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AI-assisted security operations & cyber resilience

See the Threat.Understand the Impact.Coordinate the Response.

NurpSuite connects security telemetry, AI-assisted investigations, and business service dependencies to give security teams and leadership one operational picture—from the first alert to enterprise impact.

  • Unified security operations
  • AI-assisted investigations
  • Business impact intelligence
Incident workspace · INC-2041
Illustrative
Critical

Suspicious process execution

EHR-DB-01 · possible compromised server

Modeled dependencies

Illustrative dependency graph: EHR-DB-01 supports the Clinical Records API and Identity service, which support Patient Admissions. The impact path runs through the Clinical Records API.EHR-DB-01Database serverClinical Records APIApplicationIdentity serviceInfrastructurePatient AdmissionsBusiness service

Business impact

Clinical records service

Degraded · Tier 0

Patient admissions at risk · Recovery priority P1

AI investigation summary

  • Correlated 3 related signals on EHR-DB-01
  • Mapped activity to T1078 → T1059
  • Confirm service-account sign-in with owner — analyst step
Illustrative incident workspace showing a critical alert on EHR-DB-01, its modeled dependencies, the resulting business impact on patient admissions, and an AI-assisted investigation summary.

The problem

Security incidents don't stop at the SOC.

When a server is compromised, security, IT operations, and business leadership each respond from separate tools and incomplete context. Everyone sees part of the incident. No one sees all of it.

  1. Sees the alert

    Security Operations

    Detect suspicious activity, investigate alerts, and validate detection coverage.

  2. Sees the outage

    IT Operations

    Understand affected systems, service dependencies, and operational disruptions.

  3. Sees the risk

    Business Leadership

    Translate technical incidents into business risk, recovery priorities, and mission impact.

NurpSuite brings the context together.

Platform

One platform. Connected security intelligence.

Six capabilities that share the same cases, evidence, and dependency model — so an alert, its investigation, and its business consequence stay connected.

  • Unified Security Operations

    Bring supported security telemetry and SIEM workflows into one connected investigation experience — search, alert queue, tickets, and shift handoff.

    • Cross-source search
    • Alert triage
    • Tickets
    • DutyBook
  • AI Agent Orchestration

    An orchestrator coordinates specialized agents for detection engineering, validation, threat hunting, coverage, and executive reporting.

    • Orchestrator
    • 5 specialist agents
    • Analyst approval
  • Detection Engineering

    Review, tune, and improve detection quality, understand coverage gaps, and map detections to MITRE ATT&CK.

    • Rule health
    • Tuning proposals
    • ATT&CK mapping
  • Digital Twin & Impact Analysis

    Model services, systems, and dependencies to explore how a compromise could affect downstream applications and business operations.

    • Dependency model
    • Blast radius
    • Recovery order
  • AI-Assisted Architecture Modeling

    Turn supported architecture diagrams into draft dependency models that your team reviews, corrects, and approves before committing.

    • Diagram import
    • Draft model
    • Human approval
  • Operational Intelligence

    Connect technical findings with service criticality, recovery priorities, and plain-language executive reporting.

    • Service criticality
    • Executive SITREPs
    • Program metrics

Digital Twin

Understand how a compromise moves through your environment.

Model the relationships between systems and services to investigate potential blast radius, identify critical dependencies, and understand which business functions may be affected.

Impact simulation · EHR-DB-01

Illustrative model
Illustrative Digital Twin model. EHR-DB-01 is compromised. Impact paths run through the Clinical Records API to Patient Admissions (recovery priority P1) and through the Imaging Archive to Radiology Reporting (P2). The Identity Service and Billing are on modeled but unaffected paths.INITIAL ASSETAPPLICATIONS & INFRASTRUCTUREBUSINESS SERVICESEHR-DB-01Compromised · databaseClinical Records APIApplication · Tier 0Imaging ArchiveApplication · Tier 1Identity ServiceInfrastructure · Tier 0Patient AdmissionsCritical serviceP1Radiology ReportingHigh serviceP2BillingMedium serviceP3

Swipe sideways to follow the full dependency path.

Compromised assetPotentially affectedImpact pathModeled, unaffected
  • Blast radius

    Trace every modeled downstream service a compromised asset can reach.

  • Critical dependencies

    Service criticality tiers show which paths matter most.

  • Recovery priority

    Restoration order follows business priority, not ticket order.

  • Reviewed models

    Dependencies come from your inventory and diagrams your team approves.

Explore Digital Twin

AI agents

Specialized AI agents. A coordinated operational picture.

AI in NurpSuite is not a standalone chatbot. A central orchestrator runs specialized agents in sequence, passes context between them, and returns each output to an analyst for review.

ORC

Central Orchestrator

Sequences each sweep, passes context between agents, and routes findings to analysts for approval.

  1. DET

    Detection Agent

    Reviews alert volume, false-positive rates, and rule health.

    Tuning proposals

  2. VAL

    Detection Validation Agent

    Checks adversary-simulation outcomes against the detections that claim coverage.

    Verified coverage

  3. HNT

    Threat Hunter

    Searches telemetry for ATT&CK-aligned activity that never triggered an alert.

    Hunt findings

  4. COV

    Coverage Agent

    Confirms the telemetry each detection depends on is present and healthy.

    Ranked gap report

  5. EXE

    Executive Agent

    Turns sweep results into a plain-language situation report for leadership.

    Executive SITREP

Every output goes to an analyst for review and approval.

Example incident

Suspicious activity detected on a critical database server.

Follow one incident from the first alert to a coordinated response across security, IT, and leadership.

Illustrative example

Stage 1 of 4 · Detect

Owner: SOC analyst

A security alert identifies suspicious behavior on a server.

Alert
Suspicious process execution · EHR-DB-01
Related signals
Unusual service-account sign-in · new outbound connection
Queue
Grouped into one case for review

Telemetry arrives from your supported SIEM and endpoint sources.

Use cases

Built for environments where downtime matters.

Where an outage affects patients, missions, or customers, the question is never only what was attacked — it is what stops working.

  • Healthcare & clinical resilience

    A compromised server can quietly put clinical records, admissions, and care delivery at risk.

    • Clinical service dependency models
    • Recovery ordering by care impact
    • Leadership SITREPs
  • Federal & defense operations

    Mission owners need to know which capabilities a cyber event affects, not just which hosts.

    • Mission-impact modeling
    • ATT&CK coverage validation
    • Analyst-approved workflows
  • MSSPs & multi-tenant SOCs

    Analysts move between customers, each with different tools, services, and priorities.

    • Per-tenant subscriber context
    • Shared triage queue
    • Shift handoff with DutyBook
  • Enterprise security & IT

    Security and IT operations triage the same incident from different consoles and data.

    • Cross-source investigation
    • Shared dependency view
    • Detection tuning at scale

Why NurpSuite

Connects the tools you run. Adds the context they lack.

NurpSuite is not a replacement for your SIEM, EDR, or SOAR. It connects supported security workflows to the operational dependencies and business context those tools do not model.

  • Disconnected tools: Alerts arrive without knowing which services depend on the affected asset.

    With NurpSuite: Findings are connected to modeled operational dependencies and service criticality.

  • Disconnected tools: AI features live inside individual tools as standalone assistants.

    With NurpSuite: Specialized AI-assisted workflows are coordinated and share context.

  • Disconnected tools: Security and IT operations investigate in separate consoles.

    With NurpSuite: Both teams work from the same case, evidence, and dependency path.

  • Disconnected tools: Leadership receives technical reports that need translation.

    With NurpSuite: Technical findings are summarized in business-relevant terms.

  • Disconnected tools: Automation acts first and leaves analysts to explain it later.

    With NurpSuite: Recommendations cite evidence, and analysts approve decisions.

Resources

See it for yourself.

Watch the guided demo, download the platform overview, or read answers to common architecture and AI questions.

SimulationRiverbend Unified School DistrictRansomware during fall enrollment
T+00:00 · Alerts & Tickets

Telemetry arrives from every source

EDR and SIEM events are pulled into one queue. Nobody has to watch separate consoles.

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Move beyond alerts. Build a clearer picture of cyber risk.

See how NurpSuite connects investigations, operational dependencies, and business impact in a single security operations experience.

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