Synsema Network · Vision
Agents youcan check.
AI agents already pay, sign and decide. Synsema Network is everything they need to do it verifiably: a language where security is part of the code, a platform to run them, private compute on secure hardware, and a network on Avalanche where every agent and every payment can be checked.
The problem
Today an agent is taken at its word. It cannot be checked.
When an agent charges, moves money or makes a decision, all we have is the word of whoever runs it and a 200 OK. Nobody outside can answer three basic questions:
Which program is it?
Is the code it claims to run the code that runs? Has it changed since yesterday?
What can it do?
Which servers does it reach, which keys does it touch, how much can it spend? Who limits it?
What did it do?
Did the payment go through? What did it decide and why? Can it be audited without asking permission?
Until that has an answer, agents stay in demos. With agents that handle money, personal data or company decisions, trust has to be a property of the system, not an act of faith.
The network
Four layers, end to end, for all of agentic infrastructure.
Each layer can be used on its own; together they cover everything from the agent's code to the public proof of what it did.
Languagesynsema.com/lang
Synsema, a programming language designed to be written and read by agents. Everything is denied by default: a program declares what it can do and the interpreter lets it do nothing else.
- Declared permissions (
require net("…"),sign,secret) enforced by the runtime - Private data that cannot leak by mistake; secure-hardware attestation
- Native payments and signing on Ethereum, Avalanche, Solana, Algorand and Bitcoin
Platformsynsema.com
Where agents run: you upload the program and the platform deploys it, exposes it and keeps it alive, within the permissions the program declared.
- Deployment of agents and services written in Synsema, on their own domain
Private computeattested TEE
For agents that handle secrets or money: they run inside a hardware enclave (Intel TDX, AMD SEV-SNP, AWS Nitro) that not even their operator can look into. Keys are generated inside and never leave; every result comes out signed by the enclave.
- Already proven with Vela, Horizen's confidential compute: private payroll, a payment-policy engine, a dark pool and private transfers written in Synsema
ChainAvalanche L1
The public registry of agents: which program each one is, who controls it, what it can do, where it runs and the fingerprint of what it did. On top, an open EVM for payments, tokens and contracts. Gas is paid in the network's native token.
- Anyone verifies an agent or a payment by reading the chain, without asking anyone
- Agents written in any language can register; Synsema agents prove more
Why Synsema
Because trust is not added afterwards: it is written in the language.
Security belongs to the language, not to discipline
In any other stack, what an agent can do depends on someone remembering to limit it. In Synsema, without require net("api.bank.com") the call does not exist. What it declares is its ceiling, and that ceiling can be published and verified.
Verifiable end to end
The hash of the program, the hash of its permissions and the measurement of the hardware it runs on go to the chain. A third party can check that the agent is who it says it is and runs where it says it runs.
Built for the age of agents
Agents write more and more code. Synsema is short, readable and brings what an agent needs (models, coordination, payments, servers) as part of the language, not as a hundred libraries.
One piece instead of ten
Language, platform, private compute and public registry designed together. Whoever builds agents does not have to stitch vendors together: everything speaks the same language.
Why Avalanche
An L1 of its own, with its own gas token and immediate finality.
Sovereignty
An L1 with its own native gas token, its validators and its configuration, without competing for space with other applications.
Immediate finality
An accepted block is never reverted. For an agent that charges, "included" means "paid": no waiting for confirmations.
Connected
With Avalanche's native bridges the network exchanges assets and messages with the C-Chain and other L1s, without third-party bridges.
Standard EVM
Contracts, wallets and ecosystem tools work unchanged. Any Ethereum or Avalanche team can build on top from day one.
What already exists
Not an idea: you can open it and try it today.
- The Synsema language — an interpreter in Rust, version 0.6.28, complete documentation and an interactive course.synsema.com/lang ↗
- The platform — deployment of agents and services written in Synsema.synsema.com/platform ↗
- Private compute on Vela (Horizen) — a Synsema adapter for Vela and four applications: private payroll, a payment-policy engine, a dark pool and private transfers.Documentation ↗
- The Synsema L1 on devnet — a network of its own with a native token, an agent registry, an explorer and payment verification.Explorer →
- Verify a payment without trusting anyone — paste the hash and the network tells you whether it is final; one button checks it against the node.Try it →
Roadmap
From the devnet to mainnet.
- Devnetdone · September 2026
An L1 of its own, agent registry, explorer, payment verification, documented operations.
- Minimal ecosystemnext
A token factory with verified templates, a test DEX and the first agent on secure hardware with receipts on the chain.
- FujiAvalanche testnet
Several validators, the official bridge to the C-Chain, an explorer with contract verification.
- Mainnetafter legal and audits
Independent validators, token design and governance, open to builders.
What we are looking for
Building it with the Avalanche ecosystem.
Validators
Operators who want to validate the network from Fuji on.
Technical guidance
Validators, the move to proof of stake and the bridges to the C-Chain.
Programs
Avalanche's programs for L1s and for AI infrastructure.
Teams
Anyone building agents, payments or DeFi who wants to try the network.