Argus Science Overview

Argus Science

Argus Science sells eye-tracking software and hardware. One of its products is the tetherless head-mounted eye-tracking glasses known as ETMobile glasses. ETServer System (a rapid eye tracking server); ETReact (for combining movement and vision); The ETMobile 3Space System is suitable for 3D mobile eye tracking; Testing Software; SceneMap, an SDK for integrating third parties, and a tool for market research based on heat maps. Some of the applications for the products include academic and market research, the military, virtual reality, sports performance, and Human-Computer Interaction (HCI).

Argus Science, LLC was founded by a group of engineers to create and develop next-generation Eye Tracking Solutions. The company has over 40 years of collective experience in the field of eye tracking and is also committed to supporting customers of Applied Science Laboratories to create new solutions that will benefit the growing requirements of their fieldArgus Science, LLC was founded by a group of engineers to create and develop next-generation Eye Tracking Solutions.

Founded: 2016

Company Type: Private

Industry type: Medical services

Headquarters: Tyngsboro, Massachusetts, United States

Website: www.argusscience.com

The company sells various eye-tracking hardware and software to improve the visibility of its clients. These products are;

• Binocular eye tracker (ETVision Glasses).
• 3D mobile eye tracker (ET3Space System).
• The external video source (Stationary Scene Camera).
• Complete Analysis Solution (ETAnalysis Software) with additional StimTrac (Stimulus Tracking) Module.
• Real-time eye data, eye image, and scene image for remote applications via network connection (ETRemote).
• Easy SDK with samples for third-party application integration.

The ETVision system from Argus Science has a high update rate, can measure with both eyes, and is entirely portable, so it can be used indoors or outdoors.

ETVision takes the capabilities of the company’s previous lightweight, unobtrusive eye trackers and enhances them.

Participants with uncorrected vision or those who already wear prescription glasses or contacts can wear the ETVision. It was made to let the researcher collect data in different ways over a longer time frame. The straightforward user interface makes it possible to calibrate with one or more points. A microSD card can be used to store data locally or it can be sent to a laptop PC via WiFi or LAN. With battery power, you can record for above and beyond 5 hours.

The system is designed to meet the increasing variety of eye tracking requirements in a variety of applications, including sports, kinesiology, driving, market research, reading, safety and training, social interaction, neuro sensing, and mobile device usability, to name just a few.

Features of the binocular eye tracker.

• To view the live video feed from the ETVision eye and scene cameras, a phone app called ETPhone for iOS and Android can be used to control SD card recording, provide a target for auto-calibration, and perform other functions.
• A discretionary regulator sync highlight gives TTL level sync beats straightforwardly from the regulator to outer gadgets, for example, EEG recording frameworks, permitting ETVision and EEG (or other outside gadgets) information documents to be exactly time synchronized.
• Video from an outer camera can be shown continuously and simultaneously recorded alongside eye and head-mounted scene camera video.
• Image objects (LAOI) on the head-mounted scene camera image can be tracked in real time, and periods of gaze on those objects are flagged in real-time.
• Point of gaze in relation to the scene camera image, ellipse-fit pupil diameters, upper and lower eyelid position, and blink detection are examples of real-time and recorded data.

One eye tracker for multiple applications.

With ETVision, the new Argus Science StimTrac (Stimulus Tracking) data analysis technology, the ETAnalysis program, and other components, it is now possible to use a single eye tracker for a variety of applications that previously required a variety of eye tracker systems.

Using the optional Argus Science StimTrac (Stimulus Tracking) feature, for instance, a participant seated in front of a display monitor can now benefit from the data analysis benefits of a desktop eye-tracker with ETVision.

Features of the One-eye tracker

• Precise, binocular eye measurement at 180Hz.
• Automatic vergence correction for accuracy at any distance.
• Pupil diameter and eyelid position measurement.
• Use by participants wearing their own prescription glasses.
• High Definition Scene Image, with support for real-time object tracking.
• Amazingly quick and easy setup: Participants can be set up quickly thanks to single-point calibration and auto feature detection.
• The Left Eye, Right Eye, and Scene images are shown in the GUI, and point-of-gaze and system feature recognition performance are shown in real-time.
• During the course of the task, Two-Way Audio enables both the investigator and the participant to converse with one another.
• Supports synchronous video recording from an external Stationary Scene Camera.
• Supports integration with motion capture devices (see ET3Space).
• Real-time network communication with external devices.
• ETAnalysis base package included with every ETVision System.
• Unsurpassed customer support from the team at Argus Science.

Argus Science offers a strategy for constant look following the ETVision head-mounted eye trackers in complex conditions that have numerous fixed surfaces. The company’s ET3Space bundle joins eye position information got by the eye tracker with head position information from a coordinated movement catch gadget.

The motion capture device records the position and orientation of the head in relation to the surrounding area, while the eye tracker tracks the direction of the gaze in relation to the head. ET3Space programming utilizes this data to decide the line-of-look for the 3-layered climate and the look convergence point on fixed surfaces in the climate.

An array of reflectors is attached to the ETVision optics frames for use with optical motion capture devices. The motion capture device measures the reflector array’s position and orientation.

Features

• Reports the location of the gaze vector in 3-dimensional space.
• Reports the intersection of gaze with multiple flat surfaces whose location and boundaries are known in 3-dimensional space.
• Reports head position and orientation.
• Data is available in real-time and recorded on a digital data file.
• Displays real-time point-of-gaze on the video image from a stationary (“room mounted”) camera.
• Data, conveniently analyzed by ETAnalysis.

It is possible to display and simultaneously record video from an external camera using ETVision head-mounted optics. Take note that this is not the usual scene camera video shot with the head mounted. A head-mounted scene camera video and gaze data-synchronized external view of the subject could be recorded using this.

At the point when the ET3Space include is utilized, a mark-of-look cursor can likewise be superimposed on the picture from a fixed outer camera. In addition to the usual head-mounted scene camera video, this also exists.

On the ETVision PC, the external video source can be any video source that is recognized by Win10 or Win 11, but the most common type is a USB-enabled webcam. On a minimum-spec ETVision PC, video sources with a USB3 interface and a resolution of up to 1080p at 30 Hz typically function without affecting system performance.

Data from Argus Science eye trackers can be processed and analyzed with the help of a robust piece of software called ETAnalysis. The organization’s specialists have utilized 40+ long stretches of involvement with the business joined with scientists’ criticism to make a strikingly flexible instrument for eye-following information investigation.