Infinium Global Research Agriculture Drones Market | Seite 9

Agricultural Drones Market: Global Industry Analysis, Trends, Market Size and Forecasts up to 2023 Emerging markets of Asia-Pacific, Middle East and Latin America regions are expected to drive the growth in the world market. The Asia-Pacific region is expected to grow at a CAGR of x.x% over the forecast period, followed by Latin America and RoW regions growing at CAGRs x.x% and x.x% respectively over the period of 2017 – 2023. MARKET OVERVIEW AND COMPETITIVENESS DRO ANALYSIS DRO stands for drivers, restraints and opportunities. The DRO analysis involves, identifying the factors that are likely to have impact on the global agricultural drones market. It covers analysis of short term and long term impact of drivers and restraints. Through this analysis both short term and long term opportunities are identified. These opportunities present the investment options and new markets for the market players in the agricultural drones market. Drivers refer to the factors that are expected to drive or boost the market size or demand for agricultural drones. The analysis involves identification of both demand side and supply side factors that drive the demand as well as environmental factor that favor the market conditions for growth of agricultural drones market both in short run and long run. IGR- GROWTH MATRIX ANALYSIS Growth matrix developed by Infinium Global Research, also known as IGR-Growth Matrix helps understand the market situation of the business segments. It helps identify the most attractive segment for the investment purpose and helps the companies to make better decisions in strategy making. The IGR- Growth Matrix presents the zones that define the position of the product segment and application segment based on the market size, growth anticipated and the growth factors & historic growth. Following are the zones that IGR- Growth Matrix considers  Risky Zone: Low market size and low growth rate. Investment in this segment is risky 9 | © Infinium Global Research