Role of Drones in Building Safer Cities

Today, unmanned aerial vehicles (UAVs), more commonly known as drones, have become an integral technology within the operations of various industries and organisations. Yet, while they have long been mostly used for military applications, their implementation for various consumer, commercial and civil applications is relatively recent.

FREMONT, CA: Unmanned aerial vehicles (UAVs), also referred to as drones, are a vital part of many different businesses and organisations' activities today. Although they have mostly been employed for military purposes for a long time, they have just recently been implemented for many consumer, commercial, and civil uses.

The growth of drones for various uses translates to a growth rate of about 20 per cent, which, according to an estimate, would cause the worldwide UAV industry to surpass USD 55 billion in 2027.

Since more companies are choosing remote monitoring and automation for faster and more effective operations, there will be more opportunities as the market expands for drone operators and technology partners. However, there is still room for advancement in the utilisation of drones. By doing this, socioeconomic elements will be able to more dependably encourage recovery from the current obstacles brought on by the COVID-19 epidemic, as well as future growth potential. This is made possible by combining UAVs with crucial technologies that will shape the upcoming industrial era, such as 5G and big data analytics.

Although drone technology has many uses today, its true value has been most clearly demonstrated in its ability to help solve problems brought on by unpredictable times. For instance, UAVs supported a range of pandemic relief efforts during the COVID-19 pandemic in both developed and developing markets. However, despite their intrinsic worth, the scope of such drone applications continues to be constrained.

Connectivity is a significant barrier to expanding the use of drones effectively. Given that the majority of UAVs operate in low-altitude airspaces, the operational radius of drones has usually been restricted to radio controller (RC) ranges. This means that despite their best efforts, manufacturers were only able to create a few kilometres' worth of exclusive radio control systems. On this front, the increased connectivity brought by 4G has revolutionised how businesses use drone technology. Drones have a greater capacity to carry out more sophisticated tasks, stream and upload big data chunks and HD video to the cloud, as well as traverse longer distances better and more autonomously with greater unrestricted and more reliable communication. All of these can be improved with 5G.

With its incredibly fast speeds, dependable connectivity, and minimal latency, 5G could be the next technology to revolutionise UAV applications. For instance, 5G's intrinsic properties make it possible to give drones LiDAR (light detection and ranging) capabilities in addition to video and cutting-edge sensory technology to enhance their situational awareness. Due to the supply chain's highly complex navigational environments, which include manufacturing, warehousing, logistics, and shipping operations that were disrupted by the pandemic, this is particularly helpful when applied to key economic areas. This is especially true for conventional buildings that are not completely digitised.

The future of drones depends largely on effective and resilient mission-critical networks since they are necessary for reliable and seamless drone communication. Despite the sector's expansion, issues still exist, particularly concerning network and coverage stability. Mobile operators and other technological solution providers can offer extensive automated cloud solutions in this area, including private and secure mobile broadband, cloud connectivity, and a range of add-on apps, such as drones. All of these services can be improved with 5G, enabling drones to forge new flight paths that will better and protect lives.