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Artificial Intelligence (AI) is no longer a far-off dream—it’s here, changing the way we live. From ordering coffee to diagnosing diseases, it’s everywhere. But while you’re creating the next big AI-powered app, hackers are already figuring out ways to break it. Every AI app is an opportunity—and a potential risk. The stakes are huge: data leaks, downtime, and even safety threats if security isn’t built in. With AI adoption moving fast, securing your projects is no longer optional—it’s a must. Join Liqian Lim, Senior Product Marketing Manager at Snyk, for an exclusive webinar that’s all about securing the future of AI development. Titled “ Building Tomorrow, Securely: Securing the Use of AI in App Development ,” this session will arm you with the knowledge and tools to tackle the challenges of AI-powered innovation. What You’ll Learn: Get AI-Ready: How to make your AI projects secure from the start. Spot Hidden Risks: Uncover threats you might not see coming. Understand the Ma...

A new attack vector targeting the Visual Studio Code extensions marketplace could be leveraged to upload rogue extensions masquerading as their legitimate counterparts with the goal of mounting supply chain attacks. The technique "could act as an entry point for an attack on many organizations," Aqua security researcher Ilay Goldman  said  in a report published last week. VS Code extensions, curated via a  marketplace  made available by Microsoft, allow developers to add programming languages, debuggers, and tools to the VS Code source-code editor to augment their workflows.  "All extensions run with the privileges of the user that has opened the VS Code without any sandbox," Goldman said, explaining the potential risks of using VS Code extensions. "This means that the extension can install any program on your computer including ransomwares, wipers, and more." To that end, Aqua found that not only is it possible for a threat actor to impersonate a po...

Security researchers have discovered a new vulnerability called  ParseThru  affecting Golang-based applications that could be abused to gain unauthorized access to cloud-based applications. "The newly discovered vulnerability allows a threat actor to bypass validations under certain conditions, as a result of the use of unsafe URL parsing methods built in the language," Israeli cybersecurity firm Oxeye said in a report shared with The Hacker News. The issue, at its core, has to do with inconsistencies stemming from changes introduced to Golang's URL parsing logic that's implemented in the "net/url" library. While versions of the programming language prior to 1.17 treated semicolons as a valid query delimiter (e.g., example.com?a=1;b=2&c=3), this behavior has since been modified to throw an error upon finding a query string containing a semicolon. "The net/url and net/http packages used to accept ";" (semicolon) as a setting separat...