Over 70% of Sub-Saharan Africans work in agriculture, but the sector is faced with challenges such as a heavy reliance on rain, and outdated farming technologies. But two Kenyan university students have a new idea: what if they could build greenhouses to protect crops, and irrigate only when needed using SMS?
Flowminder, a Swedish nonprofit, has developed a technology that uses position data from SIM cards to track the movement of people. With a focus on assisting vulnerable low and middle-income countries at scale, the organization collects, aggregates and analyzes anonymous mobile operator data – through cooperation with mobile companies – and data from satellites and household surveys.
Access to medicines and health supplies is particularly challenging in the developing world. In rural areas, clinics and pharmacies often have to deal with expired medicines, unreliable electricity, and lack of basic supplies and equipment. Now one student from Chicago has developed a dependable inventory system to address the supply problem.
The WHO estimates that up to 1 million people die annually from malaria. While existing diagnostic tests are accurate, they are not as skilled in identifying carriers who don’t show symptoms, but are still able to transmit the disease to other people. That’s why three Dutch developers have created Amplino, a device that aims to eradicate malaria by identifying hard-to-detect cases.
There are many opportunities for entrepreneurs to toss around ideas, build networks, and test products. However, only one – the AMPION Venture Bus – places innovators on a seven-day road trip across Africa to attend pitching events and build products on the road.
“What if we could overcome the problem of unreliable internet and electricity, and reduce the cost of connection?” The BRCK was created to meet this challenge. This portable, rugged, self-powered Wi-Fi device makes accessing the internet simple and reliable, no matter where you are.