市場調查報告書
商品編碼
1122148
農業即服務市場規模、份額和趨勢分析報告:按服務類型(農場管理解決方案、生產協助)、按交付模式(即付即用、訂閱)、按最終用戶、按地區、細分預測、 2022- 2030Farming As A Service Market Size, Share & Trends Analysis Report By Service Type (Farm Management Solutions, Production Assistance), By Delivery Model (Pay-per-use, Subscription), By End User, By Region, And Segment Forecasts, 2022 - 2030 |
農業即服務市場增長和趨勢
Grand View Research, Inc. 的一份新報告預測,到 2030 年,全球農業即服務市場將達到 90.2 億美元。預計該市場從 2022 年到 2030 年的複合年增長率為 14.5%。農業即服務是指在產量監測和天氣數據收集中使用機器學習和物聯網等技術。在收集有關這些指標的數據後,我們將各種算法應用於這些指標,以收集有意義的見解和分析。這些見解用於提高農場生產力並解決可以調整以實現更高水平的生產力的缺陷。
農業即服務市場分為三組:服務類型、交付模式和最終用戶。服務包括三個子類別:市場准入、農場管理解決方案和生產支持。為有效的農場管理提供產量監測、天氣數據、發芽數據和土壤質量數據等分析。市場准入涉及消除中間商並使用移動應用程序等技術將農民直接與供應商和市場聯繫起來。
生產支持包括拖拉機和聯合收割機等設備的租賃和勞務提供服務。為農業服務的農民使用訂閱和按使用付費的交付模式。訂閱是指您將設備租用一段時間,而按使用付費是指您每次使用該設備時都要付費。FaaS 的最終用戶包括農民、政府、企業、金融機構和諮詢機構。
農業即服務的一個關鍵驅動力是農村地區互聯網接入的擴大,這支持了市場的增長。高速互聯網接入在許多方面幫助農民。利用數據驅動的分析來尋找合適的種子和適量的肥料,並執行土壤分析來測試您的營養成分。使用數據驅動的決策工具有助於減少浪費並降低生產成本。
由於一些好處,例如通過數據驅動的決策提高生產力和效率,隨著農村地區互聯網連接的改善,FaaS 的使用在未來幾年可能會增加。此外,我們將推動新產品的開發,例如即時收集和分析數據的技術以及可用於各種目的的農業機械。
由於市場潛力巨大,已有多家公司和新企業/初創公司進入市場。FaaS 市場的新進入者包括 TAFE、ITC Ltd.、Cropin Technology Solutions Pvt. Ltd. 和 Deere & Company。公司正專注於產品開發和區域擴張,以在市場上站穩腳跟。
例如,DeHaat 於 2020 年 7 月引入了特許經營模式,以擴大其在印度東部的業務。在這一戰略下,該公司從Bayer Crop Sciences等供應商處採購農業投入品,將其出售給農民,並從半徑 3-6 公裡範圍內的農民處採購產品。在另一個例子中,AGCO Corporation的 Massey Ferguson 輕型公用拖拉機和設備以及 Fendt 大馬力拖拉機組裝和銷售設施於 2019 年 11 月進行了擴建。該設施位於馬裡蘭州埃奇伍德。
農業即服務市場報告亮點
農業即服務越來越受歡迎,因為服務可以實現高效、數據驅動的農業,從而提高農業產量。
農場管理解決方案部門預計將在 2021 年主導市場,到 2030 年將擴大到 76% 以上的收入份額。就收入而言,精準農業工具是農田管理解決方案中最大的細分市場
訂閱交付模式部分將在 2021 年佔據一半以上的市場份額,預計在預測期內將繼續保持主導地位。
農民是農業即服務項下所提供服務的最大最終用戶。此外,在預測期內,農民最終用戶部門預計將以 14.9% 的複合年增長率增長最快。
在 2022 年至 2030 年的預測期內,亞太市場預計將成為增長最快的地區。中國引領該地區市場
行業領導者包括 Mahindra & Mahindra、John Deere、ITC、Trimble、EM3、Apollo、Accenture、Taranis、BigHaat、Precision Hawk、IBM 和 NinjaKart。
The global farming as a service market is projected to reach USD 9.02 billion by 2030, according to the new report by Grand View Research, Inc. The market is expected to witness a CAGR of 14.5% from 2022 to 2030. Farming as a service refers to using technologies such as machine learning and the internet of things in yield monitoring and collecting weather data. After the collection of data on these metrics, various algorithms are applied on these metrics to gather meaningful insights and analytics. These insights are used to boost the farm's production and address any shortcomings that can be adjusted to get a higher level of productivity.
The market for farming as a service is segmented into three groups: service type, delivery model, and end-user. The service comprises three subcategories: access to markets, farm management solutions, and production support. For effective farm management, analytics is provided for yield monitoring, weather data, germination data, soil quality data, etc. Access to markets deals with cutting out intermediaries and linking farmers directly to suppliers and marketplaces using technologies like mobile apps.
Production support includes renting or leasing equipment such as tractors, combine harvesters, and labor provision services. Subscription and pay-per-use delivery models are used by the farmers servicing the farming. Renting out equipment through subscriptions for a fixed period is called a subscription, whereas pay per use is referred to as paying each time the equipment is used. Farmers, government, businesses, financial institutions, and advisory bodies are the end users of FaaS.
The significant drivers of farming as a service include growing internet access in rural areas, which supports market growth. Fast internet access assists farmers in numerous ways. It enables them to utilize data-driven analytics for appropriate seeds and precise amounts of fertilizer and conduct soil analysis to test the nutrition profile. The use of data-driven decision-making tools helps reduce wastage, lowering production costs.
Owing to the several advantages, such as enhanced productivity and efficiency through data-driven decisions, the use of FaaS will rise in the coming years as the internet connectivity in rural areas continues to improve Inefficiencies in the agricultural supply chain, such as low productivity, a lack of farm mechanization, market access, and data asymmetry, can be addressed with the aid of FaaS. It promotes the development of new products, including technologies for instantaneous data collection and analysis and agricultural machinery with many uses.
Multiple established companies and new businesses/ startups are entering the market because of the market's enormous potential. TAFE, ITC Ltd., Cropin Technology Solutions Pvt. Ltd., and Deere & Company are some new entrants in the FaaS market. Companies focus on product development and geographical expansion to gain a foothold in the market.
For instance, to grow its business in Eastern India, DeHaat introduced the franchise model in July 2020. The company uses this strategy to acquire agricultural inputs from vendors like Bayer Crop Sciences, sell them to farmers, and buy their products from farms within a three to the six-kilometer radius. For another instance, AGCO Corporation's assembly and distribution facility for Massey Ferguson small and utility tractors and equipment and Fendt high horsepower tractors were expanded in November 2019. The facility is based in Edgewood, Maryland.