Reduce Breach Risk
See and Secure the Entire Attack Surface
Nobody set out to build a fragmented attack surface. It happened one acquisition, one cloud migration, one AI project at a time, and each new environment got instrumented by whoever owned it, using whatever tool they already had. The result is that perceived coverage rarely matches the reality on the ground. The endpoint agent never made it onto the hypervisor. SASE tunnels create a blind spot at the branch. Containers come and go in seconds.
ExtraHop sees all of it. Data center, campus, remote and branch, containers, hypervisors, SASE. We give you one real-time ground truth of every device, identity, workload, and conversation on the network, the instant it happens.
Challenges
Growth Outpaces Visibility
Attack surface growth doesn't wait for security to catch up. A cloud migration, an acquisition, a new data center, or a wave of IoT and OT devices can add thousands of assets in weeks, and few teams have a current inventory.
Agent-based tools make it worse: unmanaged devices, agentless systems, and short-lived containers spin up and disappear before anything can be installed. Non-human identities, service accounts, API keys, and AI agents already outnumber human ones roughly 20-to-1, and most tools have no idea how any of them normally behave.
The network is the foundational knowledge providing context and complete visibility into lateral movements that siloed logs lack.
Solution
One Platform for Every Blind Spot
ExtraHop’s NDR monitors 400 Gbps backbones and AI-factory data centers passively, with zero added latency, and decrypts encrypted east-west traffic, including AI agent, API, and MCP/LLM sessions, at line rate. It catches IoT, OT, short-lived containers, and other non-human workloads that agent-based tools never see, from one console covering data center, multi-cloud, and hybrid environments.
Every device, user, and identity is inventoried the moment it starts talking on the network, agentless, with nothing installed anywhere. When something needs proof, full L2-L7 transaction reconstruction gives packet-level evidence instead of a guess, and Automated Retrospective Detection replays past traffic the moment a new indicator emerges, so you know if you were already exposed.




