Who is Netography?
Netography is a network security and observability vendor that provides a SaaS-based platform for detecting, investigating, and responding to threats across hybrid, multi-cloud, and on-premises (on-prem) environments.
- Cloud-native, SaaS-delivered Network Detection and Response (NDR) platform for hybrid and multi-cloud environments.
- Unified visibility across on-prem, cloud, and edge networks using metadata and flow-based telemetry.
- Threat detection, investigation, and response workflows for Security Operations (SecOps) and network operations teams.
- Support for modern architectures including multi-cloud, containerized workloads, and distributed applications.
- Integrations with existing security and IT operations tools for enrichment, alerting, and automated response.
Show more
More About Netography
Netography focuses on network security and observability for enterprises that operate distributed infrastructure spanning data centers, public clouds, and edge locations. Its cloud-native platform (network detection and response) is delivered as a Software-as-a-Service (SaaS) offering, which removes the need for customers to deploy and manage dedicated appliances or sensors at each site. The platform ingests network metadata and flow-based telemetry from multiple environments to provide a consolidated view of traffic patterns, security-relevant events, and policy adherence.
Within enterprise and institutional environments, Netography is positioned as a tool for SecOps center (SOC) teams, network operations teams, and cloud infrastructure teams that require visibility across heterogeneous environments. It is designed to provide detection of threats, anomalous behavior, and policy violations without Deep Packet Inspection (DPI), instead relying on data sources such as NetFlow, IPFIX, and comparable flow protocols. This architecture supports monitoring of workloads running across different cloud providers and on-prem networks while maintaining centralized analysis and policy management in the SaaS control plane.
The platform fits into the broader categories of NDR, network security monitoring, and security observability. It is interoperable with other enterprise security tools, such as Security Information and Event Management (SIEM) and Security Orchestration Automation Response (SOAR) systems (security operations), by forwarding alerts, context, and telemetry for correlation and automated response. This allows organizations to use Netography as one part of a layered security architecture, feeding network-derived indicators into existing incident response processes and playbooks.
From a technical standpoint, Netography emphasizes metadata-based monitoring, which can be suited to encrypted traffic and distributed microservices architectures where payload inspection is limited. By focusing on flow records and network context, the platform can map communications between assets, highlight deviations from expected patterns, and support investigations into lateral movement or unauthorized access. This aligns with modern zero trust and segmentation strategies, where understanding which entities communicate and how often is a core control requirement.
In marketplace and directory taxonomies, Netography aligns with NDR, SaaS security analytics, and hybrid/multi-cloud security visibility. Organizations evaluating tools in these categories can view Netography as a cloud-native option that concentrates on telemetry aggregation, analytics, and security workflows rather than on physical or virtual sensor deployment. Its use cases commonly include threat detection in multi-cloud networks, visibility for cloud migration projects, and support for security teams seeking network-layer context in incident investigations.
Our description of Netography. Updated December 2025.
