Wearable mems-based smart controlled release system
GearJump Technologies presents a MEMS-based wearable platform for smart fragrance release. Featuring microreservoir arrays with controlled volatile release, this system offers programmable scent profiles, AI-enabled operation, and smartphone connectivity. It is ideal for personalized fragrance experiences and mosquito protection.
Overview
The Wearable MEMS-based Smart Controlled Release System by GearJump Technologies is a cutting-edge platform designed for precision fragrance delivery. This innovative solution utilizes microelectromechanical systems (MEMS) to enable smart, controlled release of fragrances or active blends. Users can experience customizable scent profiles with capabilities for programmable intensity, modulation, and duration. With smartphone connectivity and AI integration, the system adapts to environmental inputs and personal preferences, offering an unprecedented level of control.
Technical specifications
Key features:
- MEMS microreservoir arrays: Sealed reservoirs with silicon nitride membranes for controlled release
- Electro-thermal fuse actuators: Enable selective electrical triggering for membrane rupture
- Smartphone connectivity: Allows for remote control and customization of release patterns
- AI-enabled operation: Utilizes environmental and user data for adaptive scent management
- Versatile applications: Suitable for fragrance delivery, mosquito protection, and more
- Demonstrated efficacy: Proven in volatile mosquito bite protection and sustained fragrance release
Technology readiness level
The technology currently stands at TRL 5, having demonstrated core functionalities and effectiveness in relevant environments. Future validation plans include further integration tests and stability assessments to ensure readiness for broader applications. The system is poised for further development with a clear path toward commercialization.
About GearJump Technologies
GearJump Technologies is a research and development company that creates novel diagnostic and controlled drug delivery platforms for applications in healthcare, agriculture, and vector control. Founded in 2011 and based in Brookline, Massachusetts, the firm leverages a multidisciplinary approach that combines expertise in bionanotechnology, materials science, microsystems, clinical medicine, and fluid mechanics. The company develops advanced technology solutions across various scales, ranging from nanoparticles to wearable personal protection devices, autonomous field-use devices, and drone-based deployment systems. Its platforms are engineered to optimize the delivery of active ingredients, such as pesticides or repellents, to improve efficacy and reduce environmental toxicity, with a focus on addressing challenging global problems that affect humans, animals, and plants.
The organization’s work is driven by a problem-centric methodology that identifies unmet needs before applying fundamental physics and engineering processes to design scalable, cost-effective solutions. GearJump Technologies collaborates with research institutions, industry leaders, government agencies, and non-profit organizations, including support from the Bill & Melinda Gates Foundation, to develop technologies that mitigate the burden of diseases and agricultural pests. Their solutions are currently involved in field trials across multiple continents, including North America, Latin America, Africa, Australia, and South East Asia, demonstrating the company’s commitment to achieving significant social impact through disruptive technological innovation.
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