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Dev · Monday, 10 August 2026 · Issue 72 · 14 stories

GCC tail-call, AT Protocol, Mistral claims tool code

Languages & Frameworks

Tools & Platforms

AT Protocol lets engineers build decentralized, high‑scale backends

AT Protocol replaces the classic monolithic SQL stack with a shared, public NoSQL API and event‑log driven view servers, letting multiple apps synchronize user accounts and content without a central database. For distributed‑systems engineers it shows how to trade strong consistency for scalability and build interoperable backends that scale to hundreds of millions.

atproto.com ↗6 min read at source

AI-Assisted Development

Meta releases 30B Muse Glimmer for on-device coding agents

Meta’s Superintelligence Labs just open‑sourced Muse Glimmer, a 30‑billion‑parameter model that runs on a single consumer GPU. It’s tuned for local agentic tasks, coding, tool use, and long‑horizon execution, offering strong performance without cloud dependence, letting developers build on‑device AI assistants today.

research.meta.ai ↗5 min read at source

Probing Claude and GPT to Uncover Their Training Cutoff Dates

This blog post reverse‑engineers Claude and GPT’s knowledge cutoffs by feeding them date‑specific queries, revealing when their pre‑training data was frozen. The author shows that such probes can estimate model version timelines, helping developers gauge freshness and anticipate limitations of frontier LLMs.

blog.sshh.io ↗5 min read at source

Engineering Practice

SQLite compression shrinks 20 MB of revisions to 80 KB

Simon Willison prototyped a SQLite schema that stores every document revision as a Zstandard‑compressed JSON array in a BLOB, reducing 20 MB of raw history to about 80 KB. The design also splits history into rows to avoid re‑compressing the whole file on each edit, offering a lightweight version‑control alternative without external services.

simonwillison.net ↗2 min read at source

A single ultra‑long instruction can hijack System Management Mode on x86

Researchers demonstrate a new SMM attack that uses an absurdly long instruction to keep one core busy while the other tries to enter System Management Mode. Because SMM requires all cores to be synchronized, the busy core blocks entry, letting the attacker stay out of SMM and gain control. The proof‑of‑concept shows a hardware‑level attack vector on every x86 CPU.

github.com ↗7 min read at source

Careers & Open Source

You’re caught up.

That was all 14 stories in the 10 August issue.