From customer data to proprietary applications and even employees, businesses have migrated massive amounts of critical information to cloud platforms led by AWS, Google Cloud, and Azure. But with over 100 billion terabytes of data on the cloud at the end of 2025, you can go from cloud9 to under the clouds in a matter of seconds.

As AI systems are used in our day-to-day operations, a central reality becomes unavoidable: AI doesn’t configure itself and must be set up with human approval and oversight. It requires engineers and developers to configure it. Developers need privileges to access and implement components, agents, tools, and features of the platforms. But developers don’t just have these privileges unconstrained… right? Where trust and privileges exist, someone will try to abuse them.

Many financial services IT leaders believe they’re protected against ransomware because they have backups. According to Sophos’ State of Ransomware in Financial Services 2025, 64% of financial services organizations were hit by ransomware in the past year. Of those with backups, a significant percentage discovered their backup infrastructure had been compromised too. Modern ransomware operators don’t just encrypt production data.

The modern cloud security landscape is often fighting a war on two disconnected fronts. On one side, we have Cloud Security Posture Management (CSPM) platforms like Wiz, which act as the cartographers of risk—mapping terrain with high fidelity to identify open ports, unpatched vulnerabilities, and toxic permission combinations. On the other hand, we have Runtime Defense tools (SIEM, EDR, NGFW) that generate massive streams of activity logs.

In enterprise Windows environments, BitLocker recovery often depends on storing and retrieving a unique 48-digit recovery password for every device. When these passwords are missing, outdated, or inaccessible, recovery becomes time-consuming and can lead to an irrecoverable data loss event. As device counts grow, this approach creates operational risk that IT teams cannot afford. In today's enterprise environments, encryption is only as strong as your recovery strategy.

Login abuse is one of the common types of cyberattacks. It happens quietly, often showing up as a spike in failed sign-ins or customers locked out of their accounts. On the surface, these events look routine. In reality, they are usually early signs of automated attacks targeting login systems. This pattern is commonly known as credential stuffing. In this method, attackers use automation to test large volumes of stolen usernames and passwords across multiple services.