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Measure Operator Workload in Real-Time

Measure Operator Workload in Real-Time

Compare Performance. Identify Training Gaps. Optimize Readiness.

Compare Performance.
Identify Training Gaps.
Optimize Readiness.

Compare Performance.
Identify Training Gaps.
Optimize Readiness.

Learn How

Learn How

HOW IT WORKS

HOW IT WORKS

FortiFly analyzes real-time operator workload, attention, and interactions across multiple vectors of physiological and behavioral data to provide never-before available insights into human performance — in real time.

FortiFly is built for operators to optimize performance for a future where Multi-Domain Data Fusion (MDDF) and AI-powered unmanned systems are a part of every mission.

WHY FORTIFLY

WHY FORTIFLY

Capture unrivaled workload and performance insights

Capture unrivaled workload and performance insights

A first-of-its-kind software suite that can be used for workload assessment, research, training, and to prepare operators for AI teaming, FortiFly provides critical performance information to students, instructors, researchers, and systems — improving capabilities, survivability, and mission success.

FortiFly.Train

FortiFly's proprietary Learning Management System and simulator with instructional strategies for manned/unmanned data fusion for greater tactical decision making.

FortiFly.Train

FortiFly's proprietary Learning Management System and simulator with instructional strategies for manned/unmanned data fusion for greater tactical decision making.

FortiFly.Train

FortiFly's proprietary Learning Management System and simulator with instructional strategies for manned/unmanned data fusion for greater tactical decision making.

AWIC Third-Party Integration

FortiFly's Automatic Widget Identification Component (AWIC) allows us to identify, locate, and track objects or regions of interest within any third-party application.

AWIC Third-Party Integration

FortiFly's Automatic Widget Identification Component (AWIC) allows us to identify, locate, and track objects or regions of interest within any third-party application.

AWIC Third-Party Integration

FortiFly's Automatic Widget Identification Component (AWIC) allows us to identify, locate, and track objects or regions of interest within any third-party application.

FortiFly.Rewind

FortiFly's proprietary Review tool provides the ability to review data and video of simulation runs and mark areas of interest in workload measurements. Through FortiFly.Rewind a student, instructor, and/or researcher can see not only where workload was high or low but what the exact tasks were at a specific moment in time that caused a specific workload level.

FortiFly.Rewind

FortiFly's proprietary Review tool provides the ability to review data and video of simulation runs and mark areas of interest in workload measurements. Through FortiFly.Rewind a student, instructor, and/or researcher can see not only where workload was high or low but what the exact tasks were at a specific moment in time that caused a specific workload level.

FortiFly.Rewind

FortiFly's proprietary Review tool provides the ability to review data and video of simulation runs and mark areas of interest in workload measurements. Through FortiFly.Rewind a student, instructor, and/or researcher can see not only where workload was high or low but what the exact tasks were at a specific moment in time that caused a specific workload level.

Optimize training, identify the workload drivers that can be offloaded to automation, and prepare operators for the future of AI Teaming.

FortiFly

Measures real-time workload, attention, and interactions

Workload assessed via multiple physiological and behavioral measures

FortiFly AI advances with every use

Third-party integration with any interface

Legacy methods

No real-time synthesis of multiple measures and interactions

Heavy reliance on subjective, survey-based assessment

No easy way to playback and review measurement sessions

No ability to integrate into third-party interfaces

FEATURE SPOTLIGHT

FEATURE SPOTLIGHT

FortiFly's AI-enabled gaze and head tracking identifies, locates, and tracks critical regions of interest across 2D, 3D, and XR environments.

USE CASES

USE CASES

Created for the future of Human-AI Teaming, yet flexible for any system or interface

Created for the future of Human-AI Teaming, yet flexible for any system or interface

Leverage FortiFly anywhere you need to understand workload, compare performance, and optimize training. FortiFly provides powerful insights for applications of Human-AI Teaming, uncovering when and where automation should step in and out to better assist end users and help with workload optimization.

Preparation for Human-AI Teaming

FortiFly fills the growing training gap created by the rise of automation and AI. FortiFly was initially built for Navy and Army aviation programs to enhance training effectiveness and mission readiness for operator-AI teaming.It is the automated training platform that will rapidly prepare DoD forces and civilian operators for resource, workload, and technology challenges as AI and automation increase.

Simulation-Based Training

FortiFly can be leveraged in any simulation-based training environment. Our AWIC integration allows FortiFly to evaluate where users are focusing and interacting, while tying that data back to workload and performance evaluation.

Part 108 Validation

For organizations preparing to operate under Part 108, workload validation isn't just a compliance step; it's the point that determines whether an operation is safe and certifiable. FortiFly captures both physiological and performance-based signals in real-time, ultimately making it possible to quantify workload stability across normal and abnormal operational conditions. Validating workload management during multi-UAS operations with the kind of objective, defensible proof the FAA envisioned is something no other tool on the market is designed to deliver.

Comparative Evaluation of Interfaces

Beyond training, FortiFly can be used to compare user workload and performance across different interfaces. Use FortiFly to create benchmarks for operator interfaces and compare how performance varies with different interface layouts.

A Powerful Human Factors Research Tool

FortiFly's adaptability means it can support in R&D and human factors studies in both industry and academia. The underlying workload methods are built on decades of human performance modeling research, further enhanced with the application of physiological instrumentation, individual baselining, and continual AI enabled algorithm improvements.

Preparation for Human-AI Teaming

FortiFly fills the growing training gap created by the rise of automation and AI. FortiFly was initially built for Navy and Army aviation programs to enhance training effectiveness and mission readiness for operator-AI teaming.It is the automated training platform that will rapidly prepare DoD forces and civilian operators for resource, workload, and technology challenges as AI and automation increase.

Simulation-Based Training

FortiFly can be leveraged in any simulation-based training environment. Our AWIC integration allows FortiFly to evaluate where users are focusing and interacting, while tying that data back to workload and performance evaluation.

Part 108 Validation

For organizations preparing to operate under Part 108, workload validation isn't just a compliance step; it's the point that determines whether an operation is safe and certifiable. FortiFly captures both physiological and performance-based signals in real-time, ultimately making it possible to quantify workload stability across normal and abnormal operational conditions. Validating workload management during multi-UAS operations with the kind of objective, defensible proof the FAA envisioned is something no other tool on the market is designed to deliver.

Comparative Evaluation of Interfaces

Beyond training, FortiFly can be used to compare user workload and performance across different interfaces. Use FortiFly to create benchmarks for operator interfaces and compare how performance varies with different interface layouts.

A Powerful Human Factors Research Tool

FortiFly's adaptability means it can support in R&D and human factors studies in both industry and academia. The underlying workload methods are built on decades of human performance modeling research, further enhanced with the application of physiological instrumentation, individual baselining, and continual AI enabled algorithm improvements.

Preparation for Human-AI Teaming

Simulation-Based Training

Part 108 Validation

Comparative Evaluation of Interfaces

A Powerful Human Factors Research Tool

CONTACT

Contact us to learn more or to schedule a demo

CONTACT

Contact us to learn more or to schedule a demo

CONTACT

Contact us to learn more or to schedule a demo