Davos 2026 revealed an elite world torn between ambition and anxiety as AI promises growth while threatening jobs, power grids and geopolitics. From warnings of mass workforce disruption to energy bottlenecks and strategic rivalry, leaders framed AI as both engine risk shaping decades ahead
The Everest ransomware group has breached ASRock Rack, a major server hardware vendor, stealing 509GB of sensitive data including firmware, BIOS, and other critical files. The breach creates a significant supply chain risk, potentially allowing attackers to embed vulnerabilities in server hardware.
Berlin-based GeneralMind, founded by the team behind German unicorn Razor Group, has secured $12 million in pre-seed funding to develop its AI-driven "System of Action" for automating enterprise workflows. The platform acts as an autopilot for repetitive white-collar tasks across ERPs and email.
OpenAI proposes bold U.S. alliances to outpace China in AI, advocating for advanced infrastructure and economic zones. Meanwhile, SMIC, China’s chip giant, faces U.S. restrictions but remains optimistic, leveraging AI-driven demand for legacy chips to sustain growth amid global challenges.
OpenAI is urging the United States to strengthen alliances, proposing robust plans to enhance AI development infrastructure and strategically surpass China. Simultaneously, China's premier chipmaker, SMIC, acknowledges the challenges imposed by U.S. restrictions but remains optimistic, leveraging the growing demand for AI-related components to drive its growth.
In this article, we delve into these significant developments, offering insightful analysis on how these narratives shape a contentious future in the relentless quest of the AI race. We explore the implications for international business, technology sectors, and geopolitical dynamics, providing a comprehensive understanding of the strategies influencing the global pursuit of AI supremacy.
The AI firm advocates for a unified approach to outpace China in AI development.
OpenAI urges the U.S. to strengthen partnerships with allies to bolster infrastructure for advanced AI development. It proposes a "North American Compact for AI" to streamline access to talent, financing, and supply chains essential for AI. This framework could expand to include a global network of U.S. allies, including Middle Eastern nations.
In a policy blueprint unveiled in Washington, D.C., OpenAI detailed strategies for the U.S. to maintain AI leadership while addressing significant energy demands. Recommendations include supporting energy projects by committing to purchase power, establishing AI Economic Zones to expedite permitting, and revitalising nuclear reactors—leveraging compact reactors from the U.S. Navy.
"AI presents an opportunity to reindustrialize the U.S., generating economic growth that will revitalise the American Dream,"
OpenAI stated. The company emphasised that it's also a national security imperative to protect against a surging China by offering AI shaped by democratic values and benefiting the most people.
SMIC CEO acknowledges limitations but remains optimistic about legacy chip demand.
Zhao Haijun, co-CEO of SMIC, acknowledged that U.S. restrictions on advanced technologies limit the company's ability to fully capitalize on AI chip demand. Despite these challenges, China's leading chip foundry continues to benefit from increased demand for "legacy chips" used in electric vehicles.
U.S. sanctions prevent SMIC from importing advanced equipment needed to upgrade manufacturing and close the technological gap with competitors like TSMC. Despite this, Zhao remains optimistic about the company's prospects amid the AI boom, stating that AI is a blessing for semiconductor manufacturing and can bring growth for years ahead.
While SMIC can't produce cutting-edge GPUs due to limitations, it focuses on other AI-related components like analog and power-supply chips, a growing segment. Zhao predicts significant industry growth driven by strong AI demand. Despite positive trends, he notes that the global foundry market faces headwinds from weak automotive sectors and that utilization rates may not improve significantly soon.
January 2026 reveals AI’s true battleground: not just code, but power, chips, and physical infrastructure. From TSMC and ASML shaping compute supply to robots, exoskeletons, and soaring energy demand, the race for intelligence now spans factories, grids, and even orbit above and below too now
By 2027 the race to become the first cosmic CEO is moving from science fiction to strategy. Starcloud has already trained an AI model in orbit on an Nvidia H100, while Google prepares Project Suncatcher. What remains missing is not ambition, but clear pricing and proof orbital compute can pay.
Australia’s National AI Plan is a welcome start on skills and safety, but it plays too safe. While the US, Europe and the Gulf pour sovereign capital into chips, compute and energy, Canberra is still talking about catalysing investment rather than committing.
NVIDIA’s blockbuster quarter has reset the AI narrative, turning fears of a bursting tech bubble into renewed conviction in a structural shift. With record data-centre sales and sold-out Blackwell GPUs, NVIDIA now looks less like a chip stock and more like core AI infrastructure in the AI build-out
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