By Kenneth Marcos 
In rice fields across the country, many farmers still rely on limited extension workers or distant offices for technical advice. When pests strike or weather shifts suddenly, answers often come too late. This daily struggle was at the center of a major announcement from the Philippine Rice Research Institute this week.
The Department of Agriculture–PhilRice has launched the country’s first artificial intelligence ecosystem for agricultural information. The multilingual platform aims to make science-based rice farming guidance available to farmers anytime, anywhere. The initiative was introduced during the 37th Ugnay Palay National Rice R4D Conference on November 25.
The rollout begins with the beta version of Palai, an AI chatbot available on all PhilRice-managed Facebook pages. Through Messenger, Palai can respond to rice-related questions in any language or local dialect and provide expert-reviewed answers within seconds. PhilRice Deputy Executive Director for Development Dr. Karen Eloisa Barroga said the tool addresses long-standing challenges in farm extension work, including the shortage of technical responders, repetitive inquiries, and the lack of centralized digital resources.
Dr. Barroga emphasized that Palai’s multilingual design is essential in a country with more than 180 languages. Many farmers, she said, hesitate to seek help when information is only available in English or Filipino. By recognizing local dialects, the system bridges a gap that has limited access to reliable guidance for years.
Starting this week, Palai replaces the Institute’s previous 8 a.m. to 5 p.m. support window with round-the-clock service. This allows farmers to seek help during pest outbreaks, unexpected flooding, or late-night field work, easing workloads for PhilRice specialists while ensuring timely responses to urgent concerns.
PhilRice Deputy Executive Director for Research Dr. Eduardo Jimmy Quilang said the technology can prevent losses by helping farmers act quickly. Even a one-day delay in pest control, he noted, can lead to significant damage, especially for smallholder farmers who cannot afford lost yields.
Lead developer Mark Beltran explained that Palai is powered by large language models and retrieval-augmented generation. This allows the system to handle multi-part questions and improve over time based on real-world user interactions. Its modular design means new tools and databases can be added without rebuilding the entire system, turning Palai into the foundation of a wider AI ecosystem for agriculture.
PhilRice plans to roll out more features in 2026. These include mobile apps that work offline, voice-enabled services for farmers with limited literacy, and a centralized database that local governments can use to order knowledge products and track their distribution. The Institute is also studying how to place these tools in cooperatives and barangay centers so entire communities can access updated farming guidance.
Executive Director Dr. John de Leon said the launch marks a new era in Philippine agricultural support. He emphasized that AI can strengthen resilience, improve productivity, and help farmers adapt to rapid changes in climate and technology. With better access to reliable information, he said, farmers can make smarter decisions that protect their livelihood and contribute to national food security.
As digital tools expand in agriculture, PhilRice hopes the new ecosystem will close long-standing information gaps and give farmers the support they need to thrive in a changing world.
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