Most of you will know about the poaching crisis in Africa. But you may be asking yourselves: why is it especially important now? With the middle class of many Asian countries growing, the demand for the luxury erection-enhancing, cancer-curing powder of rhino horn, ivory and pangolin scales is growing. Of course, these don”t actually have any of the previously mentioned properties. After all, rhino horn is made from keratin, the same stuff your nails and hair are made from. But that doesn’t stop the international black market from craving the product, driving up the price of the endangered animals’ body parts higher than the price of gold, and motivating the poorest (or most corrupt) people to kill these beautiful animals by the ten-thousands.
The real solution here is to stop the demand by educating the masses that eating or keeping these body parts doesn’t do anything but make you an asshat. But unless we can stop this disease within the next 10 years, which is highly unlikely, many species will die out. Thus, we also need to stop the bleeding. This means applying our best selves and our best tools to stop poaching in the wildlife reserves. And that is what we set out to do, using humanity’s most powerful tool, artificial intelligence.
The FruitPunch AI Community is working together with SPOTS – Strategic Protection of Threatened Species, who represent the volunteers and rangers of Pilanesberg National Reserve, to tackle the poaching crisis in their home territory.
They are experienced wildlife conservationists that have been using drones with thermal camera’s to search for poachers in the night when they are most active.
They are facing the following challenges:
Flying time and range are limited with RC planes
Specialized and skilled pilots for landing RC planes are required
Watching the black and white video stream for poachers through the night is prone to human error
Most drones can’t navigate where GPS is inaccurate or unavailable
The application environment is characterized by strong dynamic external disturbances, such as air force
There is limited flying time due to battery capacity
In the first AI for Wildlife challenge, a team from the community developed a detectronV2 model to detect poachers on the thermal video feed of the drone, & they’ve helped SPOTS to collect higher quality data. Now, we’re onto the second challenge, creating a ML model that can detect poachers and run on-edge on the drone!
The team of challenge #1:
Thank you Matthew Lewis, Mert G., Bram Cals, Abhishek Venkatachalam, Anwar Amezoug, Daphne Smits, faiz ikramulla , Iris den Hartog, Ishwarya Chandramouli, Jordi Frank, Kamalen Reddy, Smahane Rziak, Adrian – Daniel Azoitei, Cecilia Liu, Khaoula El Ahmadi, Luke Ignjatović, Sako Arts, Nur Y. Nick van Santen!
The second AI for Wildlife challenge concerns: Creating a ML model for on-edge detection of poachers on the thermal video feed of a wildlife protection drone!
You will be working on one or several of the following topics in this challenge:
You can apply at any level of experience above basic (theoretical) coding & data science skills. If you are just starting out, join the platform & turn on email notifications because we will be releasing an AI Bootcamp soon! In the selection of the team we look for a combination of rookies looking to learn, hardened professionals and life-long learners switching it up. We are looking for:
You can join as a contributor (12 hours per week commitment for 2 months), coach (2-4 hours per week, only for experienced ML professionals) and teacher (give one relevant ML / domain masterclass).
During the challenge we will arrange for masterclasses on relevant topics like the use of the cloud computation resources Microsoft, IBM & the HPC Lab have made available for us. You will also build upon the knowledge and experience of the first AI for Wildlife’s challenge team!
The challenge will run from the 15th of September untill the 17th of November, & you will collaborate with a diverse team of over 30 international data specialists and domain experts in subteams, all tackling this problem from different angles.
Some important dates:
More than a thousand rhinos are slaughtered per year for their horns.
More than 100,000 african elephants were killed between 2014 and 2017 for ivory. And there are less than 4000 tigers in the world.
In Africa, almost 600 rangers charged with protecting wildlife were gunned down by poachers between 2009 and 2016 while working.
In the Democratic Republic of the Congo’s Virunga National Park, at least 170 rangers have been killed during the past two decades.