Patent Pending

The Science Behind Human Performance.

Piloteer turns validated human-performance research into sensing systems that decode real interactions and sharpen performance in complex environments.

The Science Behind Human Performance.

Piloteer turns validated human-performance research into sensing systems that decode real interactions and sharpen performance in complex environments.

The Science Behind Human Performance.

Piloteer turns validated human-performance research into sensing systems that decode real interactions and sharpen performance in complex environments.

Piloteer’s Scientific Core.

Human performance is shaped in the field, not the lab. Piloteer unites behavioral science, neuroscience, and elite team research with millions of real interactions to create systems that operate under true complexity.

Piloteer’s Scientific Core.

Human performance is shaped in the field, not the lab. Piloteer unites behavioral science, neuroscience, and elite team research with millions of real interactions to create systems that operate under true complexity.

Piloteer’s Scientific Core.

Human performance is shaped in the field, not the lab. Piloteer unites behavioral science, neuroscience, and elite team research with millions of real interactions to create systems that operate under true complexity.

The Behavioral Frameworks Inside Piloteer.

Piloteer identifies the behavioral patterns shared by top performers across millions of interactions. These patterns become the frameworks our sensing models use to understand and measure performance.

The Behavioral Frameworks Inside Piloteer.

Piloteer identifies the behavioral patterns shared by top performers across millions of interactions. These patterns become the frameworks our sensing models use to understand and measure performance.

The Behavioral Frameworks Inside Piloteer.

Piloteer identifies the behavioral patterns shared by top performers across millions of interactions. These patterns become the frameworks our sensing models use to understand and measure performance.

The  Chosen XIII

The Hunter’s 10

Self-Awareness
Resilience
Decision Making
Adaptability
Team Building
Emotional Intelligence
Vision + Goal Alignment
Feedback + Coaching
Conflict Resolution
Connection
Authenticity
Executive Presence
Empowerment

The  Chosen XIII

The Hunter’s 10

Self-Awareness
Resilience
Decision Making
Adaptability
Team Building
Emotional Intelligence
Vision + Goal Alignment
Feedback + Coaching
Conflict Resolution
Connection
Authenticity
Executive Presence
Empowerment

The  Chosen XIII

The Hunter’s 10

Self-Awareness

Subdimension

Warmth & Presence

Care Proof

Credibility Cues

Safety Signaling

Relational Sync

Emotional Intelligence

Subdimension

Read the Room

Self-Regulation

Empathic Reflection

Emotional Framing

Steady Presence

Connection

Subdimension

Curiosity with Purpose

Consequence Framing

Pattern Break

Story Trigger

Intentional Silence

Resilience

Subdimension

Playback

Signal Spotting

Conversational Balance

Thread Recall

Alignment Check

Vision + Goal Alignment

Subdimension

Outcome Anchoring

Cost of Same

Buyer-as-Hero

Contrast Framing

Shared Win

Authenticity

Subdimension

Surface Early

Validate Before Solve

Reframe the Risk

Proof in Motion

Confirm & Close

Decision Making

Subdimension

Fluent Simplification

Confident Depth

Diagnostic Dialogue

Real-World Proof

Adaptive Language

Feedback + Coaching

Subdimension

Tempo Control

Energy Matching

Flow Recovery

Strategic Pause

Transition Clarity

Executive Presence

Subdimension

Set the Map

Guide the Flow

Manage the Clock

Frame the Decision

Own the Follow

Adaptability

Subdimension

Readiness Test

Recap Close

Confident Ask

Choice Simplifier

Micro-Commit

Conflict Resolution

Subdimension

Readiness Test

Recap Close

Confident Ask

Choice Simplifier

Micro-Commit

Empowerment

Subdimension

Readiness Test

Recap Close

Confident Ask

Choice Simplifier

Micro-Commit

Team Building

Subdimension

Readiness Test

Recap Close

Confident Ask

Choice Simplifier

Micro-Commit

Piloteer’s Applied Human Science Architecture.

Piloteer applies a multi-stage scientific process to human interaction. Signals are captured, interpreted, mapped to research-backed frameworks, calibrated for reliability, and delivered as measurable insights built for real-world complexity.

Piloteer’s Applied Human Science Architecture.

Piloteer applies a multi-stage scientific process to human interaction. Signals are captured, interpreted, mapped to research-backed frameworks, calibrated for reliability, and delivered as measurable insights built for real-world complexity.

Piloteer’s Applied Human Science Architecture.

Piloteer applies a multi-stage scientific process to human interaction. Signals are captured, interpreted, mapped to research-backed frameworks, calibrated for reliability, and delivered as measurable insights built for real-world complexity.

Layer 00:

[Layer 00] Model Training

Trained on global teams and diverse perspectives to reduce bias and recognize the full nuance of human behavior in all its complexity.

Layer 00:

[Layer 00] Model Training

Trained on global teams and diverse perspectives to reduce bias and recognize the full nuance of human behavior in all its complexity.

Layer 00:

[Layer 00] Model Training

Trained on global teams and diverse perspectives to reduce bias and recognize the full nuance of human behavior in all its complexity.

Layer 01:

[Layer 01] Evidence Capture

Captures the raw behavioral signals that form the foundation of human performance.

Layer 01:

[Layer 01] Evidence Capture

Captures the raw behavioral signals that form the foundation of human performance.

Layer 01:

[Layer 01] Evidence Capture

Captures the raw behavioral signals that form the foundation of human performance.

Layer 02:

[Layer 02] Signal Interpretation

A multi-layer reasoning process that transforms raw signals into meaningful behavioral patterns.

Layer 02:

[Layer 02] Signal Interpretation

A multi-layer reasoning process that transforms raw signals into meaningful behavioral patterns.

Layer 02:

[Layer 02] Signal Interpretation

A multi-layer reasoning process that transforms raw signals into meaningful behavioral patterns.

Layer 03:

[Layer 03] Framework Mapping

Maps interpreted signals to validated human-performance behaviors.

Layer 03:

[Layer 03] Framework Mapping

Maps interpreted signals to validated human-performance behaviors.

Layer 03:

[Layer 03] Framework Mapping

Maps interpreted signals to validated human-performance behaviors.

Layer 04:

[Layer 04] Scoring Engine

Quantifies behavioral effectiveness using multimodal, research-based evidence.

Layer 04:

[Layer 04] Scoring Engine

Quantifies behavioral effectiveness using multimodal, research-based evidence.

Layer 04:

[Layer 04] Scoring Engine

Quantifies behavioral effectiveness using multimodal, research-based evidence.

Layer 05:

[Layer 05] Recommendations Engine

Transforms scores into evidence-backed performance guidance.

Layer 05:

[Layer 05] Recommendations Engine

Transforms scores into evidence-backed performance guidance.

Layer 05:

[Layer 05] Recommendations Engine

Transforms scores into evidence-backed performance guidance.

Layer 06:

[Layer 06] Ecological Validity

Piloteer transforms decades of human-performance research into systems that perform in the field. It moves the science out of books and into real conversations, real decisions, and real team environments.

Layer 06:

[Layer 06] Ecological Validity

Piloteer transforms decades of human-performance research into systems that perform in the field. It moves the science out of books and into real conversations, real decisions, and real team environments.

Layer 06:

[Layer 06] Ecological Validity

Piloteer transforms decades of human-performance research into systems that perform in the field. It moves the science out of books and into real conversations, real decisions, and real team environments.

Layer 07:

[Layer 07] Longitudinal Adaptation

Piloteer learns how individuals, teams, and companies perform. It adapts to each environment’s behavioral signature, sharpening its sensing as context and performance evolve.

Layer 07:

[Layer 07] Longitudinal Adaptation

Piloteer learns how individuals, teams, and companies perform. It adapts to each environment’s behavioral signature, sharpening its sensing as context and performance evolve.

Layer 07:

[Layer 07] Longitudinal Adaptation

Piloteer learns how individuals, teams, and companies perform. It adapts to each environment’s behavioral signature, sharpening its sensing as context and performance evolve.

Layer 08:

[Layer 08] Organizational Drift Detection

Piloteer senses when individuals, teams, or entire organizations shift away from their established performance patterns, surfacing early signals of drift long before they become visible.

Layer 08:

[Layer 08] Organizational Drift Detection

Piloteer senses when individuals, teams, or entire organizations shift away from their established performance patterns, surfacing early signals of drift long before they become visible.

Layer 08:

[Layer 08] Organizational Drift Detection

Piloteer senses when individuals, teams, or entire organizations shift away from their established performance patterns, surfacing early signals of drift long before they become visible.

Human Science in Motion.

Piloteer turns human science into Performance Intelligence  - built to drive outcomes under speed, stress, and real-world complexity.

Human Science in Motion.

Piloteer turns human science into Performance Intelligence  - built to drive outcomes under speed, stress, and real-world complexity.

Human Science in Motion.

Piloteer turns human science into Performance Intelligence  - built to drive outcomes under speed, stress, and real-world complexity.

Why it Matters.

Traditional human-performance science describes behavior. Piloteer activates it.

By fusing validated research with continuous multimodal evidence, we turn static theory into adaptive intelligence that operates where real complexity lives.

This is the new frontier of performance science.

Sensing AI Signal Confidence

98.7%

Live Awareness Precision