A victim of identity theft tells us how criminals used his identity to commit fraud and what it took to put his life back in order
The post ‘My bank account was in a shambles’: The ordeal of an identity theft victim appeared first on WeLiveSecurity
ESET researchers have discovered strategic web compromise (aka watering hole) attacks against high‑profile websites in the Middle East
The post Strategic web compromises in the Middle East with a pinch of Candiru appeared first on WeLiveSecurity
Hackers break into the Bureau’s email systems to send out at least 100,000 emails warning recipients of imminent cyberattacks
The post FBI systems compromised to send out fake attack alerts appeared first on WeLiveSecurity
Steps to take right after a data breach – What to consider before going passwordless – 7 million people hit by Robinhood data breach
The post Week in security with Tony Anscombe appeared first on WeLiveSecurity
Steps to take right after a data breach – What to consider before going passwordless – 7 million people hit by Robinhood data breach
The post Week in security with Tony Anscombe appeared first on WeLiveSecurity
In recent years, continuous fuzzing has become an essential part of the software development lifecycle. By feeding unexpected or random data into a program, fuzzing catches bugs that would otherwise slip through the most thorough manual checks and provides coverage that would take staggering human effort to replicate. NIST’s guidelines for software verification, recently released in response to the White House Executive Order on Improving the Nation’s Cybersecurity, specify fuzzing among the minimum standard requirements for code verification.
Today, we are excited to announce ClusterFuzzLite, a continuous fuzzing solution that runs as part of CI/CD workflows to find vulnerabilities faster than ever before. With just a few lines of code, GitHub users can integrate ClusterFuzzLite into their workflow and fuzz pull requests to catch bugs before they are committed, enhancing the overall security of the software supply chain.
Since its release in 2016, over 500 critical open source projects have integrated into Google’s OSS-Fuzz program, resulting in over 6,500 vulnerabilities and 21,000 functional bugs being fixed. ClusterFuzzLite goes hand-in-hand with OSS-Fuzz, by catching regression bugs much earlier in the development process.
Large projects including systemd and curl are already using ClusterFuzzLite during code review, with positive results. According to Daniel Stenberg, author of curl, “When the human reviewers nod and have approved the code and your static code analyzers and linters can’t detect any more issues, fuzzing is what takes you to the next level of code maturity and robustness. OSS-Fuzz and ClusterFuzzLite help us maintain curl as a quality project, around the clock, every day and every commit.”
With the release of ClusterFuzzLite, any project can integrate this essential testing standard and benefit from fuzzing. ClusterFuzzLite offers many of the same features as ClusterFuzz, such as continuous fuzzing, sanitizer support, corpus management, and coverage report generation. Most importantly, it’s easy to set up and works with closed source projects, making ClusterFuzzLite a convenient option for any developer who wants to fuzz their software.
With ClusterFuzzLite, fuzzing is no longer just an idealized “bonus” round of testing for those who have access to it, but a critical must-have step that everyone can use continuously on every software project. By finding and preventing bugs before they enter the codebase we can build a more secure software ecosystem.
To learn more, check out the ClusterFuzzLite documentation. ClusterFuzzLite currently supports GitHub Actions and Google Cloud Build. We built this with CI system extensibility in mind, and adding support for other CI systems is straightforward. Please contact us if you’re interested in contributing support, or have any questions, feedback or feature requests.
In recent years, continuous fuzzing has become an essential part of the software development lifecycle. By feeding unexpected or random data into a program, fuzzing catches bugs that would otherwise slip through the most thorough manual checks and provides coverage that would take staggering human effort to replicate. NIST’s guidelines for software verification, recently released in response to the White House Executive Order on Improving the Nation’s Cybersecurity, specify fuzzing among the minimum standard requirements for code verification.
Today, we are excited to announce ClusterFuzzLite, a continuous fuzzing solution that runs as part of CI/CD workflows to find vulnerabilities faster than ever before. With just a few lines of code, GitHub users can integrate ClusterFuzzLite into their workflow and fuzz pull requests to catch bugs before they are committed, enhancing the overall security of the software supply chain.
Since its release in 2016, over 500 critical open source projects have integrated into Google’s OSS-Fuzz program, resulting in over 6,500 vulnerabilities and 21,000 functional bugs being fixed. ClusterFuzzLite goes hand-in-hand with OSS-Fuzz, by catching regression bugs much earlier in the development process.
Large projects including systemd and curl are already using ClusterFuzzLite during code review, with positive results. According to Daniel Stenberg, author of curl, “When the human reviewers nod and have approved the code and your static code analyzers and linters can’t detect any more issues, fuzzing is what takes you to the next level of code maturity and robustness. OSS-Fuzz and ClusterFuzzLite help us maintain curl as a quality project, around the clock, every day and every commit.”
With the release of ClusterFuzzLite, any project can integrate this essential testing standard and benefit from fuzzing. ClusterFuzzLite offers many of the same features as ClusterFuzz, such as continuous fuzzing, sanitizer support, corpus management, and coverage report generation. Most importantly, it’s easy to set up and works with closed source projects, making ClusterFuzzLite a convenient option for any developer who wants to fuzz their software.
With ClusterFuzzLite, fuzzing is no longer just an idealized “bonus” round of testing for those who have access to it, but a critical must-have step that everyone can use continuously on every software project. By finding and preventing bugs before they enter the codebase we can build a more secure software ecosystem.
To learn more, check out the ClusterFuzzLite documentation. ClusterFuzzLite currently supports GitHub Actions, Google Cloud Build and Prow. We built this with CI system extensibility in mind, and adding support for other CI systems is straightforward. Please contact us if you’re interested in contributing support, or have any questions, feedback or feature requests.
It’s often said that data breaches are no longer a matter of ‘if’, but ‘when’ – here’s what your organization should do, and avoid doing, in the case of a security breach
The post When the alarms go off: 10 key steps to take after a data breach appeared first on WeLiveSecurity
The tech giant wins an appeal against a claim that it unlawfully collected personal data of millions of iPhone users
The post Google scores big win as court blocks iPhone tracking lawsuit appeared first on WeLiveSecurity
An attacker gained access to some of Robinhood’s customer support systems and stole the personal data of around a third of the app’s userbase
The post Robinhood data breach affects 7 million people appeared first on WeLiveSecurity
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