Eye tracking is a widely used method for analyzing human behavior. Using fixation calculations, heat map visualizations, shadow maps and other methods, behavior can quickly and easily be explored and understood. Whether in the laboratory, real environment, or the virtual world, our eye tracking solutions enable users to freely choose the location for conducting studies. D-Lab Eye Tracking accompanies you reliably through all study phases.

D-Lab Eye Tracking comes in three different versions: Head Mounted, Remote or Virtual Reality. Find out how eye tracking can support you in your studies. Just click on one of the three methods shown above.

In the planning phase, you define the parameters and definitions of your test persons. During the recording you can observe all gaze data and understand behavior of the participants in real time. For professional data evaluation, the recorded eye tracking data can be played back synchronously and displayed simultaneously with other parameters.

• Automatic calculation of gaze direction to freely definable areas of interest
• Quick and easy calibration (online and offline)
• Supports a variety of eye trackers
• Synchronization with several other data sources and sensors
• Standardized measurement and analysis methods according to EN ISO 15007

D-Lab Eye Tracking supports a variety of important functions:

• Market research
• Ergonomics
• Vehicle studies (cars, trucks, construction machinery, commercial vehicles)
• Aircraft research
• Railway research
• Usability Studies
• Behavioral research
• Perception research
• Surveillance rooms
• Design clinics
• Reading and comprehension research
• Sports science & sports psychology
• Medical research
• Architecture/building/exhibition studies
• Production ergonomics and workplace design
• Real-time gaze control
• Behavior in virtual environments
• Game testing
• Tests of virtual goods shelves and supermarkets
• Evaluation of virtual design concepts
• First test of new product ideas
• Tests of early interface designs
• Behavioral research in virtual reality

Would you like to observe a situation or a group of people and analyze their behavior? Then D-Lab Video is the ideal tool. Just connect your USB, PAL or even IP cameras to D-Lab and record all videos in time sync. Live observation of four or more full HD cameras is possible. You can even control your PTZ cameras directly from D-Lab without additional software.

In the planning phase, you define the metrics and definitions of your test persons. During the recording you can observe all video data and thus the behavior of the participants in real time. For professional data evaluation, the recorded video data can be played back synchronously, displayed with other parameters at the same time, and coded for behaviors.

• Real-time observation
• Synchronous recording and playback of the video data
• Several video sources supported
• Video images with Full HD resolution
• Simultaneously capture 4 or more full HD cameras
• Synchronous recording of other data sources

D-Lab Video supports a variety of important functions:

• Analysis of human behavior from different perspectives
• Analysis of animal behavior from different perspectives
• Analysis of group discussions
• Analysis of mutual interactions, e.g. in developmental psychology
• Using the blend mode with more data
• Synchronous playback with additional data such as physio, eye tracking, etc.

Audio recordings are a suitable method for understanding and analyzing the cognitive processes of your test participants during the test and adding contextual awareness to other data sources. With D-Lab Audio you can record up to 16 microphones synchronously as separate audio channels. D-Lab audio is often used in think-aloud studies, cognitive walkthroughs or focus groups.

In preparation for your study, you define which audio sources you want to record. During the recording, you can follow what your subjects are saying in real time. Have all or selected recorded audio data played back in order to analyze and understand background noise or the utterances of the test persons.

• All channels can be saved as separate audio files
• Play selected channels
• Visualization of the audio signals as amplitude diagrams
• Integrated annotation for precise transcription and analysis
• Individual coding schemes

D-Lab Audio supports a variety of important features:

• Contextual awareness
• Collaborative think aloud
• Retrospective think aloud
• Group talks
• Cognitive walkthrough
• Statements from study participants
• Comments from study leaders

The D-Lab Connect module allows recording of any kind of TCP/IP data and several plug and play biometric, motion capture, and other sensors. With the freely configurable diagrams and the integrated statistics function, the recorded data streams can be precisely analyzed and displayed. Furthermore, this module can be used to gain valuable insights into the physical and mental state and reaction of your subjects. No matter whether you want to record, visualize or analyze values such as EEG, EMG, ECG, skin conductance, and more.

In addition to a growing number of plug & play devices from other manufacturers, D-LAB Connect is also compatible with our Android app for smartphones “SensorConnect”.

In planning your study, you define in advance which physiological values or which data sources are to be recorded and how these are to be displayed during the study.

All values and data sources are synchronously recorded, can be visualized in real time, and can be displayed in numerous, freely configurable diagrams for analysis.

• Flexible interface for synchronous recording of different channels and frequencies
• Wide range of available sensors (Empatica, Enobio, Becker Meditech, Thought Technology, and more)
• Real-time visualization of the recorded channels and physiological values through easily configurable diagrams
• Relay function for forwarding defined values to another IP address in real time
• Visualization of data across multiple subjects
• Summary of data across multiple subjects
• Statistics function for summarizing the results across the subject profile

D-Lab Connect supports a variety of important functions:

• Data recording in driving/flight or train simulator studies
• Connection of measuring device / sensors, additional computers via TCP/IP
• Connection of applications via TCP/IP with D-Lab
• Behavioral research
• Usability studies
• Sports studies
• Neuromarketing
• Psychological studies
• Mental workload
• Physical workload
• Ergonomic studies

If you want to carry out a study in a real vehicle or calculate your own characteristics of your driving performance, D-Lab CAN Bus is the right module. To record data, simply connect the CAN Bus to D-Lab. All CAN Bus data can be recorded synchronously with other input channels (e.g. eye trackers or physiological measuring devices).

To plan your study, define the CAN bus interfaces that you want to include. By visualizing the data sources in real time, you can follow the course of the study and then analyze the recorded data with the help of freely configurable diagrams.

• Recording decrypted data from multiple CAN interfaces
• Real-time visualization of all recorded data
• Several visualization options in analysis mode to be able to optimally interpret the data
• Integrated scripting language for calculating user-defined characteristic values
• Statistics function for summarizing the results across multiple subjects

D-Lab CAN Bus supports a variety of important functions:

• Studies in cars/trucks
• Real driving studies
• Connection of measuring devices or sensors via CAN bus to D-Lab
• Connection of any type of machine or system to D-Lab
• Connection of software/application via CAN bus to D-Lab