The Smart Bra Cup Diagnostic Device is an innovative health technology designed to revolutionize breast cancer detection and monitoring, particularly in underserved communities. The device integrates advanced ultrasound technology, Nano Technology, with AI-powered image analysis to provide real-time, non-invasive breast health diagnostics. By offering an accessible, affordable, portable, non-invasive, and painless alternative to traditional screening methods, it empowers women to detect early-stage abnormalities and monitor their breast health regularly.

Objectives: The project aims to bridge the gap in access to breast cancer screening, reduce late-stage diagnoses, and lower mortality rates, especially in low-resource communities. It seeks to provide accessibility that ensures early detection and timely medical intervention in respective of women's financial background

Results Achieved: The device has successfully undergone prototype development and initial validation tests, with improvements in imaging accuracy and AI-based detection capabilities. Strategic partnerships with healthcare organizations and researchers have helped refine the technology.

Impact Generated: The Smart Bra is expected to increase screening accessibility for millions of women, especially in low-income communities, reduce mortality rate, reduce healthcare costs, and support global efforts to combat breast cancer mortality, aligning with the UN Sustainable Development Goals on health and gender equality. Future goals include clinical trials, large-scale deployment, and integration into national healthcare systems.

https://www.nextsmartbra.com/

• Nigeria

• Women
• The poor
• Remote and rural communities
• Adult

Yes, the Smart Bra Cup Diagnostic Device is highly replicable, especially in low-income countries where access to healthcare facilities is limited.

Many developing nations lack adequate screening facilities, radiologists, and mammogram machines, making early breast cancer detection difficult. This device provides an affordable, non-invasive, and accessible alternative.

The device is designed to be cost-effective, making it suitable for low-resource settings where expensive diagnostic tools are not feasible. It can be distributed through hospitals, community health programs, and NGOs.

Unlike traditional mammography, which requires specialized equipment and trained professionals, this device is portable and easy to use, making it deployable in rural and underserved areas.

Governments, global health organizations (WHO, UN, NGOs), and private healthcare companies can fund, distribute, and integrate the device into national health programs.

The AI-driven diagnostics can be trained and customized using region-specific data to improve detection accuracy based on different breast tissue densities and demographics.

It Can Be Replicated
• Sub-Saharan Africa (Nigeria, Kenya, Uganda) – High breast cancer mortality due to late detection and lack of screening facilities.
• South Asia (India, Bangladesh, Pakistan) – Limited healthcare access, large rural populations, and high breast cancer rates.
• Southeast Asia & Latin America (Indonesia, Brazil, Peru) – Healthcare disparities and a shortage of screening technology in remote areas.
• Remote & Low-Income Areas in Developed Countries – Even in the U.S. and parts of Europe, underserved communities struggle with access to regular mammograms.

The device provides an affordable, non-invasive, and portable screening option, ensuring long-term access to breast health monitoring in low-resource settings. It’s cost-effective, designed for low-cost manufacturing, and widespread adoption. Through a pay-per-scan model, device sales to clinics, and institutional partnerships, the project will generate consistent income, ensuring long-term viability. Partnerships with local healthcare providers, NGOs, and governments will help scale distribution and accessibility

Our innovation bridges the digital and healthcare divide, contributing to UN SDG 3 (Good Health) and SDG 5 (Gender Equality) while creating a sustainable, inclusive health-tech solution. Our Smart Bra Cup Diagnostic Device innovation promotes WSIS values by leveraging technology and digital health solutions to improve breast cancer detection and healthcare accessibility. It aligns with WSIS goals by: • Enhancing access to health information through AI-powered diagnostics and mobile data integration. • Advancing e-health solutions by enabling remote monitoring and telemedicine. • Building digital skills by training healthcare workers and empowering women in health tech. • It promotes gender equality by ensuring more women in underserved communities have access to early breast cancer screening.