Agricultural Low-altitude Economy Sees Trillion-dollar Opportunity! Guangzhou E-FLY Technology Empowers Smart Agriculture with "Full-chain Solution"

     On December 14,2025, the three-day 2025 International Low-altitude Economy and Trade Expo (Guangzhou) and the 8th Global Unmanned Systems Conference came to a close. At this grand event gathering global innovation forces in the low-altitude industry, Guangzhou E-FLY Technology Co., Ltd. showcased its full-chain solution of "whole-machine R&D + scenario application + data service" at Booth B61, outlining a new vision for the development of agricultural low-altitude economy with cutting-edge technology and thoughtful services.

     In 2025, the low-altitude economy officially entered the fast lane of national strategic emerging industries, with the agricultural sector becoming the most critical and mature application scenario in this blue ocean market. It is predicted that China's low-altitude economy market size will reach 1.5 trillion yuan this year, with policy dividends continuously increasing: Guangdong Province has explicitly stated its intention to build a nationally leading low-altitude economy industrial hub, supporting priority applications of low-altitude equipment in public service sectors such as agricultural production; Sichuan Province has even introduced targeted plans, proposing to establish five specialized "agricultural drones+" application scenarios by 2027, including crop protection, fertilization, and sowing. Under the favorable policy winds, agricultural drone enterprises represented by E-FLY Technology have ushered in unprecedented development opportunities.

     "Modern agricultural drones have evolved beyond being mere 'flying farm machinery' into intelligent aerial terminals for smart agriculture," explained Xie Jimin, General Manager of Guangzhou E-FLY Technology, at the exhibition. As agricultural demands advance, drone operations are rapidly expanding from flat fields to complex terrains like hills, mountains, and orchards. Their functions have expanded from traditional spraying and sowing to include heavy-load lifting, precision crop monitoring, and data collection. E-FLY Technology's latest solution integrates edge computing AI, hyperspectral sensing, and IoT technologies, enabling drones to analyze crop growth in real time and accurately detect pests. This innovation equips farmlands with professional' aerial scouts 'and' data collectors,' providing farmers with scientific planting references.

     by 2025, agricultural drones will have evolved beyond their basic role as plant protection tools, becoming intelligent aerial terminals for smart agriculture. Xie Jimin, General Manager of Guangzhou E-FLY Technology, stated that agricultural drone operations are rapidly expanding from flat fields to complex terrains including hills, mountains, and orchards. Their functions have evolved from basic spraying and sowing to heavy-load lifting, precision monitoring of crop conditions, and data collection. E-FLY Technology's latest solution integrates edge computing AI, hyperspectral sensing, and IoT technologies, enabling drones to analyze crop growth in real time and accurately detect pests and diseases. These drones now serve as both "aerial scouts" and "data collectors" for smart farms.

Building Industrial Ecosystems for Large-Scale Implementation

     The thriving development of industries relies on robust ecological support. Currently, the low-altitude economy is steadily transitioning from "single-point demonstrations" to "large-scale implementation". In terms of infrastructure, ground support facilities such as drone landing pads, charging stations, and "aircraft nests" built using communication towers are being deployed nationwide, laying a solid foundation for routine drone operations. Regarding service systems, the cultivation of professional pilots and the establishment of integrated service networks combining "sales + training + maintenance" are accelerating. Notably, E-FLY Technology has trained over 15,000 technical personnel globally, with this professional team serving as a key competitive advantage for the company in serving farmers and expanding markets.

     With the continuous deepening of low-altitude airspace management reforms and the ongoing improvement of infrastructure, the potential of agricultural low-altitude economy will be further unleashed. As a key force in the industrial chain, companies like E-FLY Technology not only provide farmers with efficient and convenient production tools but also help build an integrated space-air-ground agricultural management system by collecting and analyzing farmland data streams. In the future, these innovative practices will offer a "China solution" that combines technological sophistication with practicality to address global food security challenges and develop new agricultural productivity, enabling the agricultural low-altitude economy to truly benefit more farmers and inject lasting momentum into the development of modern agriculture.