Every day that passes, otigen gets a little closer to v1-ready, and the story behind it is kind of a fun one. It actually started its life as a programming language. .oti extension, working compiler, the whole thing. But somewhere along the way, I caught myself walking the same path other networks walk, telling devs they have to learn yet another language before they can ship anything on the chain. And honestly, I just did not want to do that to people.
So otigen pivoted into what it is today, a pyde developer toolchain that lets you scaffold a contract in a language you already know, currently Rust, Go, AssemblyScript, C, and C++, and gives you everything you need around it, build, test, deploy, inspect, interact, basically the full loop. The flow is deliberately shaped to match Foundry, so if you have ever used it, you pretty much already know how to use otigen, and the learning curve stays soft for everyone else too.
For Rust devs in particular, otigen ships a small set of vendor helper macros into the scaffolded projects, just to take the boilerplate out of the way so you can stay focused on the contract.
And while the public testnet is still baking, the local devnet is fully alive today. One command and you have a chain running on your machine. Deploy contracts, send native PYDE between accounts, manage your wallet keystore, watch your transactions land, the full loop, locally, on your laptop.
Wanna try it out? https://t.co/jOgfmgnXhX
Soon, otigen will open up for public collaboration. If you have experience in a language not in the list yet (Zig, I am looking at youπ), or you want to write macros that improve the DX for your stack, there will be room for you. Everything follows a canonical spec you can read here: https://t.co/7lIVgxPIPV
And if anything in here is unclear or you just want to talk about it, my DMs are open.
ps β the old otigen language book is still up if you want to peek at the prehistory: https://t.co/c0sHK5RSSo
For a while now, I have been quietly building something I think matters.
Blockchain has come far. It moved money without banks. It let strangers agree on things without trusting each other. And thatβs not small.
But if you actually use this stuff every day, you feel where it bends. You pick a chain, you marry a language. Solidity here, Move there, Rust somewhere else. Migrate and you start from scratch. Security often feels like an afterthought until something breaks. Decentralization at the core is questionable on most chains once you actually look. And every new chain that ships seems to deepen the fragmentation, with most of the tools that move assets between them being centralized bridges sitting on multisigs.
That is why we are building Pyde(@pydenet )
Pyde supports multiple languages for its smart-contracts by default, so you can write your contracts in Rust, Go, AssemblyScript, or C, compile to WebAssembly, and ship, no forced rewrites the next time you move chains. Security comes on by default too, not as something you opt into later, with FALCON-512 signatures under the hood, Kyber-768 threshold decryption, an encrypted mempool whenever you want MEV defense, and reentrancy guarded out of the box unless you explicitly turn it off. Decentralization is taken seriously at the validator layer, with equal-power voting where one validator gets one vote, not stake-weighted plutocracy, and anyone meeting spec can run a node, or even run a parachain. Parachains give apps their own rails inside Pyde, so workloads stay isolated and apps can talk to each other without leaning on external bridges. And v1 already reserves the surface for session keys and programmable accounts, which ship in v2, so wallets can finally stop asking you to sign every single click.
Pyde fixed the gaps above, natively, without patches.
So if you have a laptop, congrats, you are a potential validator once weβve launched a public testnet. Coming up at the soonest.
if you want to dig in:
https://t.co/vyI6Giv6m2
a fairer, future-proof Layer 1, designed for the next decade of crypto.
mainnet ships when the audits pass. not before.
the mark is an atom. dense gravitational core, single orbital.
a monolithic architecture β consensus and execution unified β with everything else (bridges, light clients, external chains) orbiting freely. related, but sovereign.