UNICEF Innovation Fund welcomes six drone startups to help solve global challenges

UNICEF Innovation Fund Cohort: Drones

UNICEF Innovation Fund Team
two people setting up a drone before testing
UNICEF SierraLeone/GuyHubbard
06 December 2019

The UNICEF Innovation Fund is pleased to announce that six new drone startups, developing open-source, emerging technology digital public goods to address global challenges and create fairer opportunities for children and young people, will receive seed funding from UNICEF’s Innovation Fund. To learn more about the companies and how this ties into UNICEF’s Drone strategy, read on.

Located in emerging economies across the globe, these investments are part of UNICEF’s larger drones programme exploring the use of the technology for a range of applications, including humanitarian supply chain systems and delivery, improved connectivity in hard-to-reach communities, and aerial imaging for better preparedness and response in emergencies. 

Bioverse Labs(Brazil), Cloudline Africa (South Africa), Dronfies Labs (Uruguay), Prokura Innovations (Nepal), qAira (Peru), and Rentadrone (Chile) are the startups that will be supported by the UNICEF Innovation team over the next twelve months.

The companies will not only benefit from the seed investment provided by UNICEF’s Innovation Fund, but will also gain access to four humanitarian drone testing corridors in Africa and Central Asia, and UNICEF’s Ventures team and networks, providing support from technical assistance to networking with industry leaders, as well as creating a community around the open-source solutions developed.

photo collage of all drone startups
Bioverse Labs(Brazil), Cloudline Africa (South Africa), Dronfies Labs (Uruguay), Prokura Innovations (Nepal), qAira (Peru), and Rentadrone (Chile)
Bioverse Labs(Brazil), Cloudline Africa (South Africa), Dronfies Labs (Uruguay), Prokura Innovations (Nepal), qAira (Peru), and Rentadrone (Chile) are the startups that will be supported by the UNICEF Innovation team over the next twelve months.

Our Approach 
 

Since 2016, UNICEF has been using drones to better serve the world’s children by strengthening humanitarian supply chain, emergency response and disaster risk reduction initiatives. Drones have demonstrated a capacity to deliver life-saving materials, to collect aerial imagery that helps map risks and build more resilient communities, and to provide households with better information that contributes to improved livelihoods, among other promising use cases. UNICEF supports countries who are interested in leveraging drone-based technologies to improve service delivery for children by creating a favorable ecosystem for testing and accelerating the adoption of drone technology for humanitarian deployments. 

Drone testing corridors located in Kasungu, Malawi; Akmola and Almaty, Kazakhstan; and Freetown, Sierra Leone. UNICEF brings together various actors, from public and private sectors and academia, to use drones for good in a controlled and safe environment and to inform regulation, policy, capacity and skills development in these countries. For example, in Kazakhstan, drones have been used in the corridors to train emergency responders to save lives in search and rescue missions. In Malawi, the corridor has been used by companies to gain flying expertise and obtain approvals from aviation authorities to deploy their drones at national scale; drones then create efficiencies in the delivery of medical supplies, reducing transportation time and ensuring children who require treatment can receive it early. In Vanuatu, UNICEF supported the government to set up the first commercial drone delivery network for vaccines, reducing a journey that took several hours into just 25 minutes, to safely deliver vaccines from distribution centers to rural vaccination posts. 

Skill development and certifications to increase local capacity and ensure self-sustaining ecosystems to deploy drone technologies. In Malawi, UNICEF will be launching the first drone and data academy in the world to provide African students with the necessary skill sets to build and fly drones, collect and analyze aerial imagery, and start a business venture. The team is also exploring how to leverage the public blockchain ethereum to issue certificates for drone operators’ licenses, as well as for organizations who partner with UNICEF to test their drones in for good missions in our corridors.

Seed investments to entrepreneurs that accelerate the development of digital public goods in the drone technology sector. These digital public goods can be either the design and blueprints to build low-cost and long-endurance drones for the delivery of medical supplies under an open-source license, or open-source algorithms to model precipitation and floods that help to better identify households at risk. Each investment within this cohort has the potential to improve efficiencies within UNICEF’s programmes, creating solutions that contribute to improve the living conditions of the most disadvantaged children.

People gathered talking about the drone in front of them.
UNICEF SierraLeone/GuyHubbard
Nov 29, 2019: H.E. President Bio at UNICEF's drone corridor in SierraLeone - the 1st drone corridor in West Africa & 4th in a network of drone testing corridors.

The companies
 

  • Bioverse Labs (Brazil) uses drone imagery and machine learning to identify and map non-timber species of trees that are economically viable for supporting traditional modes of income generation for indigenous populations, thereby contributing to the sustainability of the Amazonian ecosystem.  
     
  • Cloudline Africa (South Africa) operates small-scale autonomous airships that have longer endurance and range than current commercial drones; their solution will help deliver medical supplies to hard-to-reach communities and reduce operational costs in the last-mile. 
     
  • Dronfies Labs (Uruguay) provides support to drone operations during emergency situations. They are developing an intelligent flight and traffic management system for drones in low connectivity settings that supports real-time data sharing for airspace management and multiple drone operations coordination.  
     
  • Prokura Innovations (Nepal) is developing a locally produced and low-cost drone system to tackle last-mile delivery of medicines, connecting underserved health posts to a surrounding equipped health facility.
     
  • qAira (Peru) is developing a drone to monitor air quality, as well as  developing algorithms to translate data acquired by sensors mounted in drones to visualize air quality parameters for environmental protection.
     
  • Rentadrone (Chile) is developing solutions using machine learning, thermal and multispectral imagery to both automatically detect diseases on crops and detect, classify and organize the errors and damaged modules in Solar Power Plants, which will improve energy efficiency and the performance of sustainable energy sources.
© Cloudline Africa The team at Cloudline Africa test their autonomous airship
© Cloudline Africa
© Cloudline Africa The team at Cloudline Africa test their autonomous airship

UNICEF’s Innovation Fund invests (up to $100k) in early stage, open-source, emerging technology digital public goods with the potential to impact children on a global scale. It also provides product and technology assistance, support with business growth, access to a network of experts and partners to allow for scale and growth. The investments can go either to UNICEF Country Offices or to private sector companies in UNICEF programme countries.