December 2, 2025
Zencode or just new code?
Zenroom – No-code cryptographic virtual machine
‘No‑code’ crypto box launches — crowd says “It’s code”, “iPhone is stuck”, “Where’s C#”
TLDR: Zenroom launches as a tiny “no‑code” crypto tool promising private, secure features on any device. The crowd loves the ambition but roasts the iOS Safari demo that won’t load, debates whether “no‑code” is still code, and demands C# support — usefulness hinges on these basics working.
Zenroom promises a tiny, locked‑down “crypto box” you can run almost anywhere, from phones to websites. It uses plain‑English “Zencode” so even non‑coders can design private credentials and signatures, and it brags about future‑proof tricks like zero‑knowledge proofs (prove things without spilling secrets) and post‑quantum safety (built to resist tomorrow’s super‑computers). All open source, all sandboxed, all deterministic — same result every time.
But the comments? Absolutely sizzling. One user on iPhone says the in‑browser demo “never finishes” on Safari, igniting a “is this ready for real life?” chorus. Another demands C# support, kicking off a .NET tug‑of‑war. And the spiciest debate: is “no‑code” just… code with friendlier words? “Isn’t that just code?” became the meme of the thread, with eye‑rolls and chuckles in equal measure.
Amid the smoke, a helpful commenter dropped the examples on GitHub, playing fire‑department for the impatient. Fans love the promise — privacy tools that run on anything, no server access, no clock, no drama — while skeptics want receipts: a demo that loads on iOS and a checkbox for C#. The vibe: big ambition, bigger expectations. Until Safari stops spinning and C# joins the party, the crowd is in sass‑first, trust‑later mode.
Key Points
- •Zenroom is a fully isolated, deterministic, open-source cryptographic virtual machine that runs across platforms, including in-browser via WebAssembly.
- •It is programmed using Zencode, an English-like no-code language for designing cryptographic and data-processing flows.
- •Supports a wide range of cryptographic algorithms and curves, including ECDSA, EdDSA, Schnorr, BLS, and PQC (Dilithium, Kyber, ML-DSA, ML-KEM).
- •Provides zero-knowledge credential flows using Coconut and BBS, and supports SD-JWT for selective disclosure.
- •Includes a Zenroom-based W3C-DID implementation with Node.js controller, Redis storage, and blockchain anchoring; offers cross-platform builds for major OS/architectures.