Absolutely thrilled to have Brendan Dolan-Gavitt (Brendan Dolan-Gavitt) of @NYUniversity and @XBOW as our second keynote for #FUZZING'24 in Vienna! Brendan's keynote will be followed by a 45min discussion on challenges and opportunities of LLMs and fuzzing for bug finding.

Want to learn how to serve requests in microseconds? 🚀 I really like this paper because it identifies a narrow but critical problem in ultra-low-latency systems, proposes a solution, then exhuastively benchmarks it. The key observation of this paper is that efficiently serving

Shenango is highly efficient because it re-allocates cores every 5 µs. It can achieve such fine-grained allocation through network stack integration and kernel bypass. Prior work like Arachne built on Linux re-balances cores every 50 ms.

Freya Holmér Forrest Smith I'm just trying to think back to when I say a long function name and said "man, that's just too long - why didn't they shorten it". Spoiler alert - it's never. But the other way... hooooo yeah. Every week is a fun "what do you mean transform.Get() is taking 3ms!"

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Oh no.

So many people roll their eyes when I say I'm still on this site. They have no idea the encouragement a person with complex trauma gets every day from Dr. Glenn Patrick Doyle. He keeps me stepping into the next moment and the next.

More of this please ❤❤❤

More forest decor. Idea stolen from h2odragon , I believe

An Analysis of QUIC Connection Migration in the Wild arxiv.org/html/2410.0606… あとでよむ #yuki_paper

Scalability! But at what cost? This paper is an absolute classic because it explores the underappreciated tradeoffs of distributing systems. It asks about the COST of distributed systems--the Configuration that Outscales a Single Thread. The question is, how many cores does a

Our paper "Non-termination Proving at Scale", joint work with Azalea Raad and Julien Vanegue, uses compositionality to apply non-termination proving (classic undecidable problem) to large codebases (e.g., OpenSSL), finding non-termination bugs in the wild dl.acm.org/doi/pdf/10.114…

"Beginning Nov. 27, [PayPal] will start compiling its trove of customer purchase data to offer to retailers so they can target their advertising." msn.com/en-us/money/ot…

A recent change in the Linux kernel's handling of writes to running executables have caused a mysterious issue with the mold linker. Sigh. github.com/rui314/mold/is…

Furthermore, a system that is right 95% of the time is arguably more dangerous tthan one that is right 50% of the time. People will be more likely to trust the output, and likely less able to fact check the 5%. >>

Fair coins have slightly greater odds of landing on the same side as they started, more pronounced for less practiced coin tossers: arxiv.org/abs/2310.04153

Hot take: teaching linear algebra in isolation should be illegal. Determinants, traces, eigenvectors mean nothing without real-world context. 20 years later, I still have to google this s**** every time I encounter it, because whoever taught me this was drier than drywall.

Hello you fine Internet folks, Today's article is on Nvidia's RTX PRO 6000 Blackwell and diving into the Blackwell architecture generally and more specifically into the GB202 GPU die in the RTX PRO 6000. Hope y'all enjoy! chipsandcheese.com/p/blackwell-nv… old.chipsandcheese.com/2025/06/28/bla…

Uuuurgh. linforme.com/tech-telecom/a…