Triago triages, investigates, and resolves 95% of security alerts before a human opens a ticket — with full evidence, audit trail, and approval policies. Built for SecOps teams who refuse to keep paying for burnout.
Trusted by security teams at
Triago closes the gap between the alerts your tools generate and the alerts your team can investigate. Measured weekly. Reported plainly.
Every Triago verdict is backed by a step-by-step trace: the tools called, the queries run, the evidence pulled, and the reasoning that linked them. No black boxes. No bluffing.
Splunk · suspicious_login · user kdavis · src 198.51.100.42
Okta lookup · MFA satisfied 04:17 UTC · device unmanaged
198.51.100.42 → known residential proxy · risk 7.4
CrowdStrike RTR · 0 child processes · no LOLBins · clean
Benign — travel + new device. Notify user, require step-up MFA.
Planner, Investigator, Verifier, Responder, and Scribe — five specialist agents that collaborate the way a senior SOC team does, with bounded retries and human-in-the-loop gates on every consequential action.
Splunk, Sentinel, CrowdStrike, SentinelOne, Okta, AWS GuardDuty, Defender, M365, Google Workspace. Bidirectional, idempotent, schema-aware.
120+ connectors
Triago learns your runbooks from history — not from a drag-and-drop editor.
An independent model checks the investigator. Abstains when unsure.
Immutable, exportable to your SIEM. Per-tool authz, per-action policy, two-person approval available for contain / disable / quarantine.
SOC 2 · ISO 27001 · HIPAA
Run regressions on golden alerts. Triago publishes accuracy, latency, and cost per workflow — weekly.
Latency, cost, accuracy, override rate. One dashboard for the entire agent fleet.
| Capability | Legacy SOAR | EDR-native copilots | Triago |
|---|---|---|---|
| Time to first investigation | 3–6 months | Days | Same day |
| Handles unseen alert types | Requires new playbook | Limited reasoning | Yes — reasons from policy |
| Vendor-neutral | Partial | Tied to EDR vendor | Multi-stack |
| Audit trail of agent reasoning | No | Partial | Full, immutable |
| Publishes accuracy benchmarks | No | No | Yes, weekly |
01
OAuth into your SIEM, EDR, IdP, and ticketing. No agents to deploy.
02
Triago runs alongside your team for 7 days. You compare verdicts, set policy.
03
Enable autonomy per alert category. Tune approvals on sensitive actions.
04
Triago runs 24×7. Your team handles the 5% that need a human.
We had eight tier-1 analysts drowning in Defender alerts. Three weeks after we turned Triago on, our untriaged backlog was zero and we redeployed two analysts to threat hunting. The evidence trail is what sold the team — every verdict is auditable.
M. Rao · Director, SecOps · Foundry (4,200 employees)
The autonomous SOC analyst handles reactive triage. The rest of the ecosystem handles everything else: proactive hunting, OT/edge coverage, deception traps, threat graph enrichment, and adversarial model training. All five share the same federated model corpus and NVIDIA GPU infrastructure.
Proactive GPU-accelerated threat hunting. Runs continuous hypothesis-driven investigations across historical telemetry while Triago works the live queue. Powered by RAPIDS cuGraph.
EcosystemOT / ICS / IoT edge security on NVIDIA Jetson Orin. Air-gapped detection for industrial control systems that cloud SIEMs cannot see. Digital twin cyber-range via Omniverse.
EcosystemNeMo-generated deception fabric. AI-crafted fake credentials, users, and services indistinguishable from real ones. Every attacker interaction produces a zero-false-positive Triago alert.
EcosystemReal-time threat intelligence graph on RAPIDS cuGraph. Sub-3-second actor attribution and attack-path prediction — fast enough to enrich every live Triago investigation.
EcosystemOmniverse + Cosmos adversarial simulation. Generates synthetic attack chains at GPU scale to train Triago's RL investigators on TTPs too rare to find in real data.
All five products share a federated model corpus via NVIDIA NVFlare — every investigation improves the shared security foundation model across the whole network, without any raw telemetry leaving the customer's environment.
Triago's detection layer runs on NVIDIA Morpheus for real-time telemetry scoring at SOC volume — millions of events per second, sub-100ms. Investigations run on self-hosted NeMo-customized models served via TensorRT and Triton. FedRAMP and air-gapped deployments use NIM packaging. The result: 70-80% gross margins and detection latency that API-dependent alternatives cannot reach.
NVIDIA stack
No agents to deploy. No replatforming. Just a number we both believe in by day seven.