The traditional perimeter is no longer what protects our critical information and systems. In 2025, securing data is dependent on identity. With distributed multi-cloud, multi-IDP environments, the business world is up against a stark reality: the username and password have become the most dangerous attack vector in cybersecurity. Today, making identity as a Tier

AI and Quantum Computing are transforming cybersecurity by enhancing threat detection and encryption, but they also introduce risks like AI-driven cyberattacks and encryption breaches. Technology is advancing rapidly. The biggest game-changers in cybersecurity are Artificial Intelligence (AI) and Quantum Computing. We all have heard about these. These technologies have the

AI-powered coding tools are changing the software development paradigm. Platforms like GitHub Copilot, Amazon CodeWhisperer, and ChatGPT have become essential for developers, helping them write code faster, debug efficiently, and tackle complex programming tasks with minimal effort. These AI-powered coding assistants can automate tedious tasks, provide real-time debugging, and help solve complex problems with just

Research finds that organizations are granting root access by default and making other big missteps, including a Jenga-like building concept, in deploying and configuring AI services in cloud deployments. A high percentage of organizations are deploying artificial intelligence (AI) services in the cloud that grant root access by default, one

IT is witnessing a paradigm shift in security operations. SOCs are no longer merely reactive units; they’ve evolved into intelligent hubs that leverage generative artificial intelligence (GenAI) and automated intelligence to transform threat detection and response.  Traditional security tools often overwhelm analysts with hundreds — even thousands — of alerts,