Technology

Technology Application

ASTRI brings together advanced technologies — IoT, Blockchain, artificial intelligence, microbial technology, and smart greenhouses — across production, value-chain management, and the development of sustainable, smart agriculture that adapts to climate change.

Core Technology Capabilities

A multi-disciplinary technology foundation underpinning ASTRI’s smart agriculture solutions.

IoT & Environmental Sensors

Smart sensor networks monitor soil, water, salinity, temperature, and humidity in real time to automate and optimize farming processes.

Blockchain Traceability

Blockchain authenticates and brings transparency to the entire agricultural value chain, from farm to table, building trust for consumers and export markets.

Artificial Intelligence (AI)

AI applied to weather forecasting, pest and disease diagnosis, farming data analytics, and precise decision support to reduce costs and raise yields.

Greenhouses & Smart Irrigation

Net-house and greenhouse systems combined with data-driven automated irrigation to control microclimate and save water for high-tech agriculture.

Microbial Technology

Research and application of beneficial microorganisms and advanced fermentation to produce high-quality organic microbial fertilizers that restore and enrich the soil.

Technology Transfer

Transfer of processes, equipment, and technology solutions to cooperatives, enterprises, and farming households, coupled with training and hands-on deployment.

High-tech applications in agricultural production — High-tech and automation applications in sustainable agricultural production.

Featured Applications

Vietnam — Japan Partnership

High-tech Organic Microbial Fertilizer

On 12 November 2025 in Hà Nội, ASTRI signed a Memorandum of Understanding (MOU) with Futaba Sankyo (Japan), aiming to research and produce high-quality organic microbial fertilizers based on advanced Japanese fermentation technology.

Cooperation goals:

Research and production of high-quality organic microbial fertilizers using advanced Japanese fermentation technology.
Restoring and improving the fertility of cultivated soil.
Raising crop yields and produce quality.
Minimizing environmental impact.
Promoting organic and circular agriculture.

Glorin Platform — Cà Mau

Smart Agriculture Ecosystem

On 28 July 2025, ASTRI deployed the "Glorin" technology platform in Cà Mau, integrating Blockchain, IoT, and AI to address climate risk in the Mekong Delta — where climate change could cause losses equivalent to around 2% of GDP.

Core functions:

Product-origin traceability and authentication of agricultural produce.
Calculation and management of carbon credits.
Parametric insurance against saltwater intrusion.
Integration of Blockchain, IoT, and AI on a single unified ecosystem.