Robert Lemos

The U.S. government and technology giants alike are urging developers to replace C and C++ with modern, memory-safe languages like Rust. Will it be enough?

At least one person has died as what was arguably the direct result of a digital attack on a hospital, but cybercriminals seem unlikely to stop.

Deepfakes, stolen email addresses and identity fraud drive continued gains in business email compromise attacks. How can defenders fend them off?

VPNs, virtualization hosts, secure email gateways and other network “edge” devices have become a common entry point for attackers in significant enterprise breaches. How can defenders respond?

With APIs accounting for more than half of all internet traffic, attacks on mobile and web application endpoints continue to grow.

AI dominated conversations at the RSA Security Conference in May, but underneath the hype, some real changes are in the works.

Increases in phishing attacks, credential stuffing against corporate cloud services and unpatched vulnerabilities in consumer hardware have all skyrocketed since the COVID pandemic upended work routines. With more employees logging in from home, locking down workers’ security habits and local networks has never mattered so much.

While the open-source ecosystem continues to make progress on securing the production of widely used components, developers need better tools and a security culture to benefit.

The global cyberthreat landscape has changed since Russia’s invasion of Ukraine but not necessarily in the ways predicted.

Multiple studies have found that generative neural networks that produce code also reproduce security vulnerabilities in their datasets.

The fallout of the Log4Shell vulnerability accelerated efforts to require a software bill of materials (SBOM) for the apps, libraries and other digital tools we rely on, but when it comes to generating and using this information, obstacles abound.

Most of the code in typical applications comes from open-source projects, importing dozens — and often, hundreds — of components created by volunteers. As the Log4j incident shows, those deep dependencies can carry critical vulnerabilities.