Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

From minor hiccups to full-blown blackouts, the first half of 2025 made it clear that even the most trusted DevOps platforms are not immune to disruption. In this ecosystem, every commit, push, and deployment relies on complex systems that, despite their brilliance, are fragile. Like a Jenga tower of integrations, it takes just one wrong move – a misclicked setting, a leaked secret, an API failure – for the whole thing to wobble.

Across the Middle East, governments are rapidly introducing new cybersecurity frameworks and regulations in response to the need to protect critical national infrastructure and digital economies. In the UAE, Saudi Arabia, and Qatar, for example, this is reshaping how organizations approach compliance and forcing security leaders to rethink their priorities.

Most people don’t think about the software running inside their devices. But your washing machine, your car, even your electric toothbrush, they all run code. And not just any code firmware, the invisible layer that controls how hardware behaves. We live in a world where physical things are now digital. A thermostat can call home. A pacemaker can receive updates. But with that power comes a simple, unsettling question.

Aviram Shmueli is a distinguished cybersecurity and cloud computing expert with a background steeped in 8200 and the Israeli Ministry of Defense. He has over 20 years of hands-on and senior managerial experience in engineering and product management. Security experts dedicated to shaping insightful editorial content, guiding developers and organizations toward secure cloud app development. Dive into a wealth of knowledge and experience in fortifying software integrity.

Eyal Katz is a seasoned growth expert specializing in B2B and B2C tech. With over a decade of experience, Eyal’s expertise lies in taking MVP products to market, scaling product-market fit, and pioneering lead generation, user acquisition, and revenue channels. Security experts dedicated to shaping insightful editorial content, guiding developers and organizations toward secure cloud app development. Dive into a wealth of knowledge and experience in fortifying software integrity.

Modern Security Operations Centers (SOCs) face a persistent challenge: managing threats across multiple security tools while maintaining operational efficiency. While single-vendor approaches offer simplicity, they often leave gaps that sophisticated attackers are quick to exploit. The reality is that today's threat landscape demands a more nuanced approach—one that combines the best capabilities from multiple specialized vendors.

We’ve normalized drowning in vulnerabilities. Thousands of findings, weekly scans, red dashboards – it’s all become background noise. And still, attackers slip through. Why? Because we’ve been solving for the wrong variable. The real question isn’t what’s vulnerable, it’s what’s exposed. Not every vulnerability is a threat.

VMware ESXi is a type-1 hypervisor in the VMware vSphere ecosystem used for hardware virtualization and running virtual machines. It is a top-grade virtualization solution widely used by organizations and in-home labs. After Broadcom acquired VMware, users started migrating from VMware ESXi/vSphere to Proxmox VE, an open-source and free virtualization solution. This post covers the Proxmox vs ESXi comparison to help you determine which virtualization solution better meets your needs.

In this article API integrations have become the backbone of modern digital interactions, yet they also introduce vulnerabilities that can be exploited if left unchecked. The convergence of artificial intelligence (AI) and application programming interfaces (APIs) offers a promising solution to what many refer to as the “risk visibility gap.” This critical gap is defined as the difference between known API vulnerabilities and the unseen or unmonitored risks that arise from their use.

Organizations are facing a new, critical challenge: how do you justify cybersecurity investments when cyber threats are increasingly sophisticated, yet the risks can often seem abstract and hard to quantify? While executives understand that cyber threats are real, translating those threats into concrete business decisions remains a challenge.