AI makes proof abundant; formal methods must now make trust abundant.
It's up to us to build the infrastructure that will make that dream a reality.
Read our latest from Galois Principal Scientist Santiago Cuéllar: https://t.co/kvKGJbQHEt
Measurement is the foundation of the coming formal verification revolution – building benchmarks that capture the realities of verification engineering, expose where models fail, and drive progress toward industrial-scale verification.
Learn more: https://t.co/n5p1LJgg5y
Santiago Cuellar joined Galois as a Research Engineer in 2020 and became a Principal Scientist just five years later.
Read his story and learn how curiosity, ownership, and a passion for hard problems helped shape his journey.
https://t.co/SHiTH7Gwbh
We’re excited to announce that SAW now supports generating Isabelle theories from Cryptol specifications – a new capability developed by Galois in collaboration with Apple.
https://t.co/8G2H3b41Yg
And just as an antidote is often derived from the poison it cures, AI may be what finally makes Formal Verification scalable enough to get us there.
Read more in our latest from Santiago Cuellar: https://t.co/cYoYkukxGi
AI is collapsing the barriers to sophisticated cyberattacks – making exploits faster, cheaper, and massively scalable.
The solution is not finding bugs faster, but using Formal Verification to mathematically prove that critical software is correct and secure.
Big News for the MBSE World: the CAMET® Library is now FREE!
As of January 1, Galois changed our CAMET® Library subscription model to be free for up to 10 users, per organization. There is also an Enterprise option for organizations that need more than 10 licenses.
The CAMET® Library supports a range of modeling methodologies and technical standards throughout a project life-cycle, from system requirements through system integration.
If you’re in the Seattle area and interested in the intersection of formal methods and artificial intelligence, come listen in!
Learn more: https://t.co/4I2ZDWxWNH
This Thursday, April 16, Galois Principal Scientist
@miike will be delivering a lecture entitled “What Happens to Software When Proof is Cheap?” as part of the Allen School’s Distinguished Lecture Series at the University of Washington.
Hospitals depend on vast networks of many thousands of connected devices. Each new device adds complexity and expands the attack surface.
UPGRADE helps IT teams understand, secure, and manage it all, automating where possible and accelerating the rest.
https://t.co/pp50Yp2Fnu
Galois Principal Scientist Katrina Schleisman and co-author Michael Levin will be presenting their paper "On the Conflation of Consciousness and Cognitive Complexity" next week at the AAAI Spring Symposium on Machine Consciousness in San Francisco.
More: https://t.co/EamBHFOHp3
MBSE just leveled up.
The AADL Library for SysML v2 brings the best of both worlds together – SysML’s descriptive capacity and AADL’s analysis – within the SysML v2 ecosystem.
Learn more: https://t.co/IggRINsMae
Galois recently wrapped a successful hackathon for the @ARPA_H UPGRADE program. The event brought us one step closer towards the program's goal: automated vulnerability discovery, mitigation, and synthesis across complex hospital networks.
Learn more: https://t.co/GCtHsONf55
ZK proofs are headed for real-world deployment — but writing correct ZK statements is tricky.
Our new post introduces zkLean, a Lean library that defines a domain specific language for specifying and formally verifying ZK statements.
Read more: https://t.co/6eWh3IHWK3
Just another example of engineers having fun by doing what they do best: building delightfully overengineered things.
See how they pulled it off: https://t.co/c0UaZwc83i
When one of Galois’s most creative engineers retired, two colleagues decided a card wouldn’t cut it — so they built him a steel puzzle safe disguised as a Minecraft gold ore block.
Multiple lock layers. Accelerometer-based sequences. Light sensor backup. ~30 lbs of welded steel.