Meet Kairo

Breach Path Disruption for AI-Driven Threats

An exposed workload. A harvestable credential. An over-privileged identity. Routine risks individually, chained together, a breach path. Kairo maps residual paths attackers can use, validates what controls and detections miss, and breaks the chain through your existing controls.

Five routine signals — exposed workload, stale admin token, over-privileged identity, mis-scoped network segment, harvestable credential — chain through three pivot points (privilege escalation, lateral movement, federated trust) into multiple crown-jewel breaches.

See which residual paths your controls and detections miss

Kairo connects exposures, identities, privileges, reachability, controls, detections, and business criticality to identify which paths remain open and what action breaks the chain.

Why current approaches miss breach paths

  • Scanners count findings, not paths. Most tools rank issues by severity, not by whether they are reachable, chainable, or exploitable.
  • Security tools live in separate graphs. Identity, cloud, endpoint, network, and exposure data rarely connect into one breach path.
  • Risk is scored, not traversed. CVSS cannot answer which crown jewels are reachable, which controls reduce risk, or which paths your SOC is monitoring.

Why now: AI-speed attack chains. Frontier AI models like Anthropic's Mythos can discover zero-day weaknesses, chain lower-severity issues into working exploits, and generate functional exploit code at machine speed. Kairo shows whether newly disclosed or AI-discovered weaknesses create reachable breach paths in your environment, then identifies the control action needed to break the chain.

How Kairo works

Kairo's continuous 6-step workflow: Unify, Model, Map, Identify Residual, Disrupt, Resolve — with Identify Residual and Disrupt highlighted as the two value-creating steps.

Powered by reachability-aware path computation, residual path identification, toxic combination detection, and highest-leverage control selection.

Common breach paths Kairo detects

Six attack paths Tuskira detects — Identity to Lateral Movement, Cloud Misconfig to Exfiltration, Endpoint to Ransomware Staging, Living-off-the-Land Persistence, Multi-Cloud Pivot, On-Prem to Cloud Pivot — with kill chains, what Tuskira detects on each, and why current security stacks miss them.

Every path mapped to MITRE ATT&CK, correlated across endpoint, identity, cloud, and network, and backed by detection logic that runs where your data lives.

Competitive Landscape: The Three Camps

Competitive landscape across three camps — cloud-only path modelers (CNAPP), exposure path expanders, and simulators/detection writers (BAS, SIEM/XDR) — and how Tuskira (Kairo) closes the loop with a live digital twin and orchestrated control changes.

"2026 is the year cyber defenses are seeing the shift from AI-assisted attacks to AI-enabled attacks, and defenders need to adapt. That's why Intrado partnered with Tuskira."

— Charles Gifford, CISO, Intrado

Map residual breach paths in days

See which paths attackers can use, what controls and detections miss, and where one action can break the chain.

Request a Kairo demo →

Outcomes

98% fewer findings to chase

Unreachable findings deprioritized automatically.

Minutes to updated path maps

Reachability recalculated as environments change.

One action, many paths closed

Find the shared control point that reduces the most risk.

Detection coverage for residual risk

Validated paths inform detection engineering across the residual attack surface.

Other use cases

Decision-Ready Investigation

Agentic Threat Exposure Management

Breach Path Disruption for AI-Driven Threats

See Full Stack Agentic SecOps in Action

Generate detections at the source, connect them through shared context, and accelerate triage and response across the SOC.

Book a demo
Book a demo
Tuskira’s Difference

Watch the video

See how Tuskira helps security teams validate threats, uncover breach paths, and move faster from signal to action.