Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Most people aren’t overly protective of their home address. They don’t give it to anyone who asks, but they also don’t find it too suspicious when an e-commerce website or application asks for the information. However, your home address is a crucial part of your financial identity. It is common for an online transaction to fail because the consumer inputs the wrong zip code or street number.

Coinbase is a digital currency platform that allows consumers to transact using digital currencies, including Ethereum and Bitcoin. It is one of the most popular exchanges, with millions of users. The company’s initial vision is to bring efficiency and innovation to the global economy. Despite significant security measures to secure the wallet and transactions, there was a breach in late 2024. It began when hackers targeted an employee using bribery in exchange for insider knowledge.

Organizations running Kubernetes face a wide range of potential data loss scenarios—not just security incidents. From hardware failures and software bugs to accidental deletions and misconfigured automation scripts, these risks make robust PVC backup and disaster recovery strategies essential for maintaining application resilience. This guide focuses on practical kubernetes PVC backup strategies that help protect your containerized applications from data loss.

I’ve been in the security business, and specifically cybersecurity, for the majority of my adult life. Throughout my career, I’ve noticed trends of decision-making that organizations often follow, both good and detrimental for their security posture. Of these trends, I’ve found that choosing the right Managed Security Service Provider (MSSP) is one of the most critical decisions you can make for your organization.

APIs are the vital connectors of modern digital business, powering everything from e-commerce and financial transactions to healthcare data exchange and government services. While indispensable for innovation, this widespread API adoption introduces significant security risks.

Organizations today rely on an increasing number of applications installed on enterprise devices just to “keep the lights on” and business functioning. Being able to immediately access emails, files, communications, and web conferencing tools has never been more critical with the rise of remote and hybrid work.

Network APIs have quietly evolved from backend enablers to frontline security and business risk vectors. While traditionally viewed as infrastructure tools, they significantly influence enterprise agility, availability, and threat surface. For CISOs and CFOs navigating the complexities of digital transformation and cyber risk governance, the security of these APIs is no longer optional—it is foundational.

API specifications are no longer just tools for developers; they are also essential for businesses. In today’s hyperconnected enterprise, they serve as strategic assets that define how digital ecosystems interact, share data, and enforce security protocols. Yet, most C-suite leaders underestimate their influence on risk posture, regulatory compliance, and operational resilience. That needs to change.

Interlock is a relatively new strain of ransomware, that first emerged in late 2024. Unlike many other ransomware families it not only targets Windows PCs, but also systems running FreeBSD. If you are impacted, you will find that your files have not only been encrypted but have also had ".interlock" appended to their filenames. For example, a file named report.xlsx would become report.xlsx.interlock, visibly signaling that it has been encrypted by Interlock.

In the evolving threat of cyber in our age, wherein it is advancing at a rate never experienced, cybersecurity testing has emerged as the keystone of sound digital defense. Those carefree days of simple traditional security "getting the job done" are over; mimicking strategies that trigger are essential to find vulnerabilities before the malicious users can exploit them.