For Engineers

Run agentic SecOps on infrastructure you control.

Connect 150+ tools with no centralization and no data movement. Tuskira's agents reason over one normalized model of your environment, and you keep the controls, the residency, and the full audit trail.

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Architecture

Connect, reason, and consume without moving your data.

Detection, validation, and response run against the tools you already own. One graph holds the context. Only verdicts and context move.

CONNECT Federated sources EDR / XDR SIEM & log sources Vuln scanners Cloud & identity Network & email Threat intel 150+ tools via MCP · detection runs in place context in THE CORE · ONE MODEL Security Context Graph + Digital Twin OCSF-normalized asset-entity graph exploitability breach paths AGENTIC ORCHESTRATION · GROUND-TRUTH HARNESS Breach Path Vuln Zero-Day FP · IR verdicts out CONSUME Outcomes & access Vulnerability triage Breach-path discovery Zero-day hunt Alert FP detection Incident & campaign detection UI · API · Tuskira MCP · RBAC Your data never leaves. Only context and verdicts move. No centralization, no duplication. Residency, RBAC, and the full audit trail stay yours.
Connect150+ federated sources via MCP. Detection runs in place, no centralization.
Security Context Graph + Digital TwinOne OCSF-normalized model. Agents reason over it: Breach Path, Vuln, Zero-Day, FP, IR.
ConsumeTriage, breach-path discovery, zero-day hunt, FP detection. UI, API, Tuskira MCP, RBAC.
Your data never leaves.Only context and verdicts move. Residency, RBAC, and the full audit trail stay yours.
Why teams think they have to re-platform

You shouldn't have to rebuild your stack to add AI.

Pipeline sprawlBuilding and babysitting an integration for every tool, then maintaining them as schemas drift.
The ingestion taxShipping everything to a lake or SIEM just to run detection. Cost that scales the wrong way.
Data off the perimeterTelemetry leaving your environment, with no clean answer to "where does our data sit?"
No audit trail for AIAgents acting with no record of what they did, why they did it, or what it cost.
How it's built

Federated, observable, yours.

Federated & in-place

Detection, validation, and response run where data lives, across endpoint, cloud, identity, and network in parallel. No central lake, no ingestion tax, no duplication.

no data movementzero duplication

The foundation everything reasons over

Exposure management, investigations, detections, and the AI agents all reason over the same Security Context Graph. One ground truth for the whole SOC, instead of every tool guessing in isolation.

OCSF-normalizeddigital twin

Observable & auditable

Every agent run is logged with a full reasoning chain, plus end-to-end token and cost telemetry broken out per investigation, model, and run.

full auditabilitycost traceability
⟪⟫

Extensible & access-controlled

Connect through MCP, author tenant-specific playbooks via the product API, and govern with RBAC that respects your existing roles.

product APITuskira MCPRBAC
Agentic execution

How an agent actually runs.

Not a black box. Every agent follows the same loop over your shared model, and you decide where it stops for a human.

  1. 1Receives a task

    An alert, a new CVE or zero-day, a triage question, or a scheduled hunt.

  2. 2Reasons over the graph

    Queries the Security Context Graph, the shared model of your environment.

  3. 3Validates against controls

    Tests whether it is reachable, and whether the controls you run would stop it.

  4. 4Produces a verdict

    Evidence-backed, with a confidence score and a full reasoning chain.

  5. 5Human approves

    You set the autonomy boundaries; high-impact actions wait for a person.

  6. 6Audit trail recorded

    Every decision, action, and approval logged, and reversible.

What runs on the platform

Four agents. One shared model.

Every agent reasons over the same Security Context Graph, allowing exposure, detection, investigation, and response to operate from the same understanding of your environment.

Kairo
What attack paths exist?

Attack-path analysis and breach modeling. Maps how exposures, identities, and controls chain into real breach paths.

Lattice
Which vulnerabilities actually matter?

Reachable vulnerability prioritization. Cuts millions of findings to the exploitable, reachable, and undefended few.

Quell
Does this zero-day reach us?

Zero-day validation and mitigation. Determines whether a newly disclosed vulnerability creates a reachable attack path, and recommends the compensating control that closes it.

Iris
Is this alert real, and how far did it go?

L1/L2 investigation and response. Validates alerts, determines blast radius, and orchestrates containment and remediation.

Operate with confidence

See exactly what the agents did, and what it cost.

Cost metering per investigation

Agentic investigation is economically viable at scale, metered per case, not a black box or a cost ceiling.

End-to-end telemetry

Token, cache, and performance visibility broken out per agent, model, and run. Already operational, not a roadmap promise.

Full auditability

Every verdict, decision, and approval recorded, with reasoning chains you can open and inspect.

Who it's for

Built for the people who run the SOC.

PrimarySecOps engineers

Operate the platform end to end: connect the stack, keep data in place, and control access.

PrimaryPlatform engineers

Integrate Tuskira via API and MCP, meet residency and compliance, and govern with RBAC.

AlsoDetection engineers & IR

Author and federate detections, and investigate across sources, all on the same shared model.

Bring it to your stack.

See federated detection, the Security Context Graph, and full agent auditability on a real environment.

Request a demoTalk to our engineers