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Security capabilities physically built in at the silicon level are defined as being hardware-based. This differs from traditional software-based protections in which security measures are installed on top of hardware, leaving the layers below the operating system (OS) vulnerable to a rising class of attacks. Hardware-based security protection is not intended to replace software security options but rather complement them. This creates a multilayered and comprehensive security approach that can both detect and prevent a greater range of cyber threats in today’s increasingly complex and disperse

Organizations have come to rely on the cloud for many of their computing workloads. This trend has been accelerated by the urgent prioritization of security, the redefined needs of the hybrid and distributed workforce, and a surge in data analytics, machine learning (ML), and artificial intelligence (AI) that benefit from the cloud’s uninterrupted access to software, data, and other resources, anywhere, at any time. The cloud also connects organizations, networks, and users to edge computing devices and systems. These trends yield a vastly expanded, diverse range of users, devices, and applica

Zero trust is a comprehensive security strategy that is designed to protect all hardware, software, data, and users on an organization’s network and in the cloud. A zero trust approach to security differs from the more traditional perimeter defense strategy. In a perimeter defense, the organization protects the boundaries of its private network with firewalls and multilayered software security solutions to regulate and filter traffic to and from the public network. Once a user or device has been verified and admitted to the private network, it is typically treated as a trusted resource. By con

System hardening reduces IT infrastructure vulnerabilities and strengthens technology stack security defenses to protect businesses from cyberattacks. With every attack on IT infrastructure, a potential hacker must find a way to get in. They may attempt to inject malicious code into an operating system (OS) by tricking a user into giving them access, or they may target a device’s hardware, firmware, or software. Whatever way they compromise a system, once they’re in, hackers can spy on users, steal data, prevent authorized access, or render machines unusable. The main goal of system hardening