Several critical systems such as the power grid, autonomous transportation systems, and process control systems are examples of cyber-physical systems.

The digital transformation of modern enterprises has created an unprecedented attack surface that extends far beyond traditional network perimeters.

Securing Industrial Control Systems Against Cyberattacks: A Four-Step Process Improving cyber resiliency in ICS environments requires a comprehensive, multi-tiered approach that can address both ...

As a result, many security teams ... effectively with AI systems. This human-AI partnership is what enables AI to act as a ...

Digitization engenders the threat that systems can be compromised, and new standards for physical and cyber-security will be necessary to ensure bad actors do not hinder businesses.

In 2025, the cybersecurity landscape is more complex and chaotic than ever. Cyberattacks are becoming more sophistica ...

Here’s how the future of cybersecurity can be improved with automated threat detection and response based on sophisticated machine learning and artificial intelligence.

Automated mobile robots are a cybersecurity risk Like every software-driven and internet-connected system, robotic automation requires insightful protection. Here’s what you need to know.

The Automated Control Gap Analysis feature provides effortless insight into an organization's security and compliance posture, giving GRC professionals the information they need to achieve and ...

Absolute Security, the leader in enterprise cyber resilience, today announced it has acquired Syxsense, a recognized innovator in automated endpoint a ...

Sverica Capital acquired a majority stake in Automated Control Concepts, a systems integrator specializing in process control, manufacturing intelligence and cyber security & industrial networking.

The annual solicitation from the Small Business Innovation Research program seeks proposals for addressing seven different technology issues facing the Department of Homeland Security.