The target drones are classified into five main product types, based on their mode of operation, payload type, platform, and target type, along with speed for aerial targets. The companies are focusing on developing the target drones that would have a higher adoption rate in the market, such as remotely piloted aerial target drones. The following figure depicts the classification of the global target drone by product.

A new revenue model that defines how a company creates and capitalizes economic value, typically impacting its value proposition, product offering, operational strategies, and brand positioning

Increased smart technology adoption, such as automated vehicles, vessels, and unmanned aerial vehicles, is expected to increase the demand for satellite-enabled IoT services. The need to optimize operational efficiency and reduce downtime drive the demand for constant remote monitoring and analytics. Increased implementation of predictive analytics and ML for predictive maintenance has increased IoT solution adoption. Users can enhance connectivity solutions at lower costs due to the availability of low-cost end-to-end IoT solutions.

A silicon photomultiplier (SiPM) is an electronic sensor, which generates an analog signal at output in real time. The histogram of the amplitudes relies on the time characteristics & intensity of the incident light. The system output is a time sequence of current pulse that has a discrete dispersal of amplitudes such as A, 2A, and 3A., For the purpose of analysis, the report segments the global silicon photomultiplier market based on type, device type, application, industry vertical, and region. The report provides information about various types of silicon photomultipliers available in the market such as NUV SiPMs, and RGB SiPMs. It further outlines the details about different devices, including analog SiPMs and digital SiPMs. The applications covered in the study include LiDAR, medical imaging, high energy physics, hazard & threat detection, and others. The major industry verticals discussed in the report are Automotive, healthcare, it & telecommunication, aerospace, oil & gas, and others. Moreover, it analyzes the current market trends of silicon photomultiplier across different regions such as North America, Europe, Asia-Pacific, and LAMEA and suggests the future growth opportunities.

2021 年以来，乘用车批量列装激光雷达，产业链迅速成熟并受到资本市场重视与青睐。我们认为激光雷达将是 L3 以上自动驾驶必备传感器产品，拥有 700亿美金以上市场空间。我们判断 MEMS 振镜、1550nm 激光器、SPAD 接收器、SoC 化主控芯片等技术方向将会是未来激光雷达厂商集中发力的主流路径，相关整机厂商与上游零部件厂商拥有投资机会。

投资建议：由甲骨文、塞纳的强强联合可以看出，依靠云服务形式探索医疗IT 新发展已成为趋势，在新一轮建设浪潮已具有微服务、云源生架构产品的医疗信息化龙头公司将受益明显，继续推荐卫宁健康、创业慧康。

计算机行业持仓景气度进一步从底部回暖，环比继Q3 后进一步上升，持仓头部公司多元化趋势持续，云计算重点公司仍是配置主线，市场持续关注景气行业共振带来的投资机会。

The increasing applications and benefits of confocal microscope and increasing adoption of confocal microscope is growing in biology, life science, material science, neuroanatomy, and neurophysiology, which is consequently expected to drive the growth of the market for confocal microscope over the forecast period. Rarely diagnosis and treatment of cases of microbial keratitis and along with clinical practices, confocal microscopy is developing into a powerful research and diagnostic tool in ophthalmology is further expected to spur the growth of the market for confocal microscope in the near future

The global surgical instrument tracking devices market is expected to grow at a CAGR of 9.16% for the forecast period 2021-2031. Leading market players strive to retain a competitive edge by having a good presence in key markets and offering a diverse product range. The market has witnessed a total of 32 key developments over the five years (January 2016-March 2021), with a majority of them being product offerings and upgradation accompanied by partnerships, alliances, and business expansions. Efforts are being made to bring more technologically innovative goods to market, each aimed at a particular unmet need. With the launch of new and updated devices with improved features, surgical instrument tracking devices technology has become increasingly possible to unlock new use cases.

More efficient irrigation automation, control, and monitoring solutions will take on the long-term challenge of water scarcity in the world, especially if governments’ conservation efforts include restrictions on irrigation frequency and duration. The global irrigation water solutions market generated revenue of $11.22 billion in 2020. Frost & Sullivan forecasts a compound annual growth rate (CAGR) of 8.0% through 2026 for revenue of $17.79 billion. Of course, agriculture is an inherently unpredictable industry: extreme weather, crop diseases, natural disasters, or significant produce price fluctuations could affect farmers’ ability to invest in new equipment. Conservation initiatives would compel farmers to be more conscious of their water use and consider the benefits of drip irrigation and smart, data-driven solutions that could increase crop yields yet reduce costs.