1st note in the tonic solfa representation of the diatonic scaleLoan technology is rapidly evolving and revolutionizing a variety of industries, and this session will provide an in-depth look at the current state of commercial use in 2024, as well as legal challenges, and discuss future possibilities.
Commercial Use of Drones: 5 Industries Paving the Way to the Future
Logistics Revolution: "Flying Delivery System" by Drones
In 2024, drone technology is bringing about remarkable changes in the field of logistics. Drones are rapidly being introduced to transport goods to areas that are difficult to reach by conventional logistics means, especially to remote islands and mountainous areas.
Specific examples:
assemblePrime Air by Mazon
Amazon is testing a drone delivery system called Prime Air. In the United Kingdom and some areas of the United States, consumers can use drones to receive their goods within 30 minutes of ordering. The use of this system is attracting particular attention in rural and depopulated areas.
google's Wing project
The Wing project, developed by Alphabet, Google's parent company, is operational in Australia and Finland. Small packages are delivered by drone, and consumers can manage the delivery via a smartphone app. It has also attracted attention as a means of delivery to avoid contact, especially during the new coronavirus pandemic.
disasterTransportation of emergency supplies in the event of a disaster
In Japan, drones transported food and medicine in areas affected by Typhoon Hagibis in 2019. In addition, government agencies and companies are cooperating to use drones to assess the situation in the affected areas and assist in rescue efforts. The use of drones has dramatically improved the speed of rescue operations.
Evolution of Infrastructure Inspection: Drones Reduce Risk to Human Life
Drones are also playing a major role in the field of infrastructure inspection. By using drones to conduct inspections of bridges, power lines, wind power generation facilities, and other structures at high elevations or in dangerous locations, risks to human life are greatly reduced and work efficiency is improved.
Specific examples:
during (a certain time when one did or is doing something)Inspection of transmission lines of the Department of Electric Power
Japan's Chubu Electric Power Company is using drones to inspect its power lines. By using drones equipped with high-resolution cameras, inspectors no longer need to climb to dangerous heights, and inspection accuracy has improved. Furthermore, the introduction of a system that combines drones with AI to automatically detect deteriorated areas has dramatically improved work efficiency.
unsewn part of a hanging sleeve on a traditional Japanese woman's garmentPower plant blade inspection
Wind power plants require periodic inspections of their huge blades (blades), but the conventional method requires the blades to be stopped and workers to use safety belts to perform the inspections. With drone-based inspections, blade deterioration and cracks can be detected while flying without stopping power generation, reducing inspection time by approximately 50%.
1st note in the tonic solfa representation of the diatonic scaleAI and sensor technology incorporated in the loan can detect even the slightest deterioration or damage, enabling preventive maintenance. This creates benefits such as reduced inspection costs and extended infrastructure life.
The Future of Smart Agriculture: Automation to Reduce Environmental Impact
In the agricultural sector, automated spraying by drones and monitoring of growth conditions using AI are becoming more widespread. Precision agriculture using drones is becoming an indispensable tool for maximizing yields while reducing environmental impact.
Specific case study:
DJI Agras Series
Chinese drone manufacturer DJI is developing the Agras series of agricultural drones, which can automatically apply pesticides and fertilizers over vast areas of farmland, ensuring uniform and efficient application. The system can also monitor the growth of crops using AI, and contributes to improved harvest yields through appropriately timed fertilizer and pesticide application.
agricultureReduce drug use and protect the environment
The introduction of drones has reduced the amount of pesticides used and the burden on the environment. In addition, accurate spraying can be expected to improve crop quality and stabilize harvest yields.
In Japan, pesticide application using drones in rice paddies is spreading. Compared to conventional methods, the use of pesticides can be reduced by approximately 301 TP3T, preventing wasteful spraying while efficiently controlling crop pests and diseases. This reduces environmental impact and enables ecological agricultural management.
Innovation in Real Estate and Construction
Drones are increasingly being used in the real estate and construction industries. In addition to taking aerial photos of properties and creating preview videos, drones can also be used at construction sites to check progress, manage safety, and acquire precise data in the field of surveying.
Specific case study:
assembleDrone Applications in the Real Estate Industry in Mérica
In the United States, aerial drone video is widely used, especially in the sale of luxury real estate. Aerial photography using drones is very useful for buyers because it effectively conveys the appeal of a property and allows them to see details of the property from a remote location. This is especially useful for properties with large tracts of land or landscapes for sale.
commitmentProgress check and surveying in the construction industry
At construction sites, drones can be used to check progress in real time and detect delays or mistakes in construction work at an early stage. In addition, aerial drone data is converted into 3D models for accurate surveying in a short time. This improves the accuracy of design and construction, and increases the overall efficiency of the project.
Rapid diffusion of drone technology and legal challenges
Current Status and Issues of Drone Regulations
1st note in the tonic solfa representation of the diatonic scaleWhile the evolution of loan technology has led to commercial use in various fields, legal issues related to safety and privacy protection have emerged. In Japan, the Civil Aeronautics Law and the Radio Law establish rules for the flight and use of drones, strictly regulating areas where they can be flown, pilot qualifications, and flight altitudes. While these regulations are necessary to ensure safety, they can also serve as a barrier to the expansion of commercial use.
Drone Regulations under Japan's Civil Aeronautics Law
day (of the month)In this country, the Civil Aeronautics Law was amended in 2015 to develop regulations for the commercial use of drones. This law prohibits drone flights in certain areas, such as around airports and urban areas, and limits the areas in which they can be flown. In addition, prior permission is required for nighttime and out-of-sight flights. This restricts drone delivery and surveillance operations in urban areas and limits the scope of commercial use.
Part 107 regulations by the U.S. FAA
assembleThe Federal Aviation Administration (FAA) in Merica has introduced Part 107, which governs the operation of commercial drones. Under these regulations, drones are permitted to fly within visual range during daylight hours, provided the operator meets certain conditions. However, additional permits are required for nighttime and out-of-sight flights, which limits their use, especially in the logistics sector. Currently, Amazon, UPS, and other companies are seeking deregulation and conducting demonstration tests.
Deregulation and its impact
societyIn Japan, in particular, the Japanese government has adopted a policy of deregulation in order to promote the commercial use of drones. Specifically, more flexible regulatory operations are being implemented in areas such as logistics and infrastructure inspection, and demonstration tests are being conducted to enable companies to utilize drone technology.
Realization of "Level 4 Flight" in Japan
2The new revision of the Civil Aeronautics Law, which came into effect in 022, allows for "Level 4 flights," which allow for out-of-sight flights in urban areas. This legally permits drone delivery and surveillance operations in urban areas, a major development for the logistics and security industries. With this deregulation, major companies such as Amazon and Rakuten are preparing for the full-scale introduction of drone delivery services.
EU Unified Drone Regulation
EuropeThe Union of States (EU) enacted the Unified Drone Regulation in 2021 to reduce differences in drone regulations between countries. This allows drones to be used under common rules throughout the EU, facilitating commercial use, especially across borders. In the logistics and surveying industries, this deregulation is expected to be key to the development of new markets.
Privacy and security concerns
1st note in the tonic solfa representation of the diatonic scaleThe risk of personal privacy being violated is increasing as loans are equipped with sophisticated cameras and sensors. Because of the ability of drones to fly over public places and private homes and acquire video and photographs, this can lead to privacy violations and data misuse. Concerns about this risk are growing, especially as commercial use increases.
Specific Risks of Invasion of Privacy
1st note in the tonic solfa representation of the diatonic scaleIn some cases, personal privacy may be violated if the video or data captured by the loan is used without the individual's permission. For example, when a drone takes aerial photos in a residential area, there is concern that unauthorized images of an individual's house or yard may be taken and published on the Internet. Another problem is that drones used for surveillance purposes may record people's activities without their permission.
1st note in the tonic solfa representation of the diatonic scaleInvasion of Privacy Case by Loan Aerial Photography
In 2016, an incident occurred in California, USA, where a drone flying over a residential area captured images of a private home without permission, which were then posted on the Internet. The incident sparked a great deal of controversy and increased awareness of the risk of privacy violations by drones.
Security measures and data protection needs
1st note in the tonic solfa representation of the diatonic scaleLoan security measures are another important issue. In particular, the risk of drones being hacked and used for unauthorized purposes has been identified. Hacked drones can be used to collect sensitive information or for other malicious purposes, and inadequate security measures can cause serious damage to companies and individuals.
2Drone hacking incident in 019.
In 2019, an experiment was conducted at DEF CON, an international hacking convention held in Las Vegas, USA, where commercial drones were hacked and control taken away. The experiment demonstrated a situation where a drone with weak security was remotely controlled to collect unauthorized photographic data. This incident reaffirmed the urgent need to strengthen drone security.
Future Prospects: Technological Evolution and Possible Legal Reforms
Evolution of AI and Sensor Technology
thisLater, autonomous drone flight technology will improve dramatically with the evolution of AI, enabling safe flight in more complex environments. Functions such as obstacle avoidance and automatic route setting will bring great benefits to logistics, surveillance, and inspection operations.
High-precision data acquisition and its scope of use
AThe combination of I and sensor technology enables more accurate data acquisition in the fields of agriculture and infrastructure inspection, utilizing LiDAR sensors and thermal infrared sensors for detailed analysis of topographical data and growth conditions.
Trends in Legal Reform and Future Issues
governmentThe Prefectural Government is in the process of revising its laws to promote the growth of the drone business. In particular, to support commercial use in the fields of logistics, agriculture, and surveillance, the law is being amended to ease pilot qualifications and simplify flight permits. The revised law will create more business opportunities, and drone technology will further penetrate society.
Summary: Drones open up the future society
1st note in the tonic solfa representation of the diatonic scaleCommercial use of loan technology is expected to continue to grow in a wide variety of fields, including logistics, infrastructure inspection, agriculture, security, construction, and real estate. While maximizing the benefits of technological innovation, appropriate responses to legal challenges and privacy issues will be required.
In the future, as AI and sensor technologies evolve, drones will become an integral part of even more industries and change our lives.
