ClearSkies™ AI-SecOps Autonomous Analysts

The Queue Never Waits for a Free Analyst.

Each AI-SecOps Autonomous Analyst executes a closed loop that mirrors the human analyst lifecycle and compresses it.

  • Six steps

    Intake through learning, on every case

  • In parallel

    Continuous, across all the work routed from the TDIR Engine

  • Against the clock

    Ordered by risk and by how close work is to breaching

Two capabilities work together on a single unit of work

  • Generative AI, the understanding

    It interprets raw telemetry, summarizes evidence from several sources into a readable narrative, drafts investigation notes and customer updates, and translates technical findings into business-risk language.

  • Agentic AI, the judgment and the hands

    It decides which detections matter, runs investigations of several steps, chooses a containment path from the business context, executes response across the other add-ons, SOAR and the service-management tooling, and learns from every outcome.

Six steps, run continuously and in parallel

Prioritization scores the detection with the platform’s Risk Scoring Formula, against business impact, detection confidence, ATT&CK relevance and customer context, and the enrichment that follows draws on the context iCollector and the TDIR Engine have already gathered.

ClearSkies™ iISOCTDIR Enginework inoutcomes back01Intake02Enrichment03Validation04Response05Documentation06Learning

Figure 1. The six-step loop, and the exchange with the TDIR Engine. Steps 4, 5 and 6 write back, which is what closes the loop.

Investigation time compresses from hours to minutes, the decision is consistent regardless of which analyst instance handles the case, and every action is documented by default.

Enforcing service commitments

The defining role of the AI-SecOps Autonomous Analysts is to keep service delivery predictable under pressure.

An intelligent process tracks the number and the age of the pending detections in the TDIR Engine’s queue against each customer’s commitments for response and investigation, and it assigns, reassigns, escalates or reprioritizes work to them to fulfil those commitments.

  1. Queueing aware of time to breach

    Work is ordered not only by risk but by how close it is to breaching, so the most time-critical detections are actioned first.

  2. Autonomous pickup

    When no human analyst can meet the window, an AI-SecOps Autonomous Analyst takes ownership immediately rather than letting the clock run down.

  3. Continuous reprioritization

    As new information or higher-severity events arrive from the TDIR Engine, the queues are re-ordered across all tenants.

  4. Escalation before the risk materializes

    A case that exceeds its autonomy threshold is escalated to the right human analyst, with the full context attached, before the commitment is at risk.

Volume no human roster can absorb

Because the workforce is always available and scales on demand, it absorbs volume no human roster can, so response times hold steady independent of analyst experience, staffing level or time of day.

The boundaries this runs inside · How it exchanges with the TDIR Engine

Predictable delivery, by design.

Service commitments stop depending on who is on shift. The AI-SecOps Autonomous Analysts enforce them continuously, so performance becomes a property of the platform rather than of headcount.

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