Mobile app security testing tools are like a unified command center for enterprise organizations. They automate the detection of potential threats, standardize testing protocols across agencies, help prioritize risks, and enable rapid response to the most critical threats. If your organization has several mobile applications developed by multiple third-party vendors, fragmented security oversight and inconsistencies in app development must be commonly observed.

The issue of diversity in the cybersecurity sector has been present since the early days of IT companies. The public perception of a cybersecurity professional carries with it a specific image of the kind of person who works in IT and cybersecurity, and many minority groups—including women, people of color and ethnic minorities, and disabled and neurodivergent people—are heavily underrepresented in the workforce.

As a former federal CISO who has spent decades designing and securing enterprise infrastructure, I’ve grown increasingly concerned as organizations continue to rely on legacy Privileged Access Management (PAM) solutions designed for a different era. These systems, once the gold standard in security, have become dangerous liabilities in today’s modern cloud-native world.

The main difference between Remote Browser Isolation (RBI) and Virtual Desktop Infrastructure (VDI) is that RBI is limited to providing remote access only to your web browser, while VDI focuses on providing remote access to an entire virtual desktop. Both RBI and VDI protect you from cyber threats by creating separate, secure environments where you can browse the internet and use your device.

Cursor AI has quickly become the hot AI code editor, rapidly gaining popularity with developers looking to write code faster and more efficiently. But while Cursor accelerates coding, how can devs trust that Gen AI code is secure?

Keeper is excited to announce two significant updates to our iOS app: support for USB-C plug-in hardware security keys and a new Two-Factor Authentication (2FA) frequency setting. These updates reflect our commitment to providing industry-leading security solutions while ensuring a seamless user experience. Continue reading to learn more about these updates and how you can try them out yourself.

With DevSecOps, cybersecurity has become integrated into every phase of the software development lifecycle (SDLC). DevSecOps tools work across development, security, and operations siloes and enable these teams to work collaboratively, ensuring security vulnerabilities are addressed early and efficiently, reducing risks before they reach production.

Cryptographic mechanisms protect the integrity of audit tools by ensuring that the data they collect is trustworthy. Most systems constantly run audit tools in the background, system activity such as user logins, file changes and network activity is monitored and recorded. These records are vital to system administrators for compliance, forensic analysis and security monitoring. Using cryptographic mechanisms is vital to the integrity of this data.

As organizations sell to more discerning buyers, scrutiny on security and compliance practices grows. It’s certainly warranted—the frequency of third-party breaches is on the rise. In our State of Trust Report, almost half of all organizations surveyed say that a vendor of theirs experienced a data breach since they started working together. ‍

We recently started a new blog series featuring our CEO and co-founder Rom Carmel. In this series, we discuss real issues from the field. So, check out what Rom Carmel has to say about the three complaints he hears the most in access management.