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Shanghai, China – (News File Corporation – July 7, 2022) – Frost and Sullivan participated in Huawei’s IUCN-sponsored Tech Planet for a Better Planet.Th, 2022. Speakers from the ICN, Huawei and Europe, Asia and Africa projects shared their ideas and experiences on how digital technologies can contribute to climate change and biodiversity conservation. People can fully understand the devastating effects of climate change and biodiversity based on their speech and experience. However, under the leadership of high-tech companies such as Huawei, environmental challenges can be effectively addressed by digital technologies, especially biodiversity conservation.
Frost and Sullivan.
The importance of climate change prevention and biodiversity conservation
Climate change and biodiversity will have a profound effect on human life. Climate change has the potential to increase the frequency of natural disasters, damage the natural ecosystem, and man-made infrastructure. Due to the importance of climate change, climate change has been a global issue since the late 1980s, but this does not necessarily mean that effective and efficient collective response mechanisms are in place. With the advent of technology, digital technologies can effectively mitigate climate change.
Biodiversity conservation is also important in human life. Human health ultimately depends on ecological products and services (such as clean water, food and fuel sources) for good human health and productive living. If ecological services are not sufficient to meet social needs, biodiversity loss will have a direct impact on human health. In addition, the biological diversity of microorganisms, plants and animals provides a wide range of benefits for biological, health, and pharmacological sciences. Significant medical and pharmaceutical discoveries have been made with a better understanding of earth’s biodiversity. Lack of biodiversity can limit access to potential treatments for many diseases and health problems.
There are some ways to help protect biodiversity, such as establishing a gene bank, making related laws, and building environmental protection. In terms of expanding human land use, climate change, and expanding conservation goals, environmental protection requires more efficiency and effectiveness than ever before. However, the protected area lacks ongoing access to up-to-date information on current conditions and natural and man-made trends. As a result, a number of illegal activities, such as collecting illegal species and causing damage to protected areas, have become widespread. Some digital technologies can be applied to prevent illegal activities in nature. For example, real-time devices can record natural sound and transmit real-time information through a cloud platform that analyzes data. The Artificial Intelligence System allows for the identification of sounds, perhaps related to illegal activity in a particular species or habitat, and alerts defenders. In addition, cohesive governance is a good concept within an organized protection plan framework to ensure the sustainable effectiveness of protected areas despite unpredictable developments in the future. The Global Biodiversity and Sustainable Development Goals by 2020 can be achieved earlier if the protected areas are more effective. Therefore, a conservation environment needs an environmentally-based information system that integrates the challenges and opportunities of effective and efficient environmental management. And digital technologies play an important role in biodiversity conservation, because they can be applied to build information systems.
Enabling digital technology for environmental protection
Digital technology promotes environmental protection to prevent climate change and biodiversity. Digital technologies have a special impact on the evolution of traditional ideas regarding environmental protection. It is difficult to solve many environmental problems in the age of globalization without the use of digital technologies (for example, in terms of overcoming the effects of global climate change and biodiversity conservation). Further advances in digital technologies will reduce the consumption of hydrocarbon and greenhouse gas emissions, helping to reduce the consequences of electronic waste. In terms of biodiversity conservation, on-site monitoring techniques, remote surveillance and open information infrastructure can fill information and information gaps. Open source technology can also be used to promote the core process of biodiversity conservation. Local organizations, in collaboration with the ICT sector, can build positive feedback on genetic information and AI training sessions to promote biodiversity conservation in an open source spirit.
Currently, digital technologies are being used to reduce climate change, for example, to accelerate Pivin’s core energy, promote traditional energy digitization, improve energy efficiency, and improve ICT energy efficiency. And the application of digital technologies in biodiversity conservation is unrelated, such as instant messaging and AI-enabled platforms. As more and more people learn about biodiversity and develop technologies, digital technologies will be used more and more to maintain biodiversity.
Huawei’s direction and achievements in enabling technology
Huawei is committed to advancing digital, digital and low-carbonity innovation, and has made significant efforts to use digital technology in climate change mitigation and biodiversity conservation.
In light of climate change mitigation, Huawei is promoting green growth in the industry with ICT innovations that support the global zero carbon cycle. In terms of power supply, the company has integrated power electronics and digital technologies to accelerate renewable energy development. In terms of energy use, Huawei’s ICT infrastructure will continue to renew energy-saving technologies to continuously improve energy efficiency, save energy and reduce emissions in industries. For example, Huawei helped customers build the world’s largest single-power PV in Kingai. Using cloud and AI technologies, PV power generation has increased energy production by more than 2 percent and O&M efficiency by more than 50 percent. It also reduced carbon emissions by 2.38 million tons each year. In addition, at the HUAWEI CLOUD Guian Data Center, the company uses new technologies such as liquid cooling, prefabricated modules and cluster computing to improve energy efficiency by 5% to 8% and reduce carbon emissions by 810,000 tons. 1 million servers are working at full capacity.
In terms of biodiversity conservation, Huawei is committed to improving the efficiency and effectiveness of biodiversity conservation at terminals, networks and clouds, and is committed to solving many biodiversity issues. Infrared cameras and acoustic collectors are used to collect information such as audio, images and ecological videos. Through data transmission, data is transmitted in wireless or wired mode in real time to a data center or cloud. In terms of data storage and data analysis, technologies such as cloud and AI are used to efficiently store and analyze data.
There are many successful biodiversity conservation issues in Huawei. For example, in collaboration with WWF and other partners in Italy, Huawei can deploy acoustic tracking devices in 12 oases to identify sounds such as guns and motorcycles and send alerts to customers. The project has so far recorded more than 300,000 clips and warned of more than 1,000 illegal activities. Acoustic control systems can play an important role in identifying illegal behavior in wetland ecosystems.
In addition, since 2020, Huawei has been working with ICCN in Switzerland, Spain, China, Mexico and Mauritius to launch the Tech 4 Nature project globally. Among Mauritius, Huawei supports the launch of its first real-time underwater coral reef control system in the Indian Ocean. Underwater cameras, LTE networks, and AI technologies allow real-time observation for at least 8 hours a day, and about 10,000 corals have been installed. In northern Norway, to protect domestic salmon ecosystems, Huawei is supporting its partners to deploy AI technology to identify more than 90% of the recognized salmon species.
Fair market support by Frost and Sullivan
Climate change and biodiversity are common crises facing humanity. As climate change and biodiversity continue to grow and the demand for energy in the digital economy continues to grow, the planet will remain the only human home and people will have to protect their limited resources. Leading companies such as Huawei have been successful in using new technologies to reduce carbon emissions and protect biodiversity. The application of technological innovations can only be better if the whole community works together and without any obstacles. So Frost and Sullivan recommend that all segments of society work together in an open and collaborative market environment to implement technological innovations in industries and turn new services into solutions and green planets.
Media Relations
Contact: Rachel Zhang
Company name: Frost and Sullivan
Website: http://www.froschina.com
Email crying rachel.zhang@froschina.com
To see the source of this press release, please visit https://www.newsfilecorp.com/release/130257.
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