Key statistics:

• Anthropic’s revenue has surged from an annual run rate of $14 billion to $30 billion in just two months.
• The percentage of American businesses with a paid subscription to at least one AI tool or service has jumped from about a quarter in early 2025 to over half today.
• Investors have poured over $300 billion into AI firms chasing profitability.
• Google, Microsoft, and Amazon reported cloud revenue growth rates of 48%, 39%, and 24%, respectively, due largely to AI companies utilizing their services.

This explosive growth raises questions about sustainability. Six months ago, experts compared the AI sector’s rapid rise to historical bubbles like the railroad boom of the 1800s and the dot-com explosion of the ’90s. Back then, excitement often outpaced reality. Today, major players like Nvidia and Meta are investing heavily in data centers and infrastructure to support anticipated demand.

But what does this mean for profitability? Anthropic expects to turn a profit by 2028 while OpenAI aims for 2030. These timelines suggest that investors may need to exercise patience—something that can be hard in an environment driven by hype. Sam Altman, CEO of OpenAI, expressed skepticism about current market enthusiasm: “Are we in a phase where investors as a whole are overexcited about AI? My opinion is yes.”

The market dynamics are shifting rapidly. Azeem Azhar noted, “This pace of revenue growth is absolutely not normal.” In contrast, Paul Kedrosky pointed out that market hype often leads to increased demand—creating a cycle where companies feel pressured to expand supply accordingly.

The future remains uncertain. Will these companies meet their ambitious profit timelines? Or will they fall victim to the same fate as previous tech bubbles? As it stands, the sustainability of current growth rates for AI firms is unclear. Investors are left weighing potential rewards against significant risks.

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The first experiments with cloud seeding were conducted in 1946 by Vincent J. Schaefer, who pioneered the use of solid carbon dioxide (dry ice) and silver iodide as effective substances for this purpose. Under optimal conditions, cloud seeding can coax a maximum of 20 percent more precipitation from clouds. For instance, a cloud seeding operation over Idaho in 2017 successfully produced 704 million liters of rain, showcasing the potential benefits of this technology.

However, cloud seeding operations are not without limitations. They are not practical over large areas and typically affect less than 1 percent of the total water budget of a seeded area. This raises questions about the overall efficacy of cloud seeding as a solution to water scarcity issues, especially in regions that rely heavily on consistent rainfall.

In the realm of technology, cloud computing has seen significant advancements, particularly with companies like Huawei Cloud emerging as leading operators in the Gulf region. Recent geopolitical tensions, including Iranian drone strikes on Amazon Web Services data centers in the UAE and Bahrain, underscore the strategic importance of data centers in modern warfare. As Yuval Less noted, “The war with Iran and the Iranian attacks on data infrastructure in the Gulf have highlighted that data centers are now strategic assets and potential targets in modern warfare.” This situation emphasizes the need for robust cloud infrastructure to ensure data security.

On a different front, Santee Cooper, a utility company serving over 200,000 retail electric customers, has also embraced cloud technology. They implemented Oracle Utilities Customer Cloud Service to enhance their operations, resulting in a significant improvement in efficiency. Their nightly billing processes now run on average three hours faster after moving to the cloud, reducing their daily batch job schedule from 13 hours to just 6.5 hours. Christy Wyndham, a representative from Santee Cooper, stated, “Oracle’s cloud platform has rapidly improved our customer and metering operations.”

The region’s data center market is projected to nearly triple to around $9.5 billion by 2030, reflecting the growing importance of cloud technology in various sectors. As Huawei Cloud remarked, “Single-region dependency is a thing of the past,” indicating a shift towards more diversified and resilient cloud infrastructures.

While cloud seeding presents a potential method for addressing precipitation challenges, its effectiveness remains a subject of ongoing research and debate. The implications of technological advancements in cloud computing, particularly in the context of geopolitical dynamics, further complicate the landscape. As the world continues to grapple with climate change and water scarcity, the intersection of these technologies will be crucial in shaping future strategies for resource management.

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