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A World of Eight Billion Full of Hope for the Future 

8 billion mouths to feed - this news circulated around the world late last year sparking heated discussions on the best solutions to the problem. As the population grows, so do various challenges, such as global warming, air pollution, energy depletion, and food insecurity. Sustainability in business is now a critical concept, and the marriage of technology and nature can do a lot of good, especially for the latter. The idea of a symbiosis of technology, science, and business to protect the environment is taking concrete shape, and AI should be treated as a tool of prime importance.

Sustainability is more than just a buzzword

There has been a lot of attention in the media around greenwashing and the need for greater transparency. This has prompted boards of directors around the world to take an active role in ESG oversight. The SEC has proposed new rules that would require companies to disclose information regarding climate change, meaning that companies will have to ensure that their operations are sustainable, not just for their own benefit, but for the benefit of society as a whole. The principle of sustainability is to be responsible for your actions. You must be aware of the political, economic, and environmental impacts of your business practices, and you have to make decisions in the best interests of all stakeholders while remaining competitive and profitable in the marketplace. Businesses that embrace sustainability can satisfy both current and potential customers, as well as their employees.

How can businesses use AI for sustainability?

Since 2000, the number of AI companies has multiplied by 14 times. According to recent search statistics from Google, the search for the term "AI in business" has more than doubled in the last three years. This rapid growth shows that more and more companies are beginning to understand the value of artificial intelligence and its potential to bring new levels of efficiency and productivity.

1. Predictive maintenance and energy optimization: AI can be used to analyze past data to predict when equipment may fail and take proactive measures to reduce energy consumption and increase efficiency.

2. Waste management: AI can be used to track waste levels and identify areas where waste can be reduced or reused.

3. Automated recycling: AI can be used to automate recycling processes and reduce the need for manual labor.

4. Renewable energy: Machine learning algorithms can be used to monitor energy consumption and detect inefficient energy use, as well as to optimize the use of renewable energy sources such as solar and wind power.

5. Smart agriculture: AI can be used to support farmers to manage resources like water and fertilizer more effectively, optimizing crop yields, and reducing environmental impact.

AI clears the air

While the mainstream is focusing on its dangers, the scientific world is reaping the benefits of technological developments. AI is already helping to uncover the potential to create a better world. Projects for which it is the basis are facilitating processes related to the extermination of rare animal species, monitoring forest degradation processes, and air pollution. Microsoft's AirSim uses AI to simulate the environment and test autonomous vehicles, Google's Earth Engine to analyze satellite imagery and map environmental changes over time, IBM's Environmental Insights Explorer to analyze data from air quality sensors, Open Climate Fix to develop strategies for reducing carbon emissions. Skillful adaptation of new technologies is of colossal importance for areas where critical phenomena occur. Making wise decisions, keeping ethical standards in mind, and utilizing the potential of new technologies can help to enhance the current situation and improve living conditions for people globally.


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