@0xsrg I tried their speech model for realtime agents. TTFA (time to first audio) was noticeably worse than some other speech models
I’m also not sure how long Indian-language support remains a strong moat, given how fast other speech models are improving
We're thrilled to announce that we have raised $234M in the first close of our $300M Series B at a $1.5B valuation.
@HCLTech and @BessemerVP have joined us in this round, alongside continued support from @khoslaventures and @peakxvpartners
For countries and companies, sovereign control on the AI stack is no longer an optionality. Sarvam will be the partner of choice for this aspiration. The capital allows us to accelerate our momentum towards this full stack of models, compute, and deployments.
A huge thank you to our customers, partners, investors, and the Sarvam team for your trust and belief in what we are building. We’re just getting started.
Read more: https://t.co/VmLtpnj8gx
@mav3ri3k A lot of the internal code was pure JS because crossing the JS -> native boundary was expensive - which is not entirely the case anymore with V8 fast calls and cppgc-backed Rust objects
Deno 2.8.3 is out!
Deno.serve() is faster: we shipped a new HTTP/1.1 fast path, plus fixes for streaming bodies, header handling, and compression negotiation.
Also a big LSP cleanup, 170 fixes in total.
`deno desktop` is coming soon!
We let agents autonomously access production systems (Deno Deploy). None of the existing security tools in this space worked for us - our systems do things like tunneling postgres through k8s.
Open sourced the firewall we built for this (written in Go of all things!)
@filearts@rough__sea It has a similar API surface as Electron and Electrobun. We've built our custom embedding framework that works with webview and CEF. It's distributed seperately which allows Deno to stay lean.
https://t.co/X7ze2CX6Ja
@filearts@rough__sea It has a similar API surface as Electron and Electrobun. We've built our custom embedding framework that works with webview and CEF. It's distributed seperately which allows Deno to stay lean.
https://t.co/X7ze2CX6Ja
not sure yet if we're going to release it - but we have an experimental `deno desktop` subcommand that is essentially electron for deno.
the `deno compile` infrastructure helps a lot for this.
would you use it?
screenshots of a matrix app built with it
I’ve had this idea but never got around implementing it:
Build a API compatible pixel perfect SwiftUI WASM for running iOS previews in the browser.
Put this in a vibecoding platform where the LLM generates code and a real mac is needed only for final Xcode builds.
Deno 2.8.2 is released!
- Support for post-quantum crypto (ML-DSA + ML-KEM) in WebCrypto
- `deno compile --bundle` for significantly smaller binaries
- More node:http perf improvements
- deno binary size reduced by 6%
- 200+ fixes across Node compat, LSP and package management
I’ve had this idea but never got around implementing it:
Build a API compatible pixel perfect SwiftUI WASM for running iOS previews in the browser.
Put this in a vibecoding platform where the LLM generates code and a real mac is needed only for final Xcode builds.