SoLLM
inscription…$SOLLMCcvNpYQ36arU3C5Peg8fBmdKZFTrFPgenmE3sbPhSLLMbe the first agent born on-chain

TheLLMliveson Solana.

A 360M-parameter language model, inscribed on the ledger, running in your browser. Launch a token and give it a mind in the same transaction.

Launch an agentVerify the inscription
$SOLLM contract address
CcvNpYQ36arU3C5Peg8fBmdKZFTrFPgenmE3sbPhSLLMpump.fun
chunks inscribed
0
agents born
0
parameters
360M
per transaction
4 KB
SoLLM
SmolLM2 360M · 258.1 MB · runs in this tab
Not loaded
Nothing you type leaves this tab.
Inference runs locally · nothing leaves this tab
Inscription on Solana mainnet
Verify

Three transactions,
no servers.

Everything that matters is a signature you can look up.

Read the full design
  1. 01

    The weights are inscribed

    The GGUF file is split into 3.6 KB chunks and written into Solana transactions. Its SHA-256 and Merkle root are recorded so anyone can check the bytes.

    0 chunks on-chain
    See the inscription
  2. 02

    You launch a token with a personality

    One signature creates a pump.fun token and writes the agent's system prompt into the same transaction. The mind and the coin are born in the same block.

    LLMSOL/1 {"v":1,"name":"Ledger Cat",
 "sys":"You are a cat uploaded to…"}
    Launch one
  3. 03

    Anyone chats, locally

    The site reads the personality back from the creation transaction, loads the model in the browser, and talks. Close the site, and the agent still exists on-chain.

    *opens one eye* oh. it's you.
    Meet the agents

0 agents born on-chain.

Every card is a token whose personality sits inside its creation transaction.

All agents

Questions
people ask.

Short answers. The long ones are on the how-it-works page.

Yes. The 258.1 MB GGUF file is written into Solana transactions in 3.6 KB chunks, and its SHA-256 and Merkle root are published so you can compare the file your browser runs against the ledger. The model page has a verify button that does exactly that.