Turns the camera of a mobile phone or tablet computer into a high-quality light microscope, creating new ways to tackle applications from infectious disease diagnosis to classroom education.

Open-source mobile health (mHealth) tools designed to empower community health workers, track diseases, and connect remote communities with healthcare systems.

Transforming rural communities with clean energy solutions by partnering with locally structured organizations uniquely positioned to bring affordable renewable energy to the Uganda’s most remote villages.

A compact hybrid optical device that enables the creation of highly portable spectrometers that can attach to devices like smartphones for medical, environmental, and biological testing.

A mobile health technology that converts a smartphone into an inexpensive, portable microscope and diagnostic tool to detect diseases like malaria, tuberculosis, and HIV.

A simple wireless stove use monitoring system that can be attached to the millions of new low-emission stoves used in developing regions, helping assess the impact of household energy programs, enable feedback from users, and transparent verification of carbon credits.

A solar-powered wireless cooling device to improve tuberculosis treatment in developing countries. Solves pharmaceutical storage challenges in remote areas where reliable electricity and refrigeration are largely inaccessible.

A handheld air monitoring system that utilizes lens-free holographic microscopy and machine learning to analyze Particulate Matter. It costs significantly less than traditional, expensive stationary EPA-approved stations without sacrificing measurement accuracy