Toolkits are selections of TAAT-vetted technologies designed to address specific agricultural challenges or support implementation within a project or region. Curated toolkits—pre-designed, expert-assembled packages ready for scaling are available here.
Explore all our featured toolkits.
The ultimate goal of these toolkits is to evolve into technology bundles—coherent sets of complementary solutions that are jointly deployed to accelerate impact at scale. In the context of scaling, a bundle goes beyond a simple collection of technologies; it is a strategic package designed for joint delivery, adoption, and institutional uptake. In addition to the toolkits featured on this page, any registered user can create their own personal toolkit directly. These toolkits can be saved privately, shared with collaborators, or used to guide project planning and field deployment.
Packages of TAAT vetted technologies developed or promoted by TAAT's technical compacts, designed to accelerate adoption and scaling across agricultural value chains.
Climate-smart agriculture technologies for the sahel and horn of Africa
These technologies aim to optimize the use of water for irrigation, improve soil moisture conservation, and enhance crop productivity while minimizing water wastage and environmental impact. They include techniques such as drip irrigation, rainwater harvesting, soil moisture sensors, and precision farming practices. Overall, these technologies help farmers make better use of water resources to sustainably meet agricultural needs and enhance food production.
This toolkit is a collection of technologies designed to optimize rice cultivation in Africa. These technologies have been carefully selected to address the challenges faced during rice production and transformation, ensuring a more resilient and profitable rice sector. By integrating these technologies into your projects or business plan, you can maximize your yields while minimizing environmental impacts and drudgery. For each technology in the toolkit it is possible to obtain technical support to ensure effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize millet and sorghum cultivation across Africa. These technologies have been meticulously selected to address the challenges encountered in millet and sorghum production, processing, commercialization, and storage, ensuring a more resilient and profitable millet and sorghum sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize cassava cultivation across Africa. These technologies have been meticulously selected to address the challenges encountered in cassava production, processing and commercialization, ensuring a more resilient and profitable cassava sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize sweet potato cultivation across Africa. These technologies have been selected to address the challenges encountered in sweet potato production and transformation, ensuring a more resilient and profitable sweet potato sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize bean cultivation across Africa. These technologies have been selected to address the challenges encountered in bean production, processing, and storage, ensuring a more resilient and profitable bean sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
This toolkit is a collection of technologies designed to optimize aquaculture production across Africa. These technologies have been selected to address the challenges encountered in aquaculture production, ensuring a more resilient and profitable aquaculture sector. By integrating these technologies into your projects or business plans, you can maximize yields while minimizing environmental impacts and reducing labor intensity. Each technology in the toolkit comes with the option to receive technical support, ensuring effective and sustainable implementation.
TAAT vetted Technology bundles developed by CGIAR research centers, offering science-based solutions aligned with global agricultural research priorities.
Collections of TAAT vetted technologies identified and used by development projects or national programs, tailored to specific contexts and implementation needs.
This toolkit showcases some of the technologies scaled by the TAAT program in Benin, especially during its first phase and then in collaboration with a Sasakawa project. It features innovative solutions for rice cultivation, aquaculture, and other commodities. The toolkit highlights equipment, improved crop varieties and best practices, offering a comprehensive resource for enhancing agricultural productivity and sustainability.
IITA’s BASICS-II project has packaged proven cassava seed innovations into one accessible toolkit, covering elite breeding through market-ready plant material production. It connects breeders, seed producers, extension services, and farmers in a commercially viable value chain.
The technologies showcased here are not yet ready to be scaled but are promising.