AI&I Elastic Muscle Sensors for Bio-Signal Monitoring and Development
Product Overview:
The AI&I Elastic Muscle Sensors are designed specifically for researchers and AI developers working on the future of bio-signal monitoring. These sensors provide flexible, highly accurate monitoring of muscle activity, tailored for those who need a robust platform to develop their own applications, whether in healthcare, robotics, sports, or human-machine interaction.
Entirely designed by AI&I’s engineering team, the sensors offer high-quality performance for those looking to further develop and refine them into a mature product. This open platform allows developers to innovate, experiment, and build upon the core technology, making it an ideal choice for prototyping and research projects.
Key Features:
- Tailored Design for Research and Development:
Designed entirely by our AI&I sensors team providing high-precision bio-signal monitoring for developers and researchers to achieve state-of-the-art results. - Elastic, Comfortable Design:
The sensors are made with flexible, elastic materials for comfortable attachment to various parts of the body, including the head, neck, arms, wrists, and fingers. The materials ensure reliable contact during movement, ideal for hands-on experimentation and development. - Bio-Signal Monitoring Platform for Further Development:
The sensors offer accurate muscle activity tracking with AI-enhanced algorithms, giving developers a solid foundation to build their own solutions. The platform supports customisation, allowing researchers to expand functionality in their respective fields. - Seamless Integration with Customisable Software:
AI&I provides a base platform support, but researchers and developers are encouraged to further integrate their own code and systems for expanded functionalities. The platform allows real-time monitoring, data visualisation and annotation.
Specifications:
- Custom AI Chipset: Developed in-house for advanced bio-signal processing.
- Output: Real-time analog and digital bio-signal data with customisable options for researchers.
- Material: Elastic, durable materials for flexible attachment to various body areas.
- Connectivity: Bluetooth 5.0 with encrypted data transmission.
- Power Source: Rechargeable battery with up to 6 hours of continuous use.
- Software Integration: AI&I’s base platform is open for customisation and development in our open-sourced community.
Applications:
- Research and Prototyping: Ideal for academic institutions, developers, and research labs focused on biomechanics, human physiology, or muscle control technologies.
- DIY Development: For developers interested in creating their own bio-signal monitoring systems, including wearables, robotics, and prosthetic interfaces.
- Sports Performance and Human-Machine Interaction: Develop real-time monitoring systems for sports performance tracking or create interfaces for human-robot interaction.
How It Works:
- Attach the Sensors:
Place the sensors on target muscle groups using elastic straps or adhesive pads. - Capture Bio-Signals in Real Time:
The sensors transmit data via Bluetooth to the AI&I base software platform or custom-developed applications. - Develop and Customise:
AI&I platform is provided to help data processing, visualisation, and analysis. Annotation tools and our model selections are available that can be deployed to your local devices and keep your data safe.
What’s Included:
- 6 x AI&I Elastic Muscle Sensors (designed for various body areas such as the head, neck, arms, wrists, and fingers)
- 6 x Adjustable Elastic Straps or Adhesive Pads
- 1 x Bluetooth Data Hub (with USB-C charging port)
- 1 x AI&I Base Platform
- 1 x User Manual and Developer Quick Start Guide
Why Choose AI&I Muscle Sensors?
- Design for Research and Development: 100% for researchers and developers to build upon, offering full flexibility for customisation and further development.
- AI-Driven Precision: Built-in signal processing provides a solid foundation for accurate bio-signal monitoring while allowing developers to create unique, customized solutions.
- Open Software Integration: Our platform is designed to be flexible, allowing developers to build and expand their own systems based on real-time muscle activity data.
- Dedicated Developer Support: AI&I offers dedicated support to assist with development and customisation, ensuring you can make the most of our sensors.
Legal and Compliance Information:
- Warranty and Liability:
AI&I provides a limited warranty covering manufacturing defects in the physical components of the product. As these sensors are designed for research and development purposes only. The product is intended for non-clinical, non-medical use and should not be used for any clinical diagnosis or treatment. Users bear the responsibility for further developing the product for their intended applications.- Disclaimer: The product is provided as an open platform for developers and researchers. AI&I assumes no liability for misuse or improper development based on these sensors. All modifications and customizations are at the user’s discretion and responsibility.
- Data Security and Privacy Protection:
AI&I’s base platform includes private deployment instructions to keep user data locally. Users are encouraged to further develop their own data protection measures for their specific applications. AI&I provides on-premise solutions for those who prefer not to use cloud-based data storage. We strongly advise users to implement additional data security protocols to comply with their local regulations. - Regulatory Status:
These sensors are not certified for any clinical, medical, or commercial use. They are developed as an experimental platform for research and development only. Any eventual commercial application of the product will require users to pursue their own certifications. - Vendor Legitimacy and Support:
AI&I is the sole developer and manufacturer of this product. All components, including the internal chips and software, are designed and manufactured in the UK. We offer full transparency regarding the development process and provide direct support for research and customisation inquiries.
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