Jakarta, Indonesia: Agriculture is becoming increasingly technology-driven as producers seek greater productivity, resource efficiency, and resilience across increasingly complex farming operations. Against this backdrop, INAGRITECH 2027 will return from July 27–29, 2027, at JIExpo Kemayoran in Jakarta, bringing together agricultural machinery manufacturers, technology providers, distributors, farmers, investors, and industry professionals from Indonesia and international markets.

The 13th edition will build on INAGRITECH’s established role as a major platform for agricultural machinery, equipment, technology, and services. The organizer expects more than 400 exhibitors and 25,000 professional visitors, with the exhibition covering approximately 15,000 square meters of indoor and outdoor space. The event will provide opportunities for businesses to evaluate technologies and develop connections across the agricultural value chain. 

Smart farming and precision agriculture will be important areas of focus. The exhibition will showcase technologies including agricultural IoT sensors, GPS and GIS systems, intelligent monitoring platforms, satellite positioning, drones, automation systems, and smart greenhouse technologies. These tools can provide farmers and agricultural operators with greater visibility into field conditions and support more data-driven approaches to resource management. 

Agricultural machinery will form another major component of the exhibition. Tractors, implements, harvesting equipment, cultivation machinery, seed drills, balers, planters, and other mechanized solutions will be presented alongside technologies designed to support modern farming operations. The combination of machinery and digital systems reflects the industry's broader shift toward connected agricultural equipment and more efficient field operations. 

Water management and controlled-environment agriculture will also receive attention through irrigation technologies, pumping systems, greenhouse equipment, hydroponic solutions, and related systems. Such technologies are increasingly relevant as producers seek more precise approaches to managing water, nutrients, crop environments, and production inputs.

The event will additionally extend into post-harvest and agricultural processing technologies. Solutions for crop drying, cleaning, grading, weighing, rice processing, sugar production, fermentation, and related activities will connect primary agricultural production with downstream processing requirements. This broader scope enables participants to consider technology investments across multiple stages of the agricultural value chain. 

INAGRITECH 2027 will be held alongside several complementary exhibitions, including INAPALM Asia, SugarMach Indonesia, INAGRICHEM, AGROFOODTECH Indonesia, Food Manufacturing Indonesia, and Pump & Valves Indonesia. The combined platform will bring together agricultural machinery, processing, agrochemicals, food technology, irrigation, and industrial equipment, creating opportunities for cross-sector sourcing and collaboration. 

The event will also feature forums and seminars addressing agricultural technology and emerging industry developments. These knowledge-sharing activities will complement product demonstrations and business networking by providing participants with perspectives on technology adoption and changing requirements across the agricultural sector. 

As Indonesia and the wider Southeast Asian region continue to modernize agricultural operations, the integration of machinery, automation, precision technologies, and resource-management systems is becoming increasingly important. INAGRITECH 2027 will provide a platform for industry stakeholders to examine these developments and identify technologies capable of supporting more productive and connected agricultural operations.

Logistics Tech Outlook highlights technologies transforming supply chains, manufacturing, and connected industrial ecosystems. Through coverage of INAGRITECH 2027, the publication continues to examine how agricultural machinery, smart farming, automation, processing technologies, and resource-management solutions are reshaping modern agribusiness and its supply chains.