SINGAPORE, Nozomi Networks is joining Anthropic’s Project Glasswing to bring AI-driven vulnerability discovery to operational technology (OT), Internet of Things (IoT) and cyber-physical systems (CPS).
AI models like Mythos are on track to fundamentally change how vulnerabilities are identified. They can help defenders find risks faster and at greater scale. Project Glasswing brings together providers of critical infrastructure and software to apply these capabilities defensively, helping identify and mitigate vulnerabilities before they can be exploited, and secure critical software infrastructure.
Nozomi Networks is working alongside peers, partners, and customers to help address the unique cybersecurity challenges and requirements of critical infrastructure environments.
Operational and critical infrastructure environments face unique constraints, including long lifecycles, patching limitations, and direct physical consequences from cyber incidents. Recognising this, critical infrastructure sectors are a core piece of Project Glasswing.
OT and IoT cybersecurity expertise are important contributions to Project Glasswing and ensuring advanced, AI-driven vulnerability discovery is applied to real-world environments.
Through Project Glasswing, Nozomi Networks will:
- Apply advanced AI models to OT & IoT-focused vulnerability discovery in our own platform
- Contribute insights to Anthropic’s collaborative research
- Share findings with the broader cybersecurity community
AI is Strengthening Security for Critical Infrastructure
Project Glasswing reflects a broader shift: AI is accelerating vulnerability discovery and raising the stakes for both aggressors and defenders.
Anthropic understands that collaboration among technology providers, infrastructure operators, and security experts is essential to keep pace with evolving threats and to ensure these capabilities are used safely and effectively.
By joining Project Glasswing, Nozomi Networks is helping ensure that the unique requirements of OT and CPS environments are fully represented in the next phase of cybersecurity.
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