Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

It's no longer enough for CIOs to check boxes and tick off compliance milestones. The world has changed — and with it, the data privacy landscape. From the GDPR in Europe to California's CCPA, and now Brazil's LGPD and India's DPDP, the patchwork of privacy laws continues to expand. What was once a series of siloed regional regulations has become a living, breathing global challenge. For CIOs leading enterprises that span borders, staying compliant isn't just about avoiding penalties.

The frontlines of cybersecurity have long included the financial services sector, but today’s battlefield is increasingly asymmetric. Threat actors aren’t just going after the big-name banks with sprawling infrastructure and billion-dollar balance sheets. They’re targeting credit unions, wealth management firms, fintech startups, and insurance providers with the same determination and ferocity. What do these entities have that cybercriminals want? Plenty.

Software-as-a-Service adoption is exploding, but security teams are struggling to keep up. The Cloud Security Alliance’s 2025 SaaS Security Survey has revealed that while investment in and attention to SaaS security are on the rise, genuine control remains elusive, especially when it comes to configuration management, identity governance, and visibility.

Autonomous agents are changing the way we think about security. Not in the distant future, right now. These systems (intelligent, self-directed, and capable of making decisions) are starting to play an active role in the SOC. They’re not only collecting data; they’re analyzing it, correlating alerts, prioritizing risks, and even initiating response actions. This is Agentic AI, and it makes people nervous. In security, autonomy often gets mistaken for loss of control.

Picture this: you're scrolling through your company's social media feed, and suddenly a video shows your CEO endorsing a competitor's product. It looks real. The voice, the gestures, the background—it's all perfect. Or that same CEO calling you to urgently approve a strange payment. But you know, deep down, it never happened. Welcome to the world of deepfakes, where fabricated videos can throw even the most vigilant organizations into disarray.

Phishing is no longer just an email problem. Reports state that 40% of phishing campaigns now span channels beyond email, hitting collaboration tools like Slack and Teams, plus SMS, and social media platforms. Voice phishing (“vishing”) in particular is on the rise: 30% of surveyed organizations reported at least one instance of attackers using spoofed or AI-cloned calls to steal credentials in the past year.

Most financial sites don’t think twice about WAFs until a bot army drains their API or a misstep leaks trading data. That’s when panic sets in and puts the target service in the eye of a perfect storm. That’s why WAFs aren’t optional anymore; they’re your digital insurance policy. This piece will break down real-world threats like credential stuffing and parameter abuse that cripple fintech APIs, and show how top-tier WAFs block them without throttling speed.

As the European Cyber Resilience Act (CRA)'s enforcement date approaches (October 2026), cybersecurity requirements on manufacturers, developers, and service providers responsible for software and hardware connected to the internet will need to start thinking - if they haven't already -about what they need to do to comply. It may seem like a long time off, but the earlier you start, the better.

The cranes that move goods in and out of America's busiest ports (some of the most essential components of our national logistics chain) are under growing scrutiny. In a newly issued MARSEC Directive 105-5, the U.S. Coast Guard has raised red flags about the cybersecurity risks that come with ship-to-shore (STS) cranes manufactured in China. These cranes, mostly produced by state-owned enterprises like Shanghai Zhenhua Heavy Industries (ZPMC), make up nearly 80% of the STS equipment at U.S. ports.

COBOL remains deeply embedded in the infrastructure of global enterprises, powering critical systems in banking, insurance, government, and beyond. While its stability and processing efficiency are unmatched, legacy environments running COBOL face a growing challenge: Security. As cyber threats evolve and legacy systems continue to age, COBOL-based mainframes present attractive targets due to their outdated configurations, minimal security oversight, and lack of modern defenses.