AI and ecological impacts with CEO robots

A robot controlled by artificial intelligence (AI) takes on the role of the world’s first CEO MIKA is the head of Dictador, a company specializing in the sale of luxury rum. Are AI robots taking the leads?

AI in Ecology and CEO robots

The appointment of a robot as a CEO raises intriguing implications for the intersection of artificial intelligence and environmental conservation. AI-driven technologies have the potential to revolutionize our approach to preserving the planet. From optimizing resource management to predicting environmental changes and facilitating sustainable practices, AI can play a pivotal role in addressing ecological challenges. MIKA’s role as a CEO, with its consistent presence and unwavering commitment, highlights the AI’s ability to contribute to ecological initiatives that demand continuous, tireless efforts.

Preserving Our Planet and AI CEO robots

In the context of ecological sustainability, embracing AI-driven solutions can lead to more efficient and effective strategies for environmental protection. These technologies can help monitor and combat deforestation, track wildlife conservation efforts, enhance renewable energy systems, and even predict and mitigate the impact of natural disasters. As we consider the potential of AI in shaping a sustainable future, MIKA’s relentless dedication to its role as a co-CEO serves as a symbolic reminder of the tireless commitment needed to safeguard our planet.

ChatGPT: Do You Know How Much Water a Prompt Consumes?

According to a recent study, ChatGPT appears to be a substantial consumer of water, adding another layer to its environmental impact.

We were already aware that artificial intelligence has substantial energy demands, with the technology consuming a considerable amount of electricity. However, its environmental footprint extends beyond energy consumption, as it also reportedly requires significant quantities of water.

1 Liter per Hundred

Cutting-edge technologies, including artificial intelligence, rely on substantial resources such as water for their production and operation. Shortages in these resources can disrupt critical projects, including the development of future 2 nm chips by TSMC. It’s safe to say that artificial intelligence is no exception and exhibits a rather substantial thirst, as indicated by a study from the University of California published on the ArXiv preprint platform.

According to the data presented in the study, ChatGPT and its counterparts consume half a liter of water for a range of prompts, spanning from 20 to 50. Considering that the number of interactions with the chatbot has reached several billions since the beginning of the year, the environmental impact becomes evident. “It is fair to say that the majority of the growth [in water consumption] [in Microsoft’s 2022 environmental report] is due to AI,” explain the researchers.

Microsoft Seeks Solutions for AI water consumptions

Both Microsoft and its partner in the field, OpenAI, are scrutinized by scientists in this context. When questioned, the company founded by Bill Gates acknowledges the issue and is actively seeking solutions to mitigate the environmental impact of AI operations.

“We will continue to monitor our emissions, accelerate progress while increasing our use of clean energy to power data centers, purchase renewable energy, and deploy other efforts to achieve our sustainability goals, which include being carbon-neutral, water-positive, and waste-free by 2030,” the tech giant stated to AP.

In Short

Hope for Reduced Water Consumption by AI lies in its relative youth. Still far from maturity, AI is expected to undergo numerous improvements in the coming years, some of which will likely address the volume of resources required to sustain its operations.
Developed by OpenAI, ChatGPT is a conversational chatbot based on GPT-4 language model technology. Utilizing deep learning methods and research data, this online application comprehends and responds to user queries intuitively. The service generates personalized and targeted responses, enhancing the user experience.