If you work in oil and gas, you already know that digital systems are the backbone of day-to-day operations. From monitoring drilling equipment to running pipeline controls and managing remote sites, almost every process depends on some form of automation. However, with this shift comes an uncomfortable truth. You're more exposed to cyber threats than ever before.
When was the last time you updated your router? If you’re not sure, you’re not alone, and this uncertainty could pose a serious risk to your business. The FBI recently warned that malicious actors are targeting end-of-life (EOL) routers (network devices that manufacturers no longer support or update). These outdated routers are being hijacked by bad actors who use them as a stepping stone into networks, turning them into cybercriminal proxies. The threat is real, and it’s growing.
Having spent over two decades navigating the evolving landscape of service provider partnerships, I’ve witnessed firsthand how challenging it can be for providers to maintain profitability and differentiation. Increasingly, relying on legacy vendors feels akin to selling customers a shiny new car equipped with an outdated engine—appealing at first glance but disappointing once in use.
Endpoint Detection and Response (EDR) and Security Information and Event Management (SIEM) have become integral to modern SecOps architecture and threat detection capabilities. However, the urgency of the situation is clear—attackers are deploying increasingly sophisticated techniques to bypass threat detection centered on these systems.
In today’s dynamic threat landscape, technical debt isn’t just a budgeting headache—it’s a growing national security risk. According to McKinsey, technical debt consumes up to 20% of engineering and DevOps capacity across large enterprises. For U.S. federal agencies—defense and civilian alike—the cost of carrying outdated, unsupported infrastructure goes far beyond inefficiency.
Let’s be honest: Chasing after the so-called ‘best-of-breed’ cybersecurity solutions might seem smart, but it often sets you up for operational headaches. It’s tempting—especially given the persuasive pitches from top-tier vendors—to select the best individual products for each security function.
We dive into the top options available in 2025, comparing their core features, pricing models, and performance benefits. Whether you're looking for better scalability, advanced bot protection, or easier cloud integration, this video will help you choose the right WAF to protect your websites and APIs.
In this step-by-step tutorial, we walk you through the complete process of installing NGINX and instrumenting it to monitor and observe API traffic. Whether you're just getting started or looking to improve your observability stack, this guide will help you set up NGINX for effective traffic monitoring. In this video you'll learn: Why is this important? Observing API traffic helps you detect issues early, optimize performance, and ensure your services are running smoothly.
Let's face it: the digital shift in education is permanent. Virtual classrooms, remote assignments, cloud-based exams-these are no longer futuristic concepts; they're the present-day norm. But while the benefits of flexibility and accessibility are undeniable, the vulnerabilities lurking beneath the surface are equally real. Imagine a scenario: a student logs into a popular education app from a public Wi-Fi network. That very act, innocent on the outside, can be a digital goldmine for cyber intruders if the platform lacks proper safeguards.