Cursor, Claude, and all the other coding agents weren't built for web3 and can't be trusted for writing smart contracts or deploying securely to blockchains. Nora was purpose-built so you can write, test, and deploy secure dApps with confidence.
Multi-chain deployments straight out of the box is seriously next level! I’ve run into headaches juggling networks before. How does Nora handle adding new chains as they launch?
Very interested in trying this. Can we also deploy to canisters using RUST or Motoko? Is there an MCP for Nora? Do I own the code? I need to know so much more! This is exciting!
FINALLY, something like this for web3! It's such an unpleasant experience having to explain to a Replit/Bolt/similar about smart contracts, web3 architecture... even basic stuff like having to detail how WalletConnect/Dynamic should be integrated, how ENS names should resolve... there's such a need for this. I suspect it may be too technical/not no/low-code enough for my use cases, but I'll be keeping a close eye, as I'd love to use this.
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Really interesting concept the shift toward local, secure AI feels like the right direction. Love how Nora is keeping things transparent and giving users more control instead of relying fully on cloud models.
Would love to see how it performs in real-world dev workflows.
Congrats on the launch! Curious if which programming languages are supported for smart contracts?
Congrats Luke! I’m really impressed by Nora’s deep focus on secure Web3 development. Given how AI-driven smart contracts are pushing the boundaries, what are some of the biggest technical and regulatory hurdles you see right now especially around things like scalability, energy use, and navigating different legal frameworks?
That's refreshing! Does it include built-in auditing or formal verification tools?
Most AI coding tools weren’t built for Web3 — they weren't tuned on smart contracts, on-chain deploys, wallet UX, oracles, gas, security... etc. Cursor, Claude et al have to be finagled to think in those terms, and even then, it's a stretch to get consistent results.
That's what Nora was solves for.
It plans from a single prompt, scaffolds the stack, writes smart contracts, generates real tests, runs locally, fixes issues, and deploys with confidence.
Nora speaks Web3 natively and sweats the details blockchain developers care about.
I worked with the team on sharpening the positioning and PH launch. They’re thoughtful, fast, and ship with integrity.
If you’re building serious Web3 apps, Cursor/Claude won’t cut it. You need something purpose-built.
Take Nora for a spin, then let the team know what needs improving. They’ll make it better fast.
Hi everyone 👋, Luke here.
For years I’ve been deep in Web3 — building core infra like HotStuff-based consensus and BlockSTM parallelism. Before crypto, I was an AI researcher at the MIT Media Lab.
I felt first-hand the pain of building dApps, and thanks to my background in AI, knew that LLMs could unlock a better way to write secure, performant decentralized applications (dApps). But it turns out that Cursor, Claude, and all the other coding agents are great at building web 2.0 React apps, they suck at Web3!
Thus Nora was born, the first AI coding agent for building secure Web3 apps.
We designed Nora from the ground up for smart contracts and blockchain: it can write, test, and deploy contracts end-to-end, surface security holes you might miss, and we’ve made it easy to bring in your existing projects and seamlessly add secure on-chain features.
We debuted Nora at ETHGlobal NYC 2025, and by the end of the event it was adopted by over 45% of the winning teams.
We’d love for you to download and give Nora a try — and to make it even more compelling, we’re offering 500 free subscriptions to 1 month of Nora Hacker tier to the first 500 sign ups from Product Hunt.
I’ll be here all day to answer any questions you have about Nora. Thanks for checking us out!
Security.txt file is missing.
Missing: https://www.mynora.ai/.well-known/security.txt