On Netstack.fm ep. 12, we explore how Oxide Computer Company builds the rack as a single system:
🦀 Rust inside the kernel (OPTE)
⚙️ Programmable switching with P4 (Dendrite)
🌐 Routing at terabit scale (Maghemite)
It’s not “hardware vs software” — it’s one system, built in the open.
#RustLang #DevOps

On Ep.9, we explore:
- How #Linkerd, built on Finagle, inspired #Tower, #Hyper & #Tokio — the base of Rust’s async ecosystem.
- Why Tonic was created, what makes its #gRPC design unique.
- And why async abstractions in #Rust remain an unfinished story.
#RustLang #CloudInfra #OpenSource #AsyncRust

These are some of the main points we covered on Ep.4:
• Why #SSE (Server-Sent Events) can outperform WebSockets
• How #hypermedia keeps your backend in control
• Why “real-time” doesn’t have to mean “JavaScript-heavy”
#Datastar #NetstackFM #WebDev

🧠 Highlights from #Netstack.FM Ep.8 with Bruno Dal Bo Silva:

• Why Fuchsia moved its stack from Go → Rust
• How microkernels reshape networking
• Bruno’s personal hopes for open use beyond #Google

Which protocol should we unpack next? 👇 #RustLang #Fuchsia #Infra #OSS

Maintaining #Rustls isn’t just code — it’s choices. Dirkjan shared how OSS maintainers balance safety vs. niche flexibility and why API instability or incompatibility can ripple across the ecosystem. Full story at netstack.fm/#episode-7

Thank you so much, Elias. That means a lot to us. We’ve put a lot of care into making Rama approachable and powerful. Excited to hear it helped you build your mTLS proxy so smoothly.

You're always welcome to reach out, share ideas, or contribute some more if you ever feel like it! 🦀🙏
ramaproxy.org