Vectra AI Acquires Netography for Cloud Network Visibility

Vectra AI, a cybersecurity AI company protecting modern networks from modern attacks, announced it has acquired Netography, a pioneer in cloud network visibility.

This acquisition further strengthens the Vectra AI platform’s threat detection and visibility capabilities across hybrid and multi-cloud environments. As part of the acquisition, Netography’s Netography Fusion will join the Vectra AI product portfolio as Vectra Fusion, delivering agentless cloud network visibility and proactive and preventative cyberattack protection across hybrid and multi-cloud environments.

The traditional network perimeter is changing as enterprises pursue cloud-first strategies, distributed workforces, and the expansion of IoT/OT. Today’s organizations are dominated by hybrid designs, with workloads, identities, and data constantly moving across on-premises, multi-cloud, and SaaS environments. Attackers exploit this complexity, moving across domains in minutes, while defenders struggle with disconnected tools and limited visibility. With the acquisition of Netography, Vectra AI combines cloud network threat visibility with deep AI-powered analysis of attack signals.

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Vectra Fusion provides seamless orchestration of VPC flow logs, automated onboarding of new accounts and workloads, and unified visibility across AWS, Azure, GCP, and on-premises environments. Vectra AI integrates these capabilities to extend coverage across the hybrid enterprise while leveraging cloud control and data plane context to improve attack signal accuracy. The result is a unified and seamless SOC platform optimized for the modern hybrid enterprise.

With Netography‘s technology integrated into the Vectra AI platform, organizations can now benefit from both cloud network visibility and deep AI-driven attack signal analysis. Together, the companies are setting a new standard for detection, investigation, and response at scale and speed, eliminating blind spots, reducing noise, and stopping attacks in modern hybrid and multi-cloud environments.

SOURCE: PRTimes