Mobile Eye Trackers for the Military and Field Research – Overview of Manufacturers, Models, and Deployment Approaches
The market for mobile eye tracking is currently developing in two clear directions. The first includes classic research-grade eye-tracking glasses, designed for research, attention analysis, decision-making, human factors, and work in natural environments. The second includes hybrid smart glasses with eye tracking, which, in addition to measuring gaze, also offer streaming, training support, remote assistance, and easier integration into operational workflows. For military universities, training units, and research projects, the key distinction is whether the main goal is reliable scientific measurement or rather training and real-time analysis of actions in the field.
1. Tobii – Tobii Pro Glasses 3
The manufacturer Tobii offers the Tobii Pro Glasses 3, positioned as an advanced wearable eye tracker for research in natural environments. The company emphasizes mobility, operation outside the lab, live gaze view, and integration with other data streams such as biometrics, motion capture, and EEG. It is one of the most widely recognized research systems in this category.
Application. Tobii Pro Glasses 3 is best suited for research on attention, perception, decision-making, situational awareness, ergonomics, and human factors. In military environments, it can be used to analyze the behavior of commanders, soldiers during exercises, system operators, vehicle crews, instructors, combat medics, or participants in tactical simulations. It is a very strong choice when the study needs to be methodologically robust and easy to justify in a scientific or implementation project.
Where it works best. This solution is particularly well suited to military universities, service academies, human factors laboratories, simulation centers, research projects on decision-making and attention, and teams analyzing behavior under realistic training conditions. At technical universities, it is also suitable for operator research, human-machine interaction, and occupational safety studies. It is the most broadly research-oriented system in the group. That last sentence is my own assessment based on the nature of the offering and the product’s market position.
Strengths. Tobii’s greatest strength is the maturity of its overall ecosystem: hardware, software, and analytical workflow. For military institutions and universities, it is also important that this is a safe choice from both a procurement and methodological standpoint. The device is suitable for use in motion, while still being more than a demonstration gadget—it is a real research tool.
Weaknesses and limitations. The main limitation is usually the higher entry cost and the fact that the full value of the system is realized only when the organization has a team capable of properly designing studies and analyzing data. For simpler training scenarios, it may be too research-oriented if the user does not need such an advanced analytical environment. This is an interpretive conclusion based on Tobii’s positioning as a research-grade system.
Suggested deployment model. It is best deployed as the core of a research laboratory or a mobile field research kit, combined with video recording, physiological measurement, GPS, and post-session analysis. At a military university, Tobii can serve as the main tool for studying decision-making and attention during exercises, training shoots, patrol drills, or command simulations.
2. Pupil Labs – Neon
The manufacturer Pupil Labs offers Neon, currently one of the most interesting solutions for mobile eye tracking outside the laboratory. The company strongly emphasizes calibration-free operation, performance across different lighting conditions—from bright daylight to darkness—and the ability to launch studies without lengthy setup. This is highly important in field exercises, where time, light, and motion usually work against the researcher.
Application. Neon is best suited for behavior studies in natural environments, rapid research deployments, attention analysis in motion, field exercises, and projects where multiple participants need to be onboarded efficiently. In military environments, it can be especially useful for analyzing the behavior of small units during exercises, map-based actions, decision-making on the move, procedural training, and realistic environment training without heavy lab infrastructure.
Where it works best. It is a very strong choice for technical universities, R&D teams, field research projects, and training units that want to study human performance outside the lab. At a military university, Neon makes particular sense where speed, simplicity, and field robustness are priorities, rather than the most conservative procurement choice. That final comparison is my own assessment.
Strengths. Its biggest advantage is ease of setup and resilience to typical field problems. The lack of calibration is a major strength in real exercises, where users move, change equipment, wear different headgear, or need to begin quickly. It is a very practical system for field work.
Weaknesses and limitations. A possible limitation is somewhat lower formal recognition in traditional procurement structures compared with Tobii. In addition, teams accustomed to more closed and mature ecosystems may need greater independence in building the analytical workflow. Again, this is an interpretive conclusion based on market position and product philosophy.
Suggested deployment model. Neon is best deployed as a light mobile research kit for field exercises, small-group training, observation of behavior during practical tasks, and rapid research projects. For military and technical universities, it is a very good option for entering mobile eye tracking without first building a heavy laboratory environment.
3. Ergoneers – Dikablis Glasses X
The manufacturer Ergoneers develops the Dikablis Glasses X, clearly positioned for mobile, dynamic, and demanding scenarios. According to the official factsheet, it offers pupil tracking up to 120 Hz, a shock-resistant design, compatibility with prescription glasses, and readiness for mobile operation. This solution looks especially strong where users make quick head movements or operate in more aggressive research environments.
Application. Dikablis Glasses X is very well suited for studies involving drivers, vehicle operators, crews, system operators, shooters, soldiers on the move, simulation participants, and individuals operating in highly dynamic and changing lighting environments. In military settings, it may be one of the most interesting tools for behavior studies during field exercises, vehicle training, mobility-related activities, and decision-making analysis during rapid event sequences.
Where it works best. It is best suited to military universities, simulation laboratories, operator training centers, and technical projects related to movement, safety, vehicles, or human-machine interaction. At technical universities, Dikablis makes particular sense where research focuses on operators, transport, dynamic ergonomics, and simulators.
Strengths. Ergoneers’ strength lies in its specialization for more demanding motion scenarios. This is not a showroom-style eye tracker, but a tool for more rigorous experiments. In military and field research, this kind of environmental durability and readiness for fast user movement can matter more than interface elegance. That second sentence is my own assessment.
Weaknesses and limitations. A limitation may be the more technical and specialized nature of the system. For simple teaching activities or less demanding studies, it may be heavier than necessary. Fully exploiting its potential usually requires a knowledgeable research team and a well-designed experimental framework. This is an interpretive conclusion.
Suggested deployment model. It is best deployed as a specialized tool for dynamic field and simulation studies, for example in research involving vehicle crews, operators, participants in tactical exercises, movement training, or work in simulators. For military universities, it may even be a better choice than a more general-purpose system if the priority is motion-related research and performance under load. That final sentence is my comparative assessment.
4. Viewpointsystem – VPS Next / VPS Smart Glasses
The manufacturer Viewpointsystem currently offers the VPS Smart Glasses family, including VPS Next, which combines eye tracking, HD recording, and smart-glasses features. The company highlights lightweight design, operation in difficult conditions, one-to-one and one-to-many streaming, live annotations, calibration-free workflow, REST API integration, and automatic compensation for glasses shifting, for example after putting on a helmet. This is a very interesting direction for training and operational applications.
Application. VPS Next is best suited for training, documentation, remote support, action analysis, and use cases where eye tracking is meant to work together with live streaming and real-time behavioral interpretation. In military environments, it can be valuable for instructor training, unit activity analysis, operator evaluation, technical training support, and studies combining perception with immediate feedback.
Where it works best. It is a very good choice for military universities, training centers, technical units, and programs in which eye tracking is intended not only for research, but also for training and skills development. At technical universities, it may work well in industrial labs, maintenance training, instruction, and specialist performance analysis.
Strengths. VPS’s greatest strength is the combination of several functions in one system: glasses, eye tracking, streaming, annotations, and readiness for workflow integration. In practice, this may be more useful for military applications than a pure eye tracker if the goal is not only scientific publication, but also strengthening the training process. That final comparison is my own assessment.
Weaknesses and limitations. The weakness is that, from the perspective of strict academic research, it may be a less obvious gold standard than Tobii. Its value increases when the organization genuinely intends to use live collaboration, remote support, and workflow integration, rather than relying only on raw gaze measurement. This is an interpretive conclusion based on how the manufacturer positions the product.
Suggested deployment model. VPS is best deployed as a training-research hybrid, in a training center, instructional laboratory, technical unit, or operator development program. It is a very sensible solution for military use when the need is for equipment that not only measures gaze, but also supports the process of learning and performance evaluation.
5. AdHawk – MindLink
The manufacturer AdHawk Microsystems develops MindLink, and the company’s materials as well as scientific publications describe it as a camera-free solution based on a different architecture than classic camera-based glasses. In comparative studies, MindLink has been benchmarked against research-grade systems, with emphasis on low latency and potential for applications where fast oculomotor indicators matter. One study indicated that overall data quality was lower than that of the desktop EyeLink, but among glasses-based systems MindLink performed comparably to or better than some older camera-based solutions, while maintaining very low latency.
Application. MindLink is particularly interesting for studies of rapid reactions, cognitive load, microsaccades, attentional responses, and R&D projects where low latency and a more experimental approach matter. In military settings, it may be valuable for specialized studies on stress, response speed, cognitive fatigue, and decision-making under pressure, though rather as an advanced research project tool than as a primary university-wide system. That final caveat is my own assessment.
Where it works best. It is best suited to R&D research projects, experimental laboratories, and teams that want to study more subtle oculomotor phenomena. For military universities, it may serve as a valuable secondary technology track, but not necessarily as the first main purchase.
Strengths. Its greatest strength is its innovative technology and very low latency profile. This makes MindLink interesting where traditional camera-based glasses may not provide sufficiently fast signals, or where studies focus on very rapid components of human response.
Weaknesses and limitations. A limitation is lower deployment predictability and lower procurement standardization compared with Tobii or even Pupil Labs. Published results also suggest that although the system is promising, it should not automatically be treated as a direct substitute for the most established solutions in every research scenario.
Suggested deployment model. It is best deployed as an experimental R&D platform or a secondary system in a lab, rather than as the organization’s only standard. For military institutions and military universities, it makes the most sense when the project has a strong research and technology-development component.
Final Conclusions
For military universities and research centers studying decision-making and behavior during field exercises, three deployment directions are especially recommended.
As the primary research system, Tobii Pro Glasses 3 is particularly recommended, offering a mature analytical ecosystem, strong methodological credibility, and wide possibilities for integration with additional data streams. In more dynamic studies involving movement, operation under load, and analysis of operator behavior, Ergoneers Dikablis Glasses X holds a very strong position. In applications where eye tracking is expected to support not only measurement, but also training, streaming, mentoring, and real-time performance evaluation, VPS Next is especially recommended. This combination provides a strong balance between research rigor, field resilience, and training value.
For technical universities, human factors laboratories, and teams studying human-machine interaction, solutions that combine implementation flexibility with high data quality are particularly advisable.
In this group, Pupil Labs Neon performs very well, thanks to its ease of use, field resilience, and ability to launch studies quickly. As a main, more formal research instrument, Tobii Pro Glasses 3 still maintains a very strong position, especially where methodological maturity and advanced analysis capabilities are important. In studies involving operators, movement dynamics, simulation environments, and scenarios with rapid user motion, Dikablis Glasses X also remains a recommended solution.
In experimental or developmental research projects, more niche but technologically promising solutions are also worth considering.
In this context, AdHawk MindLink remains an interesting direction, particularly for studies of rapid oculomotor reactions, cognitive load, and R&D applications. However, it is not the most obvious choice as a primary procurement standard for an entire institution, but rather a complementary solution useful in specialized research programs.
The most strongly recommended procurement approach should be based not on the generic term “eye tracking,” but on the intended model of use.
Before selecting a manufacturer, it is worth clearly defining whether the equipment is meant primarily for publication-oriented research, decision analysis in field conditions, training support with real-time feedback, or experimental projects at the intersection of neurotechnology and human factors. Only after such clarification does the choice of manufacturer truly become organizationally, scientifically, and operationally meaningful.
March 2026
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