Elevating Vietnamese Rice Valuethrough the power of ecosystem.
Connecting raw material farmlands, production, technology, and global markets in an integrated agricultural value chain aimed at efficiency and sustainable growth.
Managed Farmland Area
Large-scale concentrated paddies in Mekong Delta
Cooperatives & Groups
Supply chain linkage and farming technical support
Farmers in Network
Partnered farming under certified quality standards
Projected Annual Output
Stable commercial rice supply capacity
Four Pillars Building a Solid Foundation for Vietnamese Rice
Strategic agricultural value chain framework: tightly connecting cultivated soils to global end consumers.
Raw Material Zones
Planning large-scale fields, managing agricultural land, and expanding linked raw material areas in key Mekong Delta provinces.
Production Partnerships
Working closely with agricultural cooperatives to align seed varieties, transfer technical processes, and establish transparent off-take commitments.
Quality Management
Monitoring each stage of the crop cycle, standardizing fertilizer and irrigation processes, and inspecting rice quality from field to drying and milling facilities.
Market Connectivity
Integrating post-harvest logistics, connecting high-tech milling facilities, and expanding domestic and export sales channels.
The capabilities above reflect the value chain model published by Tan Tai Agriculture. Independent metrics across ecosystem entities are updated and verified across operational milestones.
Connecting each link to create end-to-end value.
Coordination map among core entities: from raw material planning, farming cooperatives, digital technology, to processing plants and market distribution.
Tan Tai Agriculture
Develops rice-growing areas, plans large-scale fields, and works directly with cooperatives and farming households.
- Agricultural land
- Cooperative partnership agreements
- Field planning
- 1,010+ ha of growing areas
- Quality fresh paddy supply
- Large demonstration fields
The entities and roles above appear in the ecosystem diagram on the Tan Tai website. Legal entity names, ownership structure, and operating status should be verified before presenting formal Holdings membership in legal documents.
The foundation of the value chain starts from the fields.
Large-scale field planning in the Mekong Delta, combining fertile alluvial soil, abundant water, and a rich cooperative network.
Owned and managed growing areas
Large-scale fields planned across the Mekong Delta
Cooperatives and farmer groups
Supply-chain and cultivation-technique partnerships
Farmers in the network
Supporting cultivation under quality standards
Projected linked output
Stable supply of commercial paddy and rice
Mekong Delta GIS Map
An Giang Large-Scale Field
A fertile region with a long rice-growing tradition and high yields.
From fields to commercial value.
A 4-step flow closely connecting each stakeholder: from land planning and crop care to harvesting and deep processing.
Develop Raw Material Zones
Survey soil, consolidate and plan concentrated growing areas, and sign production partnership agreements with cooperatives and core farming households.
Organize Cultivation
Coordinate with agricultural extension officers and cooperative boards to align planting schedules, guide alternate wetting and drying (AWD), and maintain digital logs.
Harvest and Inspect
Plan combine harvesting, measure fresh-paddy moisture at the field edge, and transport the crop quickly to drying stations.
Process and Distribute
Dry paddy in recirculating tower dryers to a safe 14% moisture level, then husk, polish, optically sort, and package it for sale.
Develop Raw Material Zones
Survey soil, consolidate and plan concentrated growing areas, and sign production partnership agreements with cooperatives and core farming households.
Solutions tailored for each link in the value chain.
Addressing real-world rice industry challenges through 4 solution groups: from raw materials to commercial output.
Plan, Develop, and Connect Growing Areas
Fragmented farmland and uncoordinated production lead to inconsistent rice varieties and unstable input quality.
Plan 400-600 ha large-scale fields, sign direct off-take agreements with cooperatives, and standardize certified rice varieties.
Secure a stable supply of tens of thousands of tons of fresh paddy per crop, with consistent size and quality.
Coordinate Cultivation, Harvesting, and Quality Management
High fertilizer costs, post-harvest losses from delayed drying, and difficulty controlling pesticide residues.
Use water-saving AWD, coordinate mechanized harvest schedules, and deliver paddy to recirculating dryers within 24 hours of harvest.
Reduce irrigation costs and post-drying kernel cracks while controlling residues to food-safety standards.
Digitize Data, Manage Growing Areas, and Trace Origin
Paper farming records are easily lost, and there are few visual tools to track boundaries and crop calendars across thousands of households.
Map and identify each field plot with GIS, combine IoT water-level sensors, and link digital logs to QR traceability codes.
Make 100% of growing-area (PUC) data transparent and let partners quickly trace seed, fertilizer, and harvest details.
Connect Procurement, Processing, Distribution, and Exports
Processors lack concentrated raw materials, farmers face price pressure during peak harvest, and rice value-add remains low.
Build links from field to advanced processing plant, develop premium packaged-rice brands, and expand wholesale distribution.
Provide farmers with stable agreed-price outlets and increase premium aromatic rice supplied to the market.
Technology empowering data-driven agricultural management.
Deploying digital tools for field spatial management, hydrological sensor monitoring, and real-time crop cycle digitization.
GIS Digital Mapping System
Digitizing large-scale field cadastre maps, partitioning farm plots, and assigning PUC planting unit codes for standardized farm management.
The technologies presented above are synthesized from operational directions announced by Tan Tai Agriculture. The website strictly introduces evidence-based field technologies (GIS, IoT monitoring, AWD, digital logs), without adding unverified technologies to the official deployment list.
Quality built from data and process discipline.
Seamlessly connecting field records, crop-care history, harvest KCS logs, drying tower procedures, and packaging before dispatch.
Batch ID: VN-AG-2026-OM5451-098
Sowed certified OM5451 seed across 580 ha of linked fertile alluvial fields.
Applied AWD irrigation and recorded three balanced fertilizer applications.
Combined harvesting at 90% maturity and checked fresh-paddy moisture at 23.5%.
Recirculation-dried to 14% moisture, removed husks, and optically sorted defective kernels.
Packed in 5 kg/25 kg bags, added QR crop-season traceability, and dispatched inventory.
The data shown is illustrative and clearly labeled. The production traceability system will link the QR code on each released package to the inspection record for its milling batch.
What challenges do technology and supply chain coordination solve?
Targeted application scenarios designed to resolve bottlenecks in farm management, crop dispatching, and rice supply chain data integrity.
Centralized Crop Area Management
Difficulties in coordinating hundreds of smallholders across extensive acreage; scattered seeding timetables prolong harvesting windows and inflate machinery costs.
Constructing GIS cadastral boundary maps for every cooperative plot, establishing centralized parcels, and enforcing synchronized seeding schedules per sub-region.
GPS boundary coordinates, cultivated acreage, cooperative member rosters, direct seeding dates, certified seed varieties.
100% real-time visibility into seeded acreage; synchronized combine harvesting operations, cutting machinery deployment costs by 15%.
These items are classified as 'Application Scenarios' rather than 'Certified Case Studies' as they are currently progressing through active digitization and operational integration across ecosystem partners.
Uniting resources to generate sustainable long-term value.
Four guiding principles of partnership and sustainable development between Viet Rice Holdings, farmers, and commercial partners.
Integrated Value Chain Approach
Far beyond short-term spot commodity trading, Viet Rice Holdings' core strategy is forging solid links: connecting raw material zones, farming households, milling complexes, and end distribution channels.
Harmonious Multi-Stakeholder Linkage Model
Anchoring production on cooperatives and farming families. Demanding transparent purchasing protocols, honoring off-take guarantees, and transferring technical expertise to share enduring economic prosperity.
Digital Orientation & Technological Deployment
Progressively implementing GIS parcel maps, digital farm logs, and origin traceability solutions so that large-scale field management becomes fully auditable and data-verified.
Sustainable Development & Agri-Responsibility
Championing AWD water-saving cultivation regimes, preserving Mekong Delta soil vitality, and dedicated to elevating the prestige of Vietnamese rice through world-class quality and purity.
Viet Rice Holdings
Building a sustainable agricultural value chain together.
Multi-party cooperation across the rice supply chain: from farmer cooperatives to processing, distribution, and export partners.
Cooperatives & Farmer Groups
Rice-growing agricultural cooperatives focused on quality rice in An Giang, Long An, Kien Giang, and Dong Thap.
Establish commercial linkage contracts, provide regular support on seed varieties and KCS standards, and build trust between farmers and business partners.
The groups above are target partner classifications based on the value chain model. Business cooperation agreements published on the official website are based on signed contracts approved by both parties.
Fresh perspectives on rice agriculture and value chains.
Updates on sustainable cultivation analysis, digital season management, and domestic and international rice market developments.
Using AWD in Rice Farming: Cut Irrigation Water by 30% and Reduce Emissions
A practical look at alternate wetting and drying (AWD) in the Mekong Delta, reducing pumping costs while improving rice-stem strength.
Digitizing Growing Areas with GIS: A Transparent Foundation for Large Fields
How GIS maps define plot boundaries, integrate crop calendars, and support PUC growing-area codes for export.
Vietnamese Rice Exports and Demand for Premium Aromatic Rice
An overview of commercial rice supply and demand, stricter residue requirements, and opportunities for specialty varieties such as ST25 and OM5451.
Viet Rice Holdings Plans an Integrated Agricultural Value Chain
Connecting Tan Tai Agriculture growing areas, local cooperatives, and advanced processing infrastructure to increase the value of Vietnamese rice.
Building a More Efficient Agricultural Value Chain Together.
Connect with us to explore raw material zones, farming alliances, processing, distribution, and agtech applications.
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