Vectra AI acquires Netography to build converged SOC platform for attack resilience
Vectra AI has announced the acquisition of Netography to deliver a converged SOC platform, redefining how enterprises achieve attack resilience through a unified SOC solution. The integration combines AI-driven threat detection with cloud-native network observability, giving security teams full visibility and faster response across hybrid infrastructures.
For eeNews Europe readers, this development highlights how convergence between AI analytics and network intelligence is reshaping cybersecurity architectures—especially for enterprises struggling to manage risk across hybrid and multi-cloud infrastructures.
Building a resilient SOC
Enterprises today are inherently hybrid, with assets spread across data centers, public clouds, SaaS platforms, and IoT environments. That complexity has expanded the attack surface, giving adversaries more opportunities to exploit misconfigurations, stolen credentials, or neglected systems. Therefore, Vectra AI says its acquisition of Netography meets that challenge head-on by delivering both proactive and reactive resilience in a single operational workflow.
“Pre-compromise resilience means stopping attacks before they start,” the company explained, “while post-compromise resilience means stopping attacks in progress — detecting, investigating, and responding quickly enough to prevent full-blown incidents.”
Netography’s software-defined, cloud-native observability technology offers wide visibility across AWS, Azure, GCP, and on-premises environments by orchestrating flow logs, DNS, and cloud telemetry. Combined with Vectra AI’s patented “attack signal intelligence”—which leverages over 170 AI-driven behavioral detections—the result is a platform capable of reducing exposure before compromise and accelerating detection afterward.
Network data as the source of truth
Vectra AI and Netography emphasize the central role of network data as a “universal truth” for cybersecurity operations. Since every attacker must interact with the network, flow data and telemetry provide critical insight into both pre- and post-compromise activity—revealing misconfigurations, lateral movement, and even encrypted data exfiltration.
Unlike endpoint agents, network data “cannot be turned off, ignored, or hidden,” according to the companies. This continuous, agentless visibility forms the foundation for what they describe as true cyber resilience.
Strategic benefits for CISOs
For CISOs and security leaders, the converged SOC platform promises multiple practical gains. In addition to reducing risk through early exposure management, it enables faster detection of real threats, lowers operational costs by eliminating tool sprawl, and simplifies scalability across hybrid and multi-cloud architectures.
Executives, the company says, are no longer judged by whether breaches occur but by how resilient their organizations are when they do. The merger aims to provide the tools needed for that resilience—uniting prevention and response under one platform.
As the cybersecurity landscape shifts toward integrated, AI-driven architectures, the Vectra AI–Netography combination underscores a growing trend: resilience as a business mandate, not an option.
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