Akamai has launched a brand new resolution powered by NVIDIA designed to assist shield essential methods from cyberattacks. By combining Akamai Guardicore Segmentation software program with NVIDIA BlueField Information Processing Models (DPUs), the answer helps operational expertise (OT) and industrial management methods (ICS), together with tools that can’t run conventional safety brokers.
The hardware-isolated, agentless safety method is meant to assist organisations meet regulatory necessities and handle cyber insurance coverage threat profiles. Defending infrastructure akin to water vegetation and energy grids has traditionally been difficult, as many of those environments depend on legacy methods that can’t accommodate standard cybersecurity instruments.
The answer offloads safety processes from host methods to NVIDIA’s BlueField DPUs, enabling Zero Belief segmentation with out putting in software program brokers on legacy or delicate methods. This method gives out-of-band visibility throughout methods, networks, and purposes whereas avoiding disruption to operational processes. Safety insurance policies will be utilized in actual time to create segmentation boundaries round operational methods.
The agentless structure additionally allows organisations to filter community threats and isolate compromised methods on the {hardware} degree, together with eventualities the place central computing methods are breached. NVIDIA BlueField features as an unbiased “bump-in-the-wire” system, designed to minimise impression on system efficiency and operational uptime.
The answer can even detect anomalous community connections and potential indicators of compromise. The announcement comes as authorities assessments determine sectors akin to power and transportation as key targets for cyberattacks.
The collaboration between Akamai and NVIDIA gives organisations with visibility into operational exercise and a technique for making use of safety controls to environments the place putting in software program brokers isn’t possible.
