2025区块链技术在农业领域的应用_全球经验与肯尼亚实践研究报告_82页_10mb

Blockchain in Agriculture: Global Lessons and the Kenyan Experience

Overview
Blockchain technology is being applied to address challenges in Kenya's agricultural sector, including limited access to finance, insurance, and quality inputs, as well as vulnerabilities to climate change. The report identifies six key use cases: digital IDs, input verification, credit and loans, insurance, traceability, and carbon credits. Kenya is an early leader in blockchain adoption in agriculture, supported by its advanced digital infrastructure and enabling policies.

Key Use Cases and Applications

• Digital IDs: Platforms like hiveonline and IDENTI use blockchain to create verified digital identities, enabling farmers to access credit and insurance.
• Input Verification: Solutions like GeoKrishi use blockchain to combat fraudulent seeds and fertilizers.
• Credit and Loans: Innovations like asset tokenization (e.g., One Million Avocados) allow farmers to access capital by tokenizing agricultural assets.
• Insurance: Parametric insurance (e.g., ResilientGrowth) uses blockchain to automate payouts based on trigger events like drought.
• Traceability: Platforms like Bext360 help ensure regulatory compliance (e.g., EUDR) and enable fair pricing for farmers.
• Carbon Credits: Projects like Dimitra Carbon connect farmers to carbon markets, providing additional income through verified carbon offset credits.

Enabling Factors
Kenya's strong digital infrastructure, including high mobile money penetration (97% of the population), regulatory clarity, and a thriving startup ecosystem create an ideal environment for blockchain adoption. The country's position as a regional leader in fintech facilitates innovation in agricultural value chains.

Challenges
Blockchain startups face hurdles such as difficulty securing funding due to cryptocurrency volatility, high costs of blockchain storage, lack of interoperability between platforms, and poor off-ramps to mobile money. Digital literacy among farmers and connectivity issues in rural areas also pose challenges.

Key Recommendations

1. Regulation and Awareness: Governments should regulate blockchain clearly, including data privacy and cryptocurrencies, while promoting awareness and capacity building.
2. Targeted Implementation: Prioritize process-enhancing solutions (e.g., verification and IDs) before adopting disruptive models.
3. Integration with Existing Systems: Link blockchain with national ID systems and other technologies (e.g., IoT, AI) to ensure practicality.
4. Local Partnerships: Engage community leaders and stakeholders to build trust and support adoption.
5. Funding Support: Leverage impact investments and partnerships to address funding challenges.

Conclusion
Blockchain offers significant potential to transform Kenya's agricultural sector by enhancing transparency, efficiency, and resilience. However, scaling these solutions requires collaboration among governments, investors, and local communities to overcome technical, financial, and educational barriers. Kenya’s leadership in this space positions it as a model for other LMICs.