Opengrep -open-source static code analysis (SAST) engine- v1.23.0 released

https://secburg.com/posts/opengrep-v1230-released/

#Opengrep #SAST #AppSec #StaticAnalysis #OpenSource

Static code analysis can't fix your code, but it can tell your AI tooling where the risk hides.

https://www.fastruby.io/static-code-analysis?utm_source=mastodon&utm_medium=Organic&utm_campaign=EvergreenPromo&utm_content=Textonly&utm_term=static-code-analysis-mastodon-2026-05

#StaticAnalysis #RubyOnRails #TechnicalDebt

I'm still trying to figure out what other are seeing, and this post is kind of a step back and trying to figure out. Maybe I was missing the bigger picture, so quality gates here we come.

https://jeferson.me/blog/2026/06/12/code-quality

#AI #Automation #Blog #CD #CI #CodeQuality #DevOps #QualityGates #SoftwareEngineering #StaticAnalysis #TechnicalDebt

Applicatives allow performing static analysis, while monads do not. But what does it mean in practice? Why is it so? And what kind of static analysis is this referring to? And what happens if we use categories instead of monads?

These are some of the questions I’m trying to provide an answer to in my latest blog post:

https://marcosh.github.io/post/2026/05/21/homomorphic-static-analysis.html

#haskell #staticanalysis #categorytheory

Rust's compile-time guarantees are deliberately incomplete - the compiler catches most issues, but not all. What's left behind is the question.

At Oxidize 2026, Rolland Dudemaine (TrustInSoft) shares findings from analysing production Rust code: what bugs survive, and when additional tooling is worth it.

🔗 https://oxidizeconf.com/sessions/whats_left_to_find_in_rust

#Oxidize2026 #RustLang #FormalVerification #StaticAnalysis #CodeQuality

Question related to my previous post: is it possible to do some kind of static analysis on categorical code?

Or, what constraints should be imposed (or removed) on a category so that its code supports static analysis?

#haskell #categorytheory #staticanalysis

Recently, I made a stupid mistake that made me think about the way C++ APIs handle dependencies and what we can do to prevent dangling references and lifetime issues. 🤔

It was a surprisingly fun topic to explore that led me to the discovery of a very cool static analysis tool. Can you guess which one? 😎

You can find out in the article I wrote about the topic here:
➤ https://medium.com/@nerudaj/type-safe-dependency-management-in-c-a293703f00ff

#cpp #StaticAnalysis #SoftwareEngineering

https://www.youtube.com/watch?v=tzVJ6RD5fj4

#staticanalysis #reverseengineering #plt #cfg

REMnux v8 represents a structural modernization of a long-standing malware analysis distribution.

Technical highlights:
• Migration to Ubuntu 24.04 (modern kernel + LTS support)
• Cast-based installer replacing legacy CLI deployment
• AI-assisted workflows via MCP server
• Integration support for Ghidra with AI plugins

Tooling refresh includes:
YARA-X (Rust rewrite for performance improvements)
GoReSym (symbol recovery for Go binaries)
APKiD (Android packer detection)
Manalyze (PE/ELF/MachO static parsing)
This release signals an industry shift toward AI-augmented reverse engineering pipelines.
Is AI-assisted RE the new baseline for threat labs?

Source: https://cyberpress.org/remnux-v8-released/

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#ThreatResearch #MalwareAnalysis #ReverseEngineering #YARAX #GoBinary #DFIR #Infosec #AIinSecurity #BlueTeam #StaticAnalysis #OpenSourceSecurity #SOC #ThreatHunting