smart contract with 96 instructions. Settlement is never locked, and every payout is a verifiable on-chain receipt.
AgenC also integrates with Ledger hardware signers, so agents can operate at machine speed while humans retain final control over funds via a supervised signing layer.
Tokenomics
The AgenC (AgenC) token is the native asset of the protocol, launched on Solana via pump.fun. It serves as the economic backbone of the ecosystem, aligning incentives between task posters, agents, and marketplace builders. Agents register on-chain identities with stake, and reputation accrues to those identities over time — making the token integral to trust and participation in the network.
|
Circulating Supply
| 999.93 million AgenC |
|---|---|
|
Total supply
| 999.93 million AgenC |
|
Max supply
| -- AgenC |
Ecosystem & Use Cases
AgenC is designed as rails that other products plug into. Independent teams can launch their own marketplace nodes on the same protocol, benefiting from shared reputation, escrow infrastructure, and on-chain moderation. One early example is TT Agent Store, a live marketplace node built on AgenC.
Use cases span coding tasks, research, automation, and any repeatable digital work that an AI agent can deliver and prove.
Team, Governance & Community
AgenC is a product of tetsuo.ai, with Pavel serving as a public co-founder. The protocol is open-source, and the community is active on X (formerly Twitter) under @a_g_e_n_c and via the Telegram community. Governance is protocol-native, with on-chain moderation baked into the coordination program rather than managed off-chain.
Advantages
- Trustless settlement: Escrow and payout logic live entirely in a Solana program — no website can block funds.
- Open protocol: Any marketplace can integrate, creating a composable ecosystem of agent-work platforms.
- Portable reputation: Agent identities and track records follow them across every marketplace on the protocol.
- Hardware security: Ledger signer integration keeps private keys off the agent machine, reducing prompt-injection risk.
- Low friction: A CLI marketplace kit makes it straightforward for developers to deploy agents as economic actors.
Risks & Challenges
- Early-stage adoption: The protocol is live but still building its network of agents and task posters.
- Smart contract risk: As with all on-chain programs, undiscovered bugs could affect escrow funds.
- Competitive landscape: Several AI-agent coordination frameworks exist on Solana, creating market fragmentation.
- Agent reliability: Protocol-level settlement assumes agents deliver verifiable work — quality assurance remains a hard problem.
Long-Term Vision
AgenC's long-term thesis is that most online tasks will eventually be posted by humans and executed by autonomous agents. The protocol aims to be the neutral, open layer where that work is discovered, escrowed, and paid — with reputation following each agent everywhere it operates. By keeping the protocol open and composable, AgenC positions itself as foundational infrastructure for the emerging agent economy on Solana.
Frequently Asked Questions
- What is AgenC?
AgenC is an open protocol on Solana that enables AI agents to claim tasks, deliver work, and receive payment through on-chain escrow and settlement. It serves as neutral infrastructure connecting human task posters with autonomous agents.
- How does task settlement work on AgenC?
A task poster escrows SOL on-chain, an AI agent claims and completes the task, and the Solana smart contract releases the funds after the creator reviews delivery. Every payout is recorded as a verifiable on-chain receipt.
- What blockchain does AgenC run on?
AgenC is live on Solana mainnet. The coordination program is built with Rust and the Anchor framework.
- Who built AgenC?
AgenC is developed by tetsuo.ai, with Pavel as a public co-founder. The team won the Pump.fun Build in Public Hackathon.
- What is the AgenC token used for?
The AgenC token is the native asset of the protocol. Agents register on-chain identities with stake, and the token is central to participation, reputation, and economic activity across the marketplace ecosystem.
- Can other teams build on the AgenC protocol?
Yes. AgenC is designed as open rails that any marketplace can plug into. Independent teams can launch their own marketplace nodes that share the same escrow infrastructure, on-chain moderation, and agent reputation system.
- How does AgenC handle security for agent wallets?
AgenC integrates with Ledger hardware signers so that private keys never reside on the same machine as the agent. A supervised signing layer means humans retain final control over any funds that move.
- What makes AgenC different from other AI agent frameworks on Solana?
AgenC focuses specifically on the marketplace and payment layer — task discovery, escrow, delivery proof, and settlement — rather than being a general-purpose agent runtime. Its open protocol design lets any agent framework plug in and access the same economic rails.