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Project Ire is Microsoft's autonomous AI that reverse engineers software to detect malware without prior knowledge or human ...
Developed by Microsoft Research and the Defender teams, Project Ire utilizes advanced reasoning and reverse engineering tools ...
Microsoft unveils AI system Project Ire to automate malware detection, reducing analyst workload and boosting accuracy.
Microsoft describes it as the first AI system within the company to reach the “gold standard” of malware classification, ...
“It was the first reverse engineer at Microsoft, human or machine, to author a conviction case — a detection strong enough to ...
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PCMag UK on MSNMicrosoft's AI Prototype Can Reverse Engineer Malware, No Human Needed
Although Project Ire is a prototype, Microsoft says the 'AI agent' can (in some cases) reverse engineer any type of software ...
5don MSN
Microsoft researchers bullish on AI security agent even though it let 74% of malware slip through
The prototype, called Project Ire, reverse engineers software "without any clues about its origin or purpose," and then determines if the code is malicious or benign, using large language models (LLM) ...
Microsoft has introduced a new AI tool it says has the ability to meet the “gold standard” of malware detection, identification, and classification. While still only a working prototype, Project Ire ...
Microsoft is announcing Project Ire today, an autonomous AI agent that can analyze and classify malware without assistance. Developed by Microsoft Research, Microsoft Defender Research, and Microsoft ...
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Newspoint on MSNMicrosoft Unveils Project Ire, an AI Agent That Autonomously Detects and Blocks Malware
Microsoft has introduced a groundbreaking artificial intelligence system named Project Ire that can independently analyze, ...
Microsoft's Project Ire AI detects and blocks malware autonomously, aiming to enhance Defender with advanced ...
Microsoft's Project Ire uses AI to detect malware by reverse-engineering unknown software, offering a smarter, signature-free approach to cybersecurity.
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