Challenge
Eye tracking in situations with reflective or counter- light can cause image issues and turn the recording useless.

Solution
Dikablis^{Glasses X} use high quality cameras to capture eye movement without any distraction caused by lighting the eye region. Without the use of additional Lenses between eye and field, Dikablis guarantees reflection free tracking, lossless signals and the comfort of using prescription glasses in case needed by the probant.

Impact
– Drastically reduce post-processing
– Continuous, lossless eye-tracking data

Challenge
Technically limited in a trade-off between frequency and weight of hardware, eye-tracking technology traditionally was lacking capabilities to properly analyze behavior and objects in scenarios with fast head and eye movements.

Solution
Dikablis^{Glasses X} delivers lightweight, mobile eye tracking in high frequency, where analysis in slow motion is required.

Using a global shutter where all pixels of the field and eye cameras are recorded at the absolute same time, Dikablis glasses X prevents distractive and loss-prone camera effects like ‘rolling shutter’ and ‘moire’.
The Result: Smoothest image and lossless eye-tracking coordinate raw data.

Impact
– Worry less, capture more. Dikablis moves Research focuses on worrying about preventing the issues and respecting technical constraints to monitoring insights live in Prophea.X
– Save time and take the next step already while recording. For instance by setting Events

Challenge
Researchers and professionals across disciplines—from UX design to automotive testing—struggle with capturing precise, reliable eye-tracking data in dynamic, real-world environments. Traditional eye-tracking systems often fall short in mobility, data accuracy, or adaptability to lighting and movement, especially during high-speed tasks or fieldwork.

Solution
Dikablis Glasses X by Ergoneers address these challenges with:
A triangular camera setup for stable eye-tracking under any lighting condition
Global shutter technology on both eye and field cameras to eliminate motion blur
High-speed recording at up to 120 Hz to capture even the fastest eye and head movements
A flexible, ergonomic, and durable design adaptable to screen-based and mobile scenarios
Seamless integration into complex research setups (e.g., driving simulators, VR, UX labs)

Impact

With Dikablis Glasses X, researchers gain:
Unmatched data reliability in real-world, high-motion environments
Greater experimental flexibility, enabling studies that were previously limited by hardware constraints.

Enhanced user insights from natural, unrestrained behavior, improving product, system, and interface designs

Time and cost savings due to reduced setup complexity and fewer missed data points

A tool trusted for over 20 years, backed by Ergoneers’ proven track record in scientific eye-tracking excellence