April 19, 2024 at 08:04AM
Cisco is set to launch Hypershield, an AI-powered security platform aimed at protecting cloud workloads and AI systems from cyber threats. The platform utilizes AI-augmented agents to push security to the edge, automatically patch environments, and detect anomalous behavior. It also aims to simplify network security through distributed exploit protection and segmentation policy recommendations. Cisco aims to make the platform generally available by August 2024.
The meeting notes summarize a discussion about Cisco’s Hypershield, an AI-powered, distributed security platform designed to protect cloud workloads and AI systems from cybersecurity threats. The platform aims to automate patching, utilize digital twin technology for testing software updates, provide micro-segmentation policies, and protect against exploits in real-time.
Key points from the meeting include:
– The challenges faced by the cybersecurity industry such as automation by attackers, burdensome software patching, and the shortage of cybersecurity-skilled workers.
– Jeetu Patel’s statement indicating the significance of Hypershield as a platform shift that can potentially provide defenders with an advantage.
– The use of eBPF technology and data processing units (DPUs) for efficient data processing and security automation.
– The demonstration of digital-twin technology for automated patching and testing of software updates by Craig Connors.
– The intention to support other operating systems in the future, starting with Linux environments.
– The use of AI-assisted micro-segmentation policy recommendations and confidence scoring.
– An approach to protecting against exploits in real-time, particularly beneficial for legacy hardware and software.
– The anticipated general availability of the platform by August 2024.
Overall, the development of Hypershield demonstrates Cisco’s commitment to addressing cybersecurity challenges through innovative technologies, automation, and AI-assisted security measures. The platform’s success will depend on the ability to seamlessly integrate its various components and gain trust within the cybersecurity community through rigorous testing and proven efficacy.