PPT-GNN: From Research to Real-World Security
10.38% improvement over state-of-the-art with practical deployment.
Read researchHypergraph is the first Autonomous SOC built on a foundational AI model. "Trained Once, Deployed Everywhere" to eliminate L1 analyst fatigue and reduce time-to-value.
Our Mission
We didn't just wrap an LLM around a dashboard. Our research group at the Polytechnic University of Catalonia (UPC) leads the field in Graph Neural Networks applied to network analysis. For over 8 years, we've been developing a foundational model that deeply understands the structural nature of cybersecurity threats.
Traditional AI looks at lists of logs (sequences). Hypergraph models your network as a topology. By analyzing the relationships (edges) between devices (nodes), we detect complex attack patterns that signature-based tools miss entirely.
Our competitive moat. Unlike competitors requiring months of fine-tuning per client, our foundational model is pre-trained on massive datasets to understand the 'language' of network traffic. It generalizes instantly to your infrastructure.
We don't just flag isolated anomalies. By understanding the semantic relationships between nodes, Hypergraph filters out noise, reducing false positives by significantly understanding the context of every connection.
From legacy industrial systems to modern cloud infrastructures, Hypergraph's agentless GNN engine brings context and automation where it's needed most.
Hypergraph isn't just a tool; it's an autonomous agent. It automates the entire Level 1 analysis tier by correlating network flows, proposing mitigation actions, and reducing false positives. Your team focuses on high-level strategy, while our GNN handles the noise.
Unified visibility for complex, hybrid networks. We process NetFlow/IPFIX and other network data in real-time to detect lateral movement and subtle anomalies across your entire corporate infrastructure.
Critical care devices cannot accept agents. Hypergraph provides 100% agentless protection for MRI machines, infusion pumps, and patient monitors, detecting anomalous behavior without touching the device.
Securing the un-securable. Our solution protects legacy SCADA systems and industrial controllers that have operated for decades. No agents, no downtime, just pure network-level behavioral analysis.
Anomalous Modbus command sequence detected.
Deep-dive into autonomous cybersecurity with our comprehensive guides and expert insights
10.38% improvement over state-of-the-art with practical deployment.
Read researchGraph-based approach enabling few-shot learning across networks.
Read researchCurrent breakthroughs and unsolved challenges in security ML.
Read researchWhether you're an MSSP, SME, Medical/Industrial organization, or an investor, be among the first to experience next-generation cybersecurity.
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