Viewing Results for "verification" (4 of 16 Pages)
In the world of cybersecurity, proving software vulnerabilities responsibly is a critical challenge. Imagine a security analyst discovers a vulnerability and wants to tell a software company that their program can be hacked. Here, they face a common dilemma: when they tell the software company about the vulnerability, the company may choose to simply ignore […]
“Foolish consistency,” Emerson claimed, “… is the hobgoblin of little minds.” We agree! The problem, in both philosophy and distributed computing, is to figure out when consistency is foolish and when it is absolutely necessary. Fortunately, formal methods technologies can help us address this problem. Galois and our partner Twisp have been using the P language for […]
Growing up, Taisa Kushner loved math. There was a functional elegance to the way mathematical techniques could be used to unravel even the most complex problems, and how seemingly disparate systems were linked through simple equations. But she enjoyed the biological sciences too, and wanted to find a career where she could use her skills […]
As 2023 draws to a close, we take a moment to look back. It’s been a jam-packed year for Galois, from software releases to research breakthroughs. Our intrepid team of engineers and scientists has published papers, led workshops, served on committees and boards, presented at conferences, led science communication efforts, and spearheaded truly cutting edge […]
Abstract: When verifying computer systems we sometimes want to study their asymptotic behaviors, i.e., how they behave in the long run. In such cases, we need real analysis, the area of mathematics that deals with limits and the foundations of calculus. In a prior work, we used real analysis in the interactive theorem prover ACL2s […]
Among the many tales of innovation and impact to come from Galois over the years, the origin story of Cryptol and SAW is perhaps the most closely tied with that of the company itself. Today, these open-source verification tools have been used in national security, fintech, and cloud computing applications to keep citizens, systems, and […]
At Galois, we have been experimenting with multiple Large Language Models (LLMs), including GPT-4. Part of the motivation for this is to continue increasing the accessibility and utility of our formal verification and software assurance tools. While these tools provide high assurance for critical software, they can require significant expertise or time to extract full […]
Galois’s mission is to help make the critical systems that the world relies on more secure and trustworthy. Over the years, we’ve put our team’s deep expertise in software correctness, cryptography, digital engineering, and machine learning to work, providing formal assurance for complex systems in high stakes contexts for both government and commercial clients. From […]
While most engineers and scientists join Galois to be part of a company that conducts groundbreaking research, for our unique culture of collaboration, or for the great benefits and work-life balance, there’s a lesser-known but equally exciting perk of working at Galois: participating in the creation of spinouts. Throughout my time as a research engineer […]
Though known as a technology research firm, Galois values creating more than just great research. Throughout our history, our scientists and engineers have developed new technologies, built new tools, and made discoveries that provoke a “tail” of downstream opportunity. Over and over again, rather than becoming a software company focused on those downstream opportunities, we […]
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