Seetra is a modern Endpoint Detection & Response platform. Featherweight agents on every host stream telemetry to a single console — so threats surface in seconds and containment is one action away.
One lightweight agent, one console. Seetra collects host analytics, detects what matters, and puts response actions a click away.
Every enrolled host streams process, host, and health telemetry over a persistent control channel — so your fleet status is never more than a pulse old.
Suspicious behaviour is surfaced the moment it happens. Signals from across the fleet roll up into a single, prioritised view of what needs attention.
Isolate a host, kill a process, or push a policy from the console. Signed commands travel down the same secure channel the agent already trusts.
A native C++ client built on the Windows SDK — no runtime, no bloat. It sips CPU and memory while keeping a tight, always-on link to the console.
Manage enrollment, watch pulses, and drive response from one place. The console and agents run as separate hardened services with separate credentials.
PAHARA — Programmable Agent for Host Analytics, Response & Automation — exposes a versioned partner API, so new telemetry and automation plug in without re-deploying endpoints.
Seetra agents enroll once, then run a simple, secure loop: authenticate, report, and act on signed commands.
An admin issues a short-lived enrollment token. The agent registers once with a host fingerprint and receives its identity and refresh secret.
The agent trades its refresh secret for a short-lived access token. Credentials rotate automatically — a stolen token is useless within the hour.
Over a persistent, TLS-secured control channel the agent sends a steady pulse — host health, process activity, and detection signals.
When you act, the console pushes a signed command down the same channel. The agent verifies the signature before it does anything — never blindly.
Agents and the console are served by different processes with separate audiences — edr-partner for agents, edr-internal for the console. An agent credential simply cannot reach a console route.
Seetra treats every host as untrusted by default. Identity, containment, and least-privilege are enforced at the protocol level — not bolted on.
Access tokens live for about an hour. Even if one leaks, the blast radius is measured in minutes — and revocation is keyed to the host, so decommissioning kills access instantly.
Agent and console tokens pin different aud claims and are mounted by different services. Routing itself — not just a check — keeps agents out of console surfaces.
On Windows, agent identity and refresh secrets are sealed with DPAPI at %ProgramData%\Seetra — never hardcoded, never written in the clear.
Response actions carry a signature verified against a pinned key before execution. An unverified command is refused, never silently applied.
The control channel rides TLS end to end, and the partner surface sits behind client-certificate verification on its own dedicated hostname.
A codec seam is built into the agent so the telemetry data plane can move to an AES-256-GCM envelope without touching a single caller.
Book a walkthrough and watch a host go from bare metal to protected — enrollment to first response — in minutes.