• Nozomi Networks integrates with NVIDIA BlueField DPUs to boost AI-based cybersecurity in OT, IoT, and cyber-physical systems.
• The integration allows security professionals to deploy Nozomi Networks' sensors on NVIDIA BlueField-3 DPUs for real-time threat detection and response.
• The solution aims to improve resilience, operational uptime, and streamline deployment within operational technology environments by leveraging AI-based anomaly analysis at the edge.

Nozomi Networks has partnered with NVIDIA to integrate its cybersecurity solutions with NVIDIA BlueField Data Processing Units (DPUs). This integration is designed to enhance AI-based threat detection and response for operational technology (OT), Internet of Things (IoT), and cyber-physical systems. By deploying Nozomi Networks' sensors on NVIDIA BlueField-3 DPUs, security professionals can leverage an accelerated computing platform for real-time threat analysis and mitigation in industrial settings. The collaboration seeks to address the evolving cyber threat landscape by combining Nozomi's expertise in OT, IoT, and CPS security with NVIDIA's accelerated computing capabilities.

• What: Nozomi Networks has integrated its cybersecurity platform with NVIDIA BlueField DPUs to enhance AI-based threat detection and response for OT, IoT, and cyber-physical systems. This involves deploying Nozomi's sensors on BlueField-3 DPUs, allowing for accelerated computing and real-time threat analysis at the edge.
• Who: Nozomi Networks and NVIDIA are the key organizations involved. Andrea Carcano (Nozomi Networks' Co-founder and Chief Product Officer) and Ofir Arkin (Senior Distinguished Architect for Cybersecurity at NVIDIA) are mentioned as key individuals.
• When: The integration is now available to global customers. The specific date of the announcement is not provided in the article, but it was published today.
• Where: The solution is targeted at critical infrastructure settings globally, with a focus on operational technology environments.

The integration between Nozomi Networks and NVIDIA BlueField DPUs represents a strategic move to address the increasing sophistication of cyber threats targeting critical infrastructure. By leveraging AI and edge computing, the solution aims to provide real-time threat detection and response, improve resilience, and streamline deployment within operational technology environments. The collaboration combines Nozomi's expertise in OT and IoT security with NVIDIA's accelerated computing platform, potentially offering a comprehensive approach to securing essential operational processes. The ability to operate Nozomi's sensors directly on NVIDIA BlueField hardware reduces reliance on CPUs and improves efficiency, which is vital for demanding industrial settings.

Artificial Intelligence has always played a role in the security solutions Nozomi delivers, but it's quickly becoming a non-negotiable component of effective defences for critical infrastructure operators battling a growing number of sophisticated cyber threats.

Critical infrastructure organisations are seeking advanced solutions to secure essential operational processes in the face of escalating threats. With NVIDIA's cybersecurity AI platform and BlueField-accelerated computing, Nozomi's innovations in OT and IoT security meet the unique operational characteristics of OT networks.

The integration of Nozomi Networks' cybersecurity solutions with NVIDIA BlueField DPUs offers a promising approach to enhancing threat detection and response in critical infrastructure environments. By leveraging AI and edge computing, the collaboration aims to provide real-time security analytics and improve resilience. The solution is now available to global customers, and its success will depend on its ability to effectively address the evolving cyber threat landscape and meet the unique security needs of OT networks. The partnership between Nozomi and NVIDIA suggests a growing trend towards integrating specialized security solutions with advanced computing platforms to better protect essential operational processes.