Test & Measurement
Eye Movement Recording – Enhancing Human Insight Through Technology
Eyes are one of the most vital sensory organs, playing a central role in everyday activities. Tracking eye movement and retinal behavior, especially in relation to fatigue, is essential in developing environments optimized for ergonomics and stress management. Whether working on computers, driving, operating in a laboratory, or piloting an aircraft, fatigue management and quick decision-making are critical.
Advanced technologies in modern vehicles, such as attention assist systems, rely on studies that detect early signs of fatigue—many of which are made possible through eye movement analysis. Electronystagmography (ENG) is one such diagnostic technique, used to measure involuntary eye movements. At the heart of every ENG lab or development setup lies the eye movement recorder—an indispensable tool for accurate diagnostics and research.
Today, eye movement recorders are increasingly being used as behavioral sensors, particularly in consumer research. In retail environments, these systems gather data on visual engagement, which is then used to design targeted visual campaigns—across both large display panels and handheld screens. They also play a key role in designing advertisements for static and dynamic media.
In another powerful application, eye trackers are used in assistive technologies—providing accessibility for individuals with physical disabilities, enabling them to interact with digital systems through eye movement alone.
iAdept has proudly included eye movement recorders in its product portfolio since 2010. Our systems are designed to handle a wide range of natural eye and head movements under real-world conditions. They allow maximum free head movement with minimal need for manual adjustments or recalibrations—offering both flexibility and accuracy for researchers, engineers, and ergonomics professionals alike.
Thermal imaging for security and surveillance differs significantly from conventional thermal cameras used in industrial diagnostics. These specialized systems are engineered for long-range detection and harsh environmental conditions, capable of identifying movement through thermal and infrared signatures across multiple kilometers, depending on their configuration and specifications.
When integrated with drones, these systems become powerful tools for real-time data acquisition—ideal for monitoring large industrial facilities, agricultural lands, geological exploration zones, international borders, and coastal areas. Their long-range visibility and heat-based motion detection make them indispensable for high-security operations and strategic surveillance.
iAdept’s portfolio includes a comprehensive range of security-grade thermal imaging solutions, from handheld binoculars to advanced aerial drones meeting military-grade specifications. Available in both portable and online configurations, these systems are designed with varied functionalities to suit different operational needs—whether it’s mobile patrolling, perimeter monitoring, or aerial surveillance.
Automated body measurement systems have been in the market since the early 2000s, serving a wide range of applications—from mass uniform sizing and bespoke tailoring, to virtual fashion fitting, anthropometric research, and national sizing surveys. With diverse use cases come a wide variety of devices and software solutions tailored for different industries.
iAdept entered this space following a specific requirement from a defense client for large-scale personnel body measurement. Since then, body measurement solutions have become a regular part of our offerings, available in both fixed installations and mobile units.
Our systems are capable of capturing precise body dimensions down to the last millimeter, with data securely stored for future analysis and planning. This enables clients to make informed decisions related to sizing, procurement, inventory, and budgeting with high accuracy and consistency.
Measuring engine efficiency and performance throughout R&D, manufacturing, and real-world operation is increasingly in demand. Beyond enhancing performance, such measurements are essential to meeting stringent global emission norms and ensuring regulatory compliance.
Engine efficiency analysis not only drives innovation but also supports sustainability goals by helping manufacturers optimize fuel usage, reduce emissions, and deliver engines that meet both performance expectations and environmental standards.