The Expanding Attack Surface of IoT Devices
The proliferation of internet-connected devices across homes, offices, factories, and critical infrastructure has created an attack surface of staggering scale, one that frequently receives far...
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Securing Generative AI Applications: New Attack Surfaces from New Technologies
The explosion of generative AI adoption across enterprises has created a new and rapidly evolving attack surface that security teams are only beginning to understand. Organizations are deployin...
API Security in the Age of Microservices: Managing an Expanding Attack Surface
Application programming interfaces have become the connective tissue of modern software. Microservices architectures, mobile applications, partner integrations, and cloud services all rely on A...
Mobile Security Threats: Your Smartphone as the New Attack Surface
Mobile Security Threats: Your Smartphone as the New Attack Surface Smartphones have become the most personal computing devices most people own — repositories of authentication credentials, finan...
API Security: The Invisible Attack Surface Powering Modern Applications
API Security: The Invisible Attack Surface Powering Modern Applications Application programming interfaces have become the connective tissue of the modern digital economy. Every mobile applicatio...
IoT Security Crisis: Billions of Devices and a Shrinking Attack Surface Budget
IoT Security Crisis: Billions of Devices and a Shrinking Attack Surface Budget The Internet of Things was supposed to be the great enabler — connecting the physical and digital worlds to create s...
Agentic AI Creates New Cybersecurity Attack Surfaces, Gartner Warns
Agentic AI Creates New Cybersecurity Attack Surfaces, Gartner Warns Gartner has identified the rapid proliferation of agentic AI — AI systems capable of autonomously executing multi-step task...
Continuous Exposure Management (CEM): Moving Beyond Traditional Vulnerability Scanning
In the rapidly shifting digital landscape of 2026, relying on periodic vulnerability scans is no longer just inefficient—it is actively dangerous. As organizations increasingly adopt multi-cloud envir...
Continuous Exposure Management (CEM): Moving Beyond Traditional Vulnerability Scanning
In the rapidly shifting digital landscape of 2026, relying on periodic vulnerability scans is no longer just inefficient—it is actively dangerous. As organizations increasingly adopt multi-cloud envir...
Vulnerability Management in Sprawling Hybrid Environments
The traditional model of vulnerability management, built around periodic scanning of a relatively stable, well-defined network perimeter, has become increasingly inadequate for organizations operat...
