Verifiability is how you prove developer intent. Congrats to the team on the milestone!
@LitProtocol brings that same verifiable standard to execution and sandboxing. Teams running on Lit can prove what's happening at runtime during transactions, training, or inference.
Lit Protocol usage is up 5x in the last two months.
If you’re automating transactions, Lit is the world’s best service.
It’s super fast, fully verifiable, and open source. Dive in today!
Did you know Lit Protocol can securely manage your API keys and app secrets? 🔑
Build cross-platform applications that bridge blockchains, CEXs, and traditional banking APIs - all secured with verifiable and open controls.
Result: fully non-custodial, verifiable execution across all chains and venues. No federated relayers. No hot multisigs. No backend you have to trust.
Read state on one chain → compute policy inside the TEE → sign and settle on another.
Open-source code that self-hostable with verifiable reproducible builds.
Lit Actions are immutable JavaScript programs stored on IPFS (content-addressed by CID). You write the logic once. It runs sandboxed inside the attested TEE with access to derived key material.
The enclave only executes what the Base contracts whitelist. Hardware attestation + on-chain governance make the whole chain of trust verifiable.
Authority is bound to on-chain state on @base.
These contracts govern:
-which keys can be used
-which code (Lit Actions) is allowed to run
-every permission and group membership
-Every change is auditable on Basescan.
Crypto automation is already here, with no silent upgrades and no trusted operator.
Lit is a programmable runtime that reads data from any source (any chain, any API, any oracle), runs your JavaScript inside a chain-secured TEE, and signs on any chain or HTTPS endpoint. Keys are generated and used only inside sealed TEEs.
No operator — including Lit — can ever see or extract them.
Sovereign systems are already live, verifiable, open-source, and moving millions in volume every day.
Here’s how @LitProtocol turned secure hardware + immutable smart contracts on @base into the daily driver for top cross-chain venues like @RelayProtocol and @EmblemVault 👇
Middle-power nations can’t win the AI compute war against foreign hyperscalers, but they make a play to rebalance power.
By mandating individually self-sovereign tech, they shift control directly to users and strip compute giants of leverage.
Flows is now open for early access 🙌
Describe anything you want your money to do, from treasury management to trenching, across DeFi (@aave, @Morpho), chains (@ethereum, @solana), CEXs (@binance, @coinbase) and every finance API.
Sign up or reply here to book an onboarding call.
@Shuarix Yes - thanks for sharing!
Lit connects key management to the blockchain, making authority verifiable.
This underlying capability empower systems like @RelayProtocol and @EmblemVault.
The more I learn about cross-chain infra, the more I think key management is the most underrated risk
Everyone focuses on speed, better UX, and faster execution, but none of that matters if the keys controlling liquidity become the weakest link
@LitProtocol has an interesting approach here by making signing verifiable instead of relying on blind trust in hot wallets
I think that's a direction we'll see more protocols explore as cross-chain activity keeps growing, the protocols that win will be the ones users, builders, and institutions can actually trust
Something new is coming, powered by Lit.
Think Replit for money: build, test, and deploy automations that work across DeFi and CEXs all without handing control to a black-box custodian.
Programmable money is about to get a lot more real.
Reply with "yes" for early access!