All technologies | TAAT e-catalogs

Integrated Rice-Field Pond System (IRFPS): Linking Rice, Fish, Vegetables and Livestock

Supporting Year-Round Food and Water Availability while Diversifying Farm Income and Building Climate Resilience The Integrated Rice-Field Pond System (IRFPS) is a low-input integrated farming system that enables farmers and farm businesses to generate more value from existing ricefield ponds by combining rice, fish, vegetables and, where appropriate, livestock production. Improved pond–ricefield connectivity, water and fish habitat management support diversified production from the same farm resources, with documented increases of 57% in rice yields to 3.45 t/ha and 67% in fish yields to about 65 kg/pond.

Pre-validated 8•7

4

Livestock Feed Pelleting: Small-scale feed production using local agricultural by-products

Farm-to-Feed Innovation: Turning local by-products into affordable, high-quality livestock feed Small-scale Feed Production Using Local Agricultural By-products transforms locally available agricultural and agro-industrial resources into nutritionally balanced livestock feed through locally adapted formulations, training, and appropriately selected processing equipment. The technology enables businesses, cooperatives, and farmer organizations to establish feed production and processing services adapted to local resources, infrastructure, production scale, and market demand. Local feed can be produced at approximately 34% lower cost than comparable imported feed concentrates, creating opportunities for competitive feed production, processing services, local equipment manufacturing, and supply. Initially developed and commercially deployed in Tunisia, the technology has also been implemented in Mali and Ethiopia using production configurations adapted to local conditions.

Pre-validated 9•8

6

Farming with Alternative Pollinators: Integrated Pollinator Habitat for Sustainable Agriculture

Boost yields. Protect biodiversity. Increase profits. Farming with Alternative Pollinators (FAP) helps farmers improve productivity and profitability by increasing pollinator abundance and supporting natural pest management. The approach replaces non-commercial conservation practices with economically valuable habitat plants that generate additional income while enhancing crop performance. Businesses can leverage FAP to promote sustainable production systems, develop green value chains, and support resilient farming communities.

Pre-validated 8•7

4

Integrated Orobanche Management on Faba bean: Resistant Faba Bean and Low-Dose Herbicide Package

Restoring faba bean productivity by defeating Orobanche. Integrated Orobanche Management (IOM) is an integrated crop management package that combines a partially resistant faba bean variety with targeted low-dose herbicide application and complementary agronomic practices to control Orobanche crenata. By restoring productivity in infested fields, the technology reduces production risks, increases yields and profitability, and creates business opportunities for seed companies, agro-input suppliers, aggregators, processors, and investors seeking to strengthen the faba bean value chain.

Pre-validated 9•9

4

CoPs: Community of Practices for Climate Advisory Services in Livestock

Turning climate information into coordinated action for resilient livestock systems The Community of Practice (CoP) is a collaborative platform that converts climate and agropastoral data into reliable, actionable advisory services for farmers and livestock keepers, improving decision-making in climate-sensitive agricultural value chains. It ensures coordinated and consistent climate information delivery across institutions and channels, reducing uncertainty and improving trust in advisory services. By integrating digital tools such as the AgData Hub and leveraging scalable dissemination systems, the CoP creates opportunities for data-driven solutions, service innovation, and partnerships. It ultimately supports more resilient agricultural markets, reduced climate risk exposure, and improved productivity across rural supply chains.

Pre-validated 8•7

2

Innovation Platforms for facilitating in Livestock vaccination

Bringing farmers, vets, and institutions together to scale livestock vaccination! Innovation Platforms (IPs) create a structured coordination space for private veterinarians, vaccine producers and distributors to work with farmers, public veterinary services, and local leaders. They help organize demand, improve last-mile delivery of vaccines, build trust with farmers, and reduce uncertainties in planning and distribution—leading to more efficient operations and higher uptake of vaccination services.

Pre-validated 9•8

4

AWD: Alternate Wetting and Drying Irrigation System

Dry Out the Methane. Green Up Your Harvest. Alternate Wetting and Drying (AWD) is an easy, low-cost water-saving method for growing rice. Instead of keeping the rice field continuously flooded, farmers let the field dry out for several days between irrigations. The timing is guided by a simple field water tube (often bamboo or a PVC pipe) installed in the paddy. When the water level inside this tube drops to 15 cm below the soil surface, it is time to irrigate again. This alternating cycle cuts water use by about 25–30%, and helps reduce methane (a powerful greenhouse gas). By using AWD, farmers save money on irrigation costs (less pumping or water fees) while producing the same amount of rice, making them more resilient to water scarcity.

Validated

5

Tubewell: Shallow Groundwater Tubewell

Easy Water Access for Every Smallholder The Shallow Groundwater Tube well is a simple and economical technology for exploiting shallow groundwater (up to 20 m), particularly suited to floodplain areas with sedimentary formations. It involves manually drilling or jetting a narrow hole fitted with a PVC pipe (50 or 63 mm), from which water is pumped using a small, low-power pump powered by fuel or solar energy. This solution provides small farmers with efficient access to water for irrigation during the dry season, covering up to 1 ha, and also meets agricultural and watering needs. Easy to implement, inexpensive, and compatible with solar pumping, the technology increases water autonomy, reduces dependence on fossil fuels, and supports sustainable and resilient agriculture, provided that local hydrogeological conditions are well understood.

Pre-validated 9•9

1

Physical and visual diagnosis: Identification of Fall Armyworm

Spot the Pest, Stop the Damage For agribusinesses, FAW identification tools enhance the value of services and products. Companies can integrate pest ID training and materials (e.g., distributing FAW picture guides) alongside seeds and agro-inputs. This helps clients avoid misdiagnosis and mistreatment, which builds trust and customer loyalty. Tech startups are using tools like mobile apps with image recognition features to quickly confirm the pest from a photo. Providing quick, reliable pest identification adds a competitive edge, driving demand for appropriate solutions and positioning the business as an essential knowledge partner.

Pre-validated 9•9

5

Applied Biosystems™ Axiom™ Genotyping Solution: High-throughput genetic testing for agriculture

Accelerating Precision Breeding for Sustainable Food Security and Resilient Agriculture. Applied Biosystems™ Axiom™ Genotyping Solution is an advanced genetic testing platform designed to accelerate and improve breeding decisions in crops, livestock, and aquaculture. It uses customizable high-density microarrays capable of analyzing millions of genetic markers with high precision and throughput, processing from 96 up to over 6,000 samples weekly. The technology supports genomic selection, marker-assisted breeding, disease resistance identification, trait mapping, and maintenance of genetic diversity, enabling faster breeding cycles, improved productivity, and enhanced resilience to pests, diseases, and environmental challenges. Its automated workflow—from DNA extraction to data analysis—reduces labor and costs, making it accessible for large-scale breeding programs. The solution addresses key agricultural challenges such as low productivity, disease susceptibility, limited genetic diversity, and inefficient breeding methods. It is suitable for a wide range of species and customizable to specific breeding goals. For resellers, users, governments, and development partners, the technology offers opportunities to improve food security, promote sustainable agriculture, and support rural livelihoods through capacity building, partnerships, and effective implementation strategies. Overall, the Axiom™ Genotyping Solution empowers stakeholders to make data-driven breeding decisions that enhance agricultural innovation and sustainability globally.

Pre-validated 9•8

4

Leaf-bud Cuttings: Rapid Yam Multiplication Method

Yam leaf-bud cuttings, rapid quality seed production! Leaf-bud Cuttings present a profitable innovation for agribusinesses in the yam value chain by offering a cost-effective and scalable method to produce seed yam. Instead of using heavy, transport-expensive tubers, businesses can generate dozens of clean planting materials from a single vine, meeting the rising demand for certified seed yam while significantly cutting production and logistics costs. This creates a new market opportunity for seed entrepreneurs to supply farmers, NGOs, and institutional buyers while increasing profitability and sustainability. Investing in this technology can give businesses a competitive edge in the growing yam sector.

Pre-validated 9•7

4

BASICS Model: A Seed System Model for Cassava Transformation

An economically sustainable integrated cassava seed system! The cassava seed sector has long been dominated by informal practices—non-certified stem reuse, low yields, and high disease prevalence. The BASICS model addresses this by creating a viable commercial seed system for cassava, opening up investment and revenue streams in seed production, distribution, diagnostics, and digital tools. The model has been tested and refined in Nigeria with strong market demand and regulatory support, providing a scalable framework for agribusiness expansion in cassava-producing countries.

Pre-validated 8•8

6

Cassava virus indexing: Molecular diagnostics for cassava seed health certification

Virus diagnostic tool for cassava seed health certification by seed producers and seed certifiers. Cassava virus indexing uses PCR and LAMP diagnostic methods to detect and eliminate virus-infected cassava planting materials. It ensures virus-free plants for seed production, improving seed quality, crop resilience, and food security. Key costs include lab setup (USD 20,000) and sample testing (USD 3/sample). Training for staff and collaboration with research and seed certification bodies are crucial for successful implementation.

Pre-validated 9•8

3

CSE Model: Cassava Seed Entrepreneur Business Model

Transforming Cassava Farming Through Entrepreneurial Innovation! Cassava is a key staple crop in Sub-Saharan Africa, critical for both food security and income generation. Yet, the traditional cassava seed system has been fragmented and unsustainable, primarily relying on informal farmer-to-farmer sharing and ad hoc free distributions from governments and NGOs. This system has contributed to the widespread use of low-quality, disease-prone seeds, significantly limiting productivity and the adoption of improved varieties. The Cassava Seed Entrepreneur (CSE) Business Model presents a scalable, market-driven solution to modernize the cassava seed system. It empowers rural men, women, and youth by transforming them into certified seed entrepreneurs, enabling them to produce and distribute high-quality, certified cassava planting materials. The model integrates training, digital tools, and strategic partnerships to ensure a consistent supply of clean seeds. As a result, it not only boosts cassava yields but also creates new business opportunities and enhances rural livelihoods, providing an attractive investment opportunity for the private sector.

Pre-validated 9•3

5

Cassava Seed Field Multiplication Protocol

From planting to certification—seed production made simple. The Cassava Seed Field Multiplication Protocol is a standardized agricultural method that enables the field-based production of high-quality cassava planting material. It combines clean seed sources, agronomic best practices, regulatory compliance, and digital tools to support certified cassava seed production by seed companies, farmers, and institutions.

Pre-validated 9•9

4

Cassava EGS Model: Early Generation Seed Production of Cassava

Breeder & Foundation Cassava Seeds—Always Within Reach This technology enables seed companies and certified producers to multiply and supply breeder and foundation cassava seeds directly from research centers. It follows national seed certification standards, uses both in-house and outgrower schemes, and ensures that farmers and seed entrepreneurs get access to clean, high-quality planting material. Registration with seed authorities and proper field inspection are required for participation.

Pre-validated 9•9

6

CassQual: Cassava Seed Quality Management system

Enhancing cassava productivity through healthy planting material Cassava Seed Quality Management is a business-enabling system that provides a pathway for seed entrepreneurs to produce and market certified, high-quality cassava planting material. This system ensures disease control, increases farmer confidence, and supports a differentiated market for improved cassava seed with higher returns.

Pre-validated 9•9

2

SAH: Semi-Autotrophic Hydroponics for yam multiplication

Multiplying Seeds, Securing Harvests, Ensuring Food Security! Semi-Autotrophic Hydroponics (SAH) is an innovative, cost-effective technology for rapidly multiplying yam planting materials. By using leaf nodal cuttings in a controlled environment, SAH enables year-round production of high-quality yam seedlings and tubers. This method significantly reduces seed costs, increases productivity, and ensures a reliable seed supply for commercial seed companies, farmers, and breeders. Scaling up this technology will address seed shortages and improve food security.

Pre-validated 9•7

4

Rice-fish culture: Integrating rice and fish farming systems

Rice-Fish System Boosts Profits, Enhances Lowland Land Use for Food Security and Prosperity The rice-fish farming system emerged as a solution to address various agricultural challenges. It was developed to counter widespread food and nutrition insecurity, the vulnerability of smallholder rice farmers to market shocks due to a lack of diversification, and environmental pollution resulting from excessive agrochemical use. This innovative approach not only enhances food and nutrition security but also boosts smallholder farmers' income through the combined sale of rice and fish. Additionally, the system promotes environmental safety by eliminating the need for agrochemicals, contributing to sustainable and resilient agricultural practices.

Pre-validated 9•7

5

IPM: Integrated Management of Insects, Diseases and Weeds in common bean

Smart Solutions for Safer Farming The technology "Integrated Management of Insects, Diseases, and Weeds" is of paramount importance that addresses several critical issues in Pest and Disease Vulnerability, Inappropriate Pesticide Usage, Pesticide Resistance, Food Security Concerns, Environmental Impact. The technology provides a solution through integrates various biological, mechanical, physical, and cultural methods to achieve more effective and sustainable crop protection. IPM is a vital strategy to combat the challenges posed by pests and diseases, ensuring food security, and promoting responsible agricultural practices.

Validated (TAAT1) 7•7

4

Low-Cost Staking for Climbing Beans

Empowering Beans, Sustaining Growth! The technology is a low-cost and sustainable solution for staking climbing beans, offering lower-cost, environmentally friendly alternatives, reducing the required number of stakes and addressing yield limitations associated with traditional staking methods.

Validated (TAAT1) 8•8

4

Low-dose pest control: Seed dressing of Seed with Fungicide and Insecticide

Pest control for optimum yields The "Seed Dressing with Fungicide and Insecticide" technology is crucial in mitigating yield losses in common beans caused by fungal diseases like anthracnose and insect pests such as stem maggots in Africa. These issues significantly impact crop productivity and jeopardize the profitability of improved varieties and fertilizer inputs for farmers. The use of chemical control agents in seed dressing offers an affordable and eco-friendly approach to prevent losses and boost production. This method, utilizing minimal pesticides, facilitates better seedling emergence and enhances the crop's resistance throughout the growing season, thereby aiding in maintaining and improving common bean yields in the face of prevalent diseases and pests.

Validated (TAAT1) 7•8

6

IPM: Integrated Management of Insects, Diseases and Weeds in Wheat

Balanced Protection for Sustainable Harvests Integrated Management of Insects, Diseases, and Weeds in Wheat (IPM) is an approach designed to minimize the use of chemical pesticides while maximizing natural control mechanisms for pests. It involves a combination of biological, mechanical/physical, and cultural techniques tailored to local conditions. IPM is crucial in preventing the emergence of pesticide-resistant pests, ensuring lasting crop protection, and maintaining food safety and environmental integrity.

Validated (TAAT1) 8•9

4

Conservation agriculture: Minimal Tillage and Surface Mulching of Soils

Conservation Agriculture for Sustainable Farming In regions like Sub-Saharan Africa, where dry tropical conditions and diminishing soil fertility pose significant challenges to wheat production, the adoption of Minimal Tillage and Surface Mulching of Soils is paramount. Traditional farming practices, characterized by excessive tillage and minimal organic matter incorporation, have led to the degradation of crucial soil functions, including nutrient retention and water management. With dwindling water resources due to drought spells and overexploitation, Conservation Agriculture (CA) emerges as a cost-effective solution. CA enhances wheat grain yields, ensures resilience to water scarcity, and benefits both farmers' incomes and the environment by promoting soil biodiversity, reducing emissions, and sequestering carbon, making it a vital strategy for sustainable wheat production in dryland farming systems.

Validated (TAAT1) 8•7

4

Furrow Irrigated Raised Bed Wheat Production

Smart Irrigation, Bountiful Harvests Furrow Irrigated Raised Bed Wheat Production is an efficient cultivation technique that optimizes water use in wheat farming. By creating raised beds and controlled furrows, this method reduces water consumption, improves soil moisture, and enhances crop productivity. It addresses the challenge of limited freshwater supply for agriculture, making it a crucial practice for dryland wheat cultivation in Sub-Saharan Africa.

Validated (TAAT1) 7•7

4

Regions

North Africa

West Africa

East Africa

Central Africa

Southern Africa

Commodity groups

Animal production

Aromatic and stimulant crops

Cereals

Fruits

Legumes

Oilseed crops

Roots and tubers

Vegetables

Temperature

Moisture level

Sustainable Development Goals