Emotiv EPOC / Emotiv EPOC flex

The Emotiv EPOC and Emotiv EPOC Flex are portable electroencephalography (EEG) devices designed to measure brain activity. The Emotiv EPOC features 14 sensors for capturing brainwave data, while the EPOC Flex model offers enhanced flexibility with 32 sensors, providing more detailed and precise readings. These devices are primarily utilized for monitoring mental states and brain functions in various applications, including neuroscience research, cognitive performance analysis, and brain-computer interface (BCI) development. They are also used in clinical settings for assessing neurological health and in industries such as gaming for controlling applications through brainwave signals. The flexibility and non-invasive nature of these devices make them valuable tools in both academic research and commercial technologies.

E4 Wristband – Shimmer GSR Unit

The E4 Wristband and Shimmer GSR Unit are bio-sensor devices used to collect biometric data, primarily for research and health monitoring purposes.

E4 Wristband: The E4 Wristband is a wearable bio-sensor device that collects a range of physiological data from the body. It measures parameters such as skin temperature, heart rate, motion (acceleration), and Galvanic Skin Response (GSR). GSR measures the electrical conductance of the skin, which can be used to assess stress levels and emotional responses. The E4 Wristband is commonly employed in psychological research, biometric analysis, stress monitoring, and human interaction studies.

Shimmer GSR Unit: The Shimmer GSR Unit is a device designed to measure the electrical conductance of the skin, utilizing Galvanic Skin Response (GSR) technology. This device is primarily used for analyzing emotional states, stress levels, and psychological responses. It is widely applied in health and psychological research, particularly for measuring emotional responses, stress tracking, behavioral analysis, and biometric investigations. The Shimmer GSR Unit is portable, providing flexibility for real-time data collection in field research settings.

Both devices are used to gather biometric data for measuring and analyzing individuals’ physiological and psychological states, making them valuable tools in research and clinical applications.

H7 Polar Band / Shimmer EKG Unit

The H7 Polar Band and Shimmer EKG Unit are wearable bio-sensor devices designed to collect physiological data, particularly focusing on cardiovascular monitoring.

H7 Polar Band: The H7 Polar Band is a heart rate monitoring device that comes in the form of a chest strap. It continuously measures the user’s heart rate and transmits the data wirelessly to a smartphone or fitness device. This device is commonly used by athletes to track their performance, collect heart rate data during exercise, and monitor cardiovascular health. The Polar H7 allows users to consistently monitor their heart rate and make informed decisions regarding their health and fitness goals based on real-time data.

Shimmer EKG Unit: The Shimmer EKG Unit is a portable device used for collecting Electrocardiogram (EKG) data, which measures the electrical activity of the heart. EKG is critical for monitoring heart health, identifying abnormal heart rhythms, and detecting potential cardiovascular issues. The Shimmer EKG Unit is often utilized in non-clinical settings or field research to gather data on heart rhythm and cardiovascular health. Its portability allows for real-time data collection and analysis, making it valuable for both clinical research and health monitoring applications.

Both devices are primarily used for monitoring and analyzing cardiovascular health, offering valuable insights in fields such as health monitoring, sports performance, and biomedical research.

Pupil Core Eye Tracking Headset

The Pupil Core Eye Tracking Headset is a portable device designed to track eye movements with high accuracy using advanced optical sensors and cameras. It allows researchers to analyze an individual’s gaze, focus points, and visual perception. The Pupil Core is commonly used in fields such as neuroscience, psychology, human-computer interaction (HCI), marketing, and education. By tracking eye movements, it provides valuable insights into visual attention, cognitive processes, and brain activity. Additionally, the device is employed in experimental environments to gather real-time data, making it ideal for both controlled and naturalistic settings. Pupil Core can also be applied in assistive technologies, helping individuals with disabilities to interact and communicate using eye movements. Its portability and flexibility enable its use beyond laboratory settings, contributing to diverse research applications and practical solutions in various domains.

ANAM4 Battery Builder

ANAM4 Battery Builder is a software tool used for designing and configuring battery systems. It is specifically developed for professionals working in battery management systems (BMS) and energy storage fields. ANAM4 allows users to create customized battery systems by defining parameters such as battery capacities, voltage levels, and connection options. This software enables the development of suitable battery solutions for applications such as renewable energy systems, electric vehicles, and industrial uses. Additionally, it helps optimize battery configurations to ensure efficient energy use and extend battery life. ANAM4 also provides the ability to simulate and test how battery systems will perform under various conditions, aiding in the creation of more reliable and durable solutions.