A cursory glance at history will reveal that the rise of tough, critical situations usually forces innovation, hence the phrase ‘Necessity is the mother of invention’. As the COVID-19 pandemic continues to ravage the world, innovations to fight it have gone up a notch. A few weeks after the outbreak in Africa, two innovation hubs, Co-creation Hub (CcHub) and Ventures Platform Hub, stepped up to combat the spread of the virus by sponsoring innovative projects and solutions.

On April 1, WHO in Africa held its first hackathon for COVID-19, bringing together a number of innovators from sub-Saharan Africa to pioneer local creative solutions against the pandemic, and address critical gaps in the region. Groups like Alliance4ai are also aiding startups with innovative ideas during the pandemic, as well as the strategic lobbying of relevant policy stakeholders.

So far, some funds have reportedly been disbursed by Nigerian techpreneurs to innovators in the fight against the pandemic. Here are some individuals and startups in Africa with interesting innovations against COVID-19.


A number of platforms have been developed to help the public analyse their symptoms and determine if they have COVID-19 or not. While this method might not detect those with latent symptoms, it could reduce panic and crowding of testing centres.

In Nigeria, a triaging app is being developed by Wale Adeosun and his team at Wellvis health, a health Tech startup. The COVID-19 Triage Tool is a free online tool to help users self-assess their coronavirus risk category based on their symptoms and their exposure history. Depending on their answers, users will be offered remote medical advice or redirected to a nearby healthcare facility.

With the COVID-19 tracker by another healthtech startup, Infodemics, users can report isolation or request for testing after answering a few questions about possible symptoms. The South African government is using a WhatsApp interactive chatbot that can answer common queries on COVID-19, symptoms and treatment. Since its launch in March, it has reportedly reached over 3.5 million users in five different languages.


Natalie Raphil is a leading AI innovator in Africa and the founder of Robots Can Think, a company that specialises in creating artificial intelligence capable of controlling robots (factory robots, household robots, cars, and others). She is also the leader of the educational stream for WomeninAI South Africa. Some of her inventions include an Autonomous RPA (Robotic Process Automation) software, biodegradable 3D-printed drinking filters and straws, and with inventor partnerships, an AI walking stick, and various other products of machine learning.

In the fight against the pandemic, Natalie is working to provide cheap and accessible medical masks for hospitals. With the aid of members of the Robots Can Think platform and Women in AI community, she is using about five 3D printers to design and produce 100 masks a day for distribution to some major hospitals in Johannesburg.



The spread of COVID-19 in Africa has highlighted problems such as misinformation and the lack of data or the means to gather it. In such critical times, up-to-date information and relevant data become even more important. Darlington Ahiale Akogo, Founder and Director of Artificial Intelligence at GUDRA, and its subsidiaries, has been making some innovations in this regard.

Based in Ghana, Akogo, with a team of 20 persons, has built a comprehensive real-time tracker of COVID-19 cases across Africa. This will provide policymakers and relevant parties with real-time information to track the spread of the virus and help them plan efficient interventions like drug and medical supply distribution, as well as social distancing measures. He is currently seeking more volunteers from African countries to collect data for real-time analysis and more epidemiologists and statisticians to work on epidemiological modeling and forecasting.


Tunisia had about 909 confirmed cases as of Wednesday, April 22, and while awaiting a cure, some researchers are searching for ways to contain the virus, as well as ways of testing a large portion of the population. Some Tunisian engineers have built an accessible web-based platform that scans lung X-rays and evaluates whether patients are likely to be suffering from the novel coronavirus.

Backed by German development agency GIZ, the Italian Society of Medical Radiology, and Tech giants IBM, some teachers and students of the National Institute of Applied Sciences and Technology (INSAT) have been developing the platform — COVID-19 Exam CT/XR images by AI — since March. With thousands of lung X-rays for both healthy and COVID-19 patients being fed into the platform, the AI can recognise the signs of the virus on human lungs. The process is still being optimised to recognise people with few symptoms.

With just an X-ray and an Internet connection, once an image is uploaded on the platform, the AI generates a recognition score for the tested person. While still in its testing phase, pending approval from Tunisia’s ministry of health, this could be useful in remote regions that lack major hospitals and specialist doctors.


Kenyan health startup, Tambua Health, has been working on a device called T-sense that uses acoustics and deep learning for pulmonary imaging. With this device, sounds from the lungs and the heart are converted to images to help treat various respiratory diseases. Co-founded by Eric Kirima, Daniel G., and Lewis W. in 2018, the project has been in the works for quite some time, but with the outbreak of the pandemic, it could witness increased relevance.


Since the onset of the pandemic in Africa, very few people have been tested. In Nigeria for example, with a population of almost 200 million, only about 7,153 people have been tested, while Ghana has tested roughly 68,591 of its estimated 29 million population. To ramp-up COVID-19 testing and protect frontline healthcare workers in Nigeria, Dr. Ola Brown, Founder of Flying Doctors Investment Group, recently launched mobile testing booths that have the potential to cut down the use of single-use Personal Protective Equipment (PPE), which are in short supply.


With these booths, healthcare workers put their hands into gloves and take samples, never coming in contact with the patient. Pending approval from the Nigeria Centre for Disease Control (NCDC), protective gears are still being used in these booths.




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