Telemetry in. Readiness out.

Turn movement data into early, defensible decisions before failure compounds.

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the clarity engine

Built for Mission-Grade Clarity

When clarity arrives late, readiness is already compromised. Field IQ moves interpretation earlier in the cycle.

Precision Architecture

Field IQ computes drift, dwell, deviation, and readiness using deterministic, doctrine-aligned logic.

Signals are stable under noise, explainable during review, and defensible in mission-grade evaluation. Every output can be traced back to observable movement behavior.

Human-Centered Intelligence

Field IQ translates telemetry into the patterns instructors and evaluators actually look for.

Drift becomes hesitation. Deviation becomes route fidelity. Dwell becomes exposure or uncertainty. Signals align with how readiness is judged, not how data is stored.

Modular, Mission-Ready Architecture

Each capability operates as a standalone module that integrates directly into existing dashboards, training tools, and evaluation pipelines.

No platform migration. No forced workflow changes. Teams adopt capability incrementally, without retraining or lock-in.

Modular analysis engines

Clarity-First Telemetry. Zero Ambiguity.

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Deviation engine

Deviation detected before it compounds

Identify execution drift and missed intent as they emerge, allowing instructors and operators to intervene before small deviations compound into mission-impacting failures or post-hoc explanations.

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Readiness scoring engine

Readiness quantified, not inferred

Translate observed behavior into a deterministic readiness score aligned to doctrine, enabling faster, defensible decisions without relying on subjective judgment or narrative review.

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TELEMETRY NORMALIZATION

Signal trust made explicit

Detect noise, gaps, and sampling issues in telemetry so teams know exactly how much confidence to place in each run, reducing false certainty and audit risk.

How Field IQ Interprets Real Movement

Drift During Uncertainty

When a trainee slows or hesitates near a decision point, Field IQ interprets this as uncertainty or information-gathering.

Drift episodes are identified automatically so teams can see when decision-making became unstable, not just where the route changed.

Deviation to Bypass an Obstacle

If someone diverts from the planned route to avoid a vehicle or obstacle, Field IQ flags the deviation and measures its impact.

Teams can distinguish adaptive decisions from route errors using observable evidence, not assumptions.

Dwell at a High-Interest Location

Extended stopping often signals decision-making friction, confusion, or deliberate observation.

Field IQ identifies dwell points and shows how they affected pace, exposure, and mission flow.

Readiness Score Summary

Field IQ unifies drift, deviation, and dwell into a single readiness score.

Teams get a fast, defensible view of performance across people, routes, and scenarios without narrative reconstruction.

Integration without disruption

Built to Integrate, Not to Replace.

Field IQ plugs directly into the systems you already run, without forcing platform migration or workflow disruption.

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Seamless System Integration

Connects directly to the systems teams already rely on, without forcing platform migration or workflow changes.

Telemetry signals are generated independently and delivered into existing dashboards, mission tools, or evaluation pipelines, exactly where decisions already happen.

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Lightweight API Deployment

Exposes a minimal, deterministic API that teams can validate quickly without standing up new infrastructure.

Signals can be routed into existing systems immediately, allowing value to be assessed before deeper integration decisions are made.

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Zero-Friction Scalability

Scales by adding capability, not complexity. Teams can expand from single-route analysis to broader readiness evaluation without reconfiguration or retraining.

As operational needs grow, the signal model remains consistent, preserving trust in outputs over time.

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Decision-time interpretation

Interpretation When It Still Matters

Raw telemetry only becomes useful only when it is interpreted in time to change decisions.

Field IQ detects deviation, drift, and hesitation as they emerge, not after review, so instructors and operators can intervene while outcomes are still recoverable.

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Contact Operations Support

For module access, integration guidance, or operational questions, connect directly with Field IQ operations. Support is provided with real implementation context for defense, government, and mission-critical programs.

Secure options: Signal, PGP, or AWS GovCloud transfer available on request.

DEFENSE-GRADE TELEMETRY. ZERO AMBIGUITY.

Frequently Asked Questions

Clear answers on deployment, integration, and operational fit.

Does Field IQ replace our existing systems?

No. Field IQ is designed to sit alongside your existing platforms. It ingests telemetry and surfaces readiness signals without forcing a rip-and-replace. This is by design. Field IQ is an interpretive layer, not a control system.

How does Field IQ use AI?

Field IQ uses AI selectively and narrowly for pattern detection and signal classification, while keeping outputs deterministic, auditable, and doctrine-aligned.

Can Field IQ operate in offline or restricted environments?

Yes. Field IQ supports offline, disconnected, and fully air-gapped deployments. All core analysis, scoring, and signal generation functions operate without external connectivity, subject to mission requirements.

How long does deployment take?

Most deployments take days, not months, depending on data readiness and integration scope. Field IQ integrates directly into existing workflows without disruption.

What does Field IQ not do?

Field IQ does not replace instructors, command systems, or human judgment. It surfaces signals. Humans authority remains final.