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Cyber workforce · Mission readiness · Security assurance

Train for the mission. Prove the readiness.

Connect structured learning, realistic cyber ranges, multi-team exercises, bounded agentic AI and traceable assessment evidence in one governed platform.

Sovereign deployment · Evidence-based assessment · Human-accountable AI

CLIP · Mission readiness

Illustrative view

Role readiness

78%+4 pts this quarter

Illustrative · 12 current · 3 stale · 2 missing

Range readyBoundary checks passed
Detection coverage27 of 34 expected
Evidence sealedSHA-256 verified
Human approvalRequired before release
  • On-premises and air-gapped capable
  • Nine configurable team pathways
  • Open standards and open-source foundation
  • Bounded AI with policy-enforced controls

The shift

Move beyond course completion.

Traditional learning systems record attendance. Standalone ranges create practice. CLIP connects both to observed performance, evidence, after-action improvement and readiness decisions.

Fragmented approach

Separate LMS, labs and exercise tools
Completion-based reporting
Manual lab setup
Isolated team metrics
Unbounded experimentation

CLIP digital thread

One governed journey
Evidence-backed competence
Approved reusable environments
Cross-team mission outcomes
Enforced safety and Rules of Engagement

The digital thread

One digital thread from mission need to readiness evidence.

Each step produces the evidence the next step depends on, so a readiness decision can always be traced back to an observed action.

  1. 01Define mission and roleStart from the work role and the decisions it owns.
  2. 02Identify capability gapsCompare required competencies with current evidence.
  3. 03Assign a learning pathwayCourses, labs and exercises with prerequisites.
  4. 04Practice and exerciseIsolated environments and multi-team scenarios.
  5. 05Capture and assess evidenceObserved actions, artifacts and assessor adjudication.
  6. 06Decide readiness and improveOwned improvement actions and updated records.

In sequence: Define mission and role, identify capability gaps, assign a learning pathway, practice and exercise, capture and assess evidence, then decide readiness and improve — feeding back into the next gap analysis.

Team pathways

Train every role. Exercise the whole system.

Team colours are configurable views over formal competencies, responsibilities, permissions and assessment criteria.

Explore all team pathways

Exercise story

See the exercise as one connected mission.

Red actions, Blue detections, White injects, Gold decisions and AI policy events land on a single correlated timeline, so a detection gap becomes an owned improvement action.

  1. Red

    • T+00:12Authorized web application access attempt
    • T+00:41Lateral movement within declared segment
  2. Blue

    • T+00:19Alert raised from endpoint telemetry
    • T+00:58Containment decision recorded
  3. White

    • T+00:30Business impact inject released
  4. Gold

    • T+01:05Service continuity decision and rationale
  5. AI policy

    • T+00:44Tool request allowed with human approval

Purple Team identifies a detection gap — the missing rule and a retest are raised as an owned improvement action.

Illustrative exercise timeline. Data and results are synthetic.

Who it serves

Outcomes mapped to the people who decide.

Select an audience to see the outcomes CLIP supports and the operational measures available.

Outcomes

  • See role and mission readiness supported by current, traceable evidence
  • Prioritise capability investment against observed gaps rather than course completion
  • Rehearse crisis decisions under realistic time and information pressure

Measures available

  • Percentage of personnel ready for an assigned role
  • Critical capability gaps and readiness trend
  • Evidence freshness by role and competency

Measures are the operational metrics the platform can produce. Baselines and targets are set with each organization during a pilot.

Deployment

Deploy where your mission and data require.

The learning and control plane scales independently from range compute and high-volume telemetry, so isolation never forces a compromise on capability.

Fully disconnected operation for classified or otherwise isolated enclaves, updated through signed offline bundles.

Key benefits

  • No public-Internet dependency for learning, range or evidence functions
  • Signed offline content and software update bundles with rollback metadata
  • Local model inference for AI-supported training

Considerations

  • Update cadence is governed by the offline transfer and quarantine process
  • Internal mirrors are required for packages, images and models
  • Time synchronisation must be provided inside the enclave for evidence quality
Explore architecture and deployment

Safety & trust

Offensive realism with enforceable boundaries.

Realism is valuable only when it stays inside declared limits. These four boundaries are architectural, not procedural.

  • Declared targets and Rules of Engagement

    No exercise, offensive tool or AI agent starts without approved Rules of Engagement and an explicit target scope.

  • Default-deny isolation and independent emergency stop

    Range egress is denied by default, and emergency stop operates independently of the learner-controlled environment.

  • Immutable evidence and chain of custody

    Original evidence is write-protected and integrity-verifiable; analysis happens on controlled working copies.

  • Human authority over AI, scoring and release

    AI recommendations and platform scores support authorized human decisions. They never independently determine an outcome.

Visit the Trust Center

Open ecosystem

Integrate proven open-source capabilities without another tool silo.

CLIP keeps the systems that already work and adds the identity, policy, orchestration, competency, telemetry and evidence services that turn them into one platform.

  • Structured learning

    Open edX
  • Exercise control

    INJECT MUNI
  • Infrastructure

    OpenStackKubernetesKubeVirt
  • Security analytics

    WazuhOpenSearch
  • Network visibility

    ZeekSuricataArkime
  • Digital forensics

    VelociraptorTimesketchAutopsy
  • Secure development

    ForgejoTektonHarborTrivy
  • Observability

    OpenTelemetryPrometheusGrafana
Candidate components are subject to exact-version security and license review. Listing a component does not imply it is integrated, approved or included in a given deployment.
How components are reviewed and governed

Start with one mission. Build a reusable readiness ecosystem.

We will tailor the demonstration around your priority use case, operating constraints and deployment model.

CLIP — Cyber Workforce and Mission Readiness Platform | CLIP