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Lead: Massive hyperscale plans ignite a power‑and‑water debate Australia’s datacentre sector is entering a "boom" phase, highlighted by the proposed 52‑hectare Mamre Road complex in Sydney’s western suburbs. While the project promises to be one of the world’s largest hyperscale facilities, critics question whether the nation can sustainably supply the required electricity and water. Scale of the Mamre Road hyperscale project and national pipeline Mamre Road site: six four‑storey buildings, 40 m tall, 936 cooling units and 852 diesel backup generators. Estimated $155 bn investment pipeline for Australian datacentres over the next decade. Current landscape: about 160 operational datacentres and 90 proposals, according to the Climate Council. Financial and resource metrics driving the boom Datacentres now account for 2.8 % of electricity consumption on Australia’s east coast. Projected rise to 7 % by 2030 and > 10 % by the mid‑2030s. The Climate Council warns wholesale electricity prices could be 20 % higher by 2035 if additional renewable capacity is not secured. Cooling systems consume large volumes of water; evaporative cooling is essential to prevent server overheating. Job creation is modest: thousands during construction but only a few hundred permanent operational staff. Environmental and economic implications for Australia Power demand: The Mamre Road centre would out‑consume the Tomago aluminium smelter, the nation’s single biggest energy user. Water stress: High evaporative cooling needs compete with agricultural and municipal water supplies, especially in drought‑prone regions. Land use: Large tracts are required near urban areas, raising concerns about proximity to residential zones. Economic argument: Pro‑growth voices like Pat Bustamante (Westpac) argue the boom fuels foreign direct investment and future productivity gains, likening it to the PC revolution of the 1990s. Policy tension: Experts such as Alex Hooper (Oxford Economics Australia) and Beth Webster (Melbourne University) stress the need for clear rules on energy, water and site selection to avoid the pitfalls seen in the United States. Outlook: policy choices and market forces shaping the next decade Whether Australia can harness the datacentre boom as a catalyst for sustainable growth hinges on three factors: securing enough renewable energy to offset rising demand, implementing water‑efficiency standards for cooling, and designing a regulatory framework that balances economic benefits with community and environmental safeguards. If these conditions are met, the sector could become a cornerstone of the nation’s digital economy; if not, the power‑hungry expansion may exacerbate energy costs and environmental strain.

Executive Overview: Europe’s AI Wake‑Up Call The Brussels‑based think‑tank’s fictional "Europe 2031" scenario paints a stark picture: by 2031 the United States and China dominate AI infrastructure while Europe flounders, facing economic turmoil, cyber‑attacks and a crumbling euro. The narrative, released just before the Trump administration barred foreign nationals from Anthropic’s Claude Fable model, has quickly become a rallying point for EU policymakers demanding a rapid AI course‑correction. The Europe 2031 Thought Experiment Fuels EU Sovereignty Debate The scenario follows Caroline Dubois, a bright‑eyed Brussels staffer, and her Silicon Valley friend Christian Vogt as they contrast American 70‑hour workweeks and massive AI datacentre builds with Europe’s tepid investment and bureaucratic inertia. Authors Maximilian Negele and Alex Petropolous argue the story’s viral spread—read by members of the European Parliament and discussed in track 1.5 talks between Britain and Germany—highlights a growing urgency for EU tech sovereignty. Projected AI Investment Gaps and Their Economic Implications $100 bn deal between OpenAI and Nvidia (collapsed in Feb 2026) cited as a benchmark of US‑China scale. $300 bn proposed partnership between OpenAI and Oracle, also under doubt. US expected to control 70 % of global AI compute capacity within years. European AI spend described as a “tepid investment package” lacking a “full regulatory carte blanche” for datacentre providers. EU’s only leverage: the Dutch lithography leader ASML, critical for AI‑grade semiconductors. These figures illustrate a widening funding chasm that could translate into a permanent competitive disadvantage for European firms. Why Europe’s Lag Threatens Economic Stability and Security According to the scenario, the consequences of falling behind are multi‑fold: Stagnant productivity as European companies fail to adopt AI‑driven workflows. Escalating cyber‑attacks powered by frontier AI tools, eroding business confidence. Rising unemployment and populist backlash, further destabilising the eurozone. Strategic vulnerability: reliance on US and Chinese AI infrastructure could expose EU policy autonomy. The authors stress that even if some high‑profile AI deals unravel, the underlying trend of massive US‑China investment remains. Future Outlook: Paths Europe Could Take to Reclaim AI Leadership Experts suggest three plausible trajectories for the EU: Accelerated Public‑Private Investment: Launch a coordinated €75‑100 bn fund to build sovereign datacentres and subsidise AI R&D. Regulatory Innovation Hub: Craft a flexible AI regulatory framework that attracts global talent while safeguarding privacy. Strategic Alliances: Leverage ASML and other critical tech assets to negotiate technology‑sharing agreements with the US or China. If Europe fails to act, the “sleepwalking” narrative may become a self‑fulfilling prophecy; decisive policy could instead turn the scenario into a cautionary tale that spurs a renaissance in European AI.

Europe’s Dependence on US Tech Under ScrutinyThe case of Beti Hohler, a Slovenian ICC judge sanctioned by the Trump administration, showed how quickly access to US platforms—Apple, Amazon, Visa, Mastercard, PayPal—can disappear, leaving European users in "constant uncertainty". The episode has become a catalyst for a wider debate on the continent’s strategic reliance on US digital infrastructure.EU Unveils Digital Sovereignty Package Targeting Cloud and AIIn response, the European Commission released a comprehensive digital sovereignty package. Its centerpiece, the Cloud and AI Development Act (Cada), proposes a ranking system for cloud providers handling public‑sector data, giving preference to providers that meet the highest sovereignty standards. The act also mandates accelerated datacentre deployment zones across member states.Reliance Statistics: Over 80% of Tech and 70% of Cloud Services Imported80% of the EU’s technology components are sourced from non‑EU countries.70% of cloud computing capacity used by European public institutions is provided by US hyperscalers such as Amazon Web Services and Microsoft Azure.The proposed datacentre acceleration zones aim to triple EU datacentre capacity within five to seven years.Implications for EU Security, Market Competition, and Environmental ConcernsWhile Cada could shield sensitive data from foreign surveillance, its strictest assurance level applies only to a narrow slice of public‑sector procurement, limiting the impact on overall cloud spend. Enforcement is delegated to individual member states, many of which may weaken rules to attract US investment, echoing the under‑enforcement of the GDPR in Ireland.Accelerated datacentre approvals risk sidelining environmental reviews, at a time when public opposition to energy‑intensive facilities is rising. Moreover, the package largely mirrors the US tech vision promoted by Silicon Valley firms, rather than articulating an independent European AI ethic.What Lies Ahead for Europe’s Tech AutonomyFor genuine digital sovereignty, the EU must move beyond selective procurement rules and develop a coherent, Europe‑first vision for AI and cloud services. Without stronger enforcement mechanisms and clear criteria on provider nationality and size, the package may inadvertently cement US hyperscaler dominance while offering only a symbolic boost to homegrown alternatives.Future steps could include:Establishing EU‑wide oversight bodies to ensure consistent application of Cada.Investing in European cloud and AI champions with transparent governance.Integrating robust environmental standards into datacentre acceleration zones.

The AI explosion is now a full‑blown financial frenzy: SpaceX is eyeing a $1.77tn valuation, Anthropic has filed for an IPO, and OpenAI is expected to follow, all while billions flow into data‑center capacity and corporate AI adoption surges. The AI Valuation Surge: SpaceX, Anthropic, and the IPO Wave In the latest market rally, Elon Musk’s SpaceX announced a target valuation of $1.77tn (£1.31tn) on the US stock market, positioning itself alongside pure‑play AI firms. Anthropic, the creator of the Claude chatbot, has formally filed for an IPO, signalling that AI‑centric companies are now courting public investors at historic levels. Analysts expect OpenAI to join the queue, potentially cementing a trio of AI powerhouses on major exchanges. Billions in AI Infrastructure: Spending Projections to 2031 $765bn in AI‑related capital expenditure this year (2026) Projected to reach $1.6tn by 2031 (Goldman Sachs) Current datacentre build‑out: 23GW under construction globally in 2025 (Bloomberg) Forecasted addition: 100GW between 2026‑2030 (JLL), equivalent to ~1,200 new datacentres Goldman analysts warn that even modest delays could undermine demand assumptions, but a smooth rollout would unleash a new wave of AI‑driven services. Market Ripple Effects: Stock Gains, Adoption Rates, and Cost Pressures S&P 500 up ~80% over five years, driven by the “magnificent seven” tech stocks 41 AI‑related stocks now represent nearly 50% of the index’s market value (Bianco Research) Corporate AI adoption: 33% → 80% from 2023 to 2026 (McKinsey) ChatGPT reaches 1bn monthly active users (Sensor Tower) Token pricing for GPT‑5.5: $5 per million input tokens, $30 per million output tokens Example spend: an unnamed firm used $500m in a single month on Claude Code licences While valuations climb, analysts such as Jim Bianco and Neil Wilson caution that the market may be echoing the dot‑com bubble, with inflated expectations and potential credit‑market tightening. Future Outlook: Datacenter Capacity, Model Capabilities, and Competitive Shifts AI model capability is doubling every four months (METR) Anthropic’s Claude traffic growth could overtake ChatGPT by summer (Kentik) Datacentres now underpin 92% of US GDP growth in H1 2025 (Harvard economist) Experts warn that without sufficient power‑grid expansion and environmental safeguards, the rapid datacentre build‑out could stall, raising compute costs and slowing AI adoption. Nonetheless, the accelerating model performance and competitive pressure suggest a continued shift toward autonomous AI agents, with the sector likely to dominate both equity markets and macro‑economic growth in the coming years.

The Unexpected Tax Credit Amazon's main division in the UK, Amazon UK Services, was handed a £7.6m tax credit last year by HM Revenue and Customs. This comes as a surprise given that the company's profits surged by more than a quarter to £355m. Profit Surge and Tax Adjustments Amazon UK Services, which employs 66,000 staff, reported a 26.5% rise in pre-tax profits to £355m and an 11% year-on-year increase in revenues to £8.2bn. The company owed £9.1m in 'current tax' last year, but this figure was reduced by £16.7m due to 'adjustments in respect of previous periods', resulting in the £7.6m credit for 2025. Investment in UK Infrastructure The £16.7m adjustment relates to relief offered under a government programme that rewards investment in UK infrastructure. Amazon UK spent £5.2bn building and expanding fulfilment centres, corporate offices, machinery, equipment, and datacentres last year. Tax Rate and Transparency Concerns The Fair Tax Foundation calculated that the actual combined UK corporation tax bill paid by Amazon's big five operations was just £39m last year, equating to a tax rate of just 7.1%. The foundation's chief executive, Paul Monaghan, expressed concerns about Amazon's tax practices, calling for greater transparency. Amazon's Response and Future Outlook Amazon UK said that across its entire business, it is one of the biggest taxpayers in the country, paying more than £1.3bn in UK taxes of all kinds last year. The company stated that it paid more than £1.3bn in direct taxes, including corporation tax, an increase of more than 20% compared to the year before.

The Revolutionary Undersea Data Centre InitiativeThe world's first wind-powered underwater datacentre has started operations off the coast of Shanghai, marking a significant advancement in sustainable technology for artificial intelligence infrastructure. This innovative project addresses China's pressing energy challenges amid its AI boom, combining renewable energy with natural cooling mechanisms to create a more efficient data processing solution.Technical Specifications of the Shanghai Lingang ProjectThe Shanghai Lingang undersea datacentre demonstration project, launched in May, represents a joint effort between HiCloud Technology and China Communications Construction, a state-owned enterprise. Located more than 6 miles (10km) off the coast of Shanghai, the facility is submerged 10 metres below the water's surface and operates with a capacity of 24 megawatts. Unlike previous underwater datacentre experiments, this project is uniquely powered by a nearby offshore windfarm, making it the first of its kind globally.Energy and Water Efficiency BreakthroughAccording to the Chinese government, the underwater datacentre reduces power consumption by more than one-fifth compared with traditional land-based datacentres. This efficiency stems from two key factors: renewable wind power and the natural cooling effect of seawater. In conventional datacentres, between 25% and 40% of total electricity demand is consumed by cooling systems that pipe chilled water around servers to prevent overheating.The underwater location also eliminates the need for freshwater supplies typically required for cooling, addressing a critical environmental concern. Traditional datacentres, known as the physical backbone of AI, have come under increasing scrutiny for their substantial water usage, with the United Nations University Institute for Water, Environment and Health warning that the water footprint of datacentres could reach 9.3 trillion litres by 2030.Investment and Economic ImplicationsThe Shanghai Lingang datacentre received 1.6 billion yuan of investment (£177 million), demonstrating China's commitment to advancing sustainable AI infrastructure. This financial commitment reflects the strategic importance of data centres to China's economic development, with the government having made support for AI a central pillar of its economic strategy.China released an AI action plan last year that called for the acceleration of datacentre construction, and has pledged that clean energy supplies for AI infrastructure will be "significantly increased" by 2030. The project's location in Lingang, a hi-tech free-trade zone that also hosts a Tesla gigafactory, underscores the integration of this technology within China's broader innovation ecosystem.Global Context and Competitive AdvantageWhile China is not the first country to experiment with underwater datacentres—Microsoft launched a pilot in the waters around Orkney, Scotland in 2018—the Shanghai project represents the first commercial deployment powered by offshore wind. Dr. Hanjiang Dong of Hong Kong Polytechnic University noted that "Microsoft was earlier in proving the concept, while China moved further on commercial deployment because it was able to bring together market demand, industrial capability, marine engineering and policy support more quickly into a commercial project."This technological advancement positions China as a leader in sustainable data infrastructure development, potentially influencing global standards for energy-efficient AI computing as the industry continues to expand.Environmental Considerations and Future OutlookDespite its benefits, underwater datacentres present potential environmental risks, including disturbance of sediments and localized heating of seawater. Experts suggest these concerns are manageable but require ongoing monitoring. Professor Rick Stafford, a marine biologist at Bournemouth University, commented that "while the cooling using seawater will result in some localised elevated temperatures, these will not be far reaching."As China continues to invest in and develop this technology, the success of the Shanghai Lingang project could pave the way for more underwater datacentres globally, potentially transforming how we approach the energy and water challenges of expanding digital infrastructure. The integration of renewable energy with natural cooling mechanisms may become a blueprint for sustainable data processing in the coming decades.

The Call for a Fair Return Over the past few months, tens of thousands of Australians have emailed their local MP calling for a 25% tax on gas exports. More than 2,200 people have even chipped in their own money to fund billboards promoting the idea. Australians can see what’s happening: multinational gas companies posting enormous profits from exporting a finite resource while paying less in petroleum resource rent tax than Australians collectively pay in beer excise. The Investment in AI and Datacentres Huge investment in this space is pouring into Australia. In the past year, Microsoft has announced $25bn will go into Australian datacentres and Amazon Web Services has committed another $20bn. The prime minister has posed for photos with the CEOs of both companies, welcoming the investment with open arms despite a growing backlash by communities against AI and datacentre construction. The Environmental Impact By 2030, Australian datacentres are expected to consume as much electricity as every household in Victoria combined. Water consumption is forecast to more than triple. The Climate Council has warned that, without significant new renewable generation and storage, growing demand from datacentres could push wholesale electricity prices more than 20% higher by 2035. The Need for a Balanced Approach Australia should embrace new technology that improves our lives and helps us live within the bounds of ecological limits. We should welcome investment that creates value and helps build our future economy but we should also learn from our past. If multinational tech companies are going to use Australian land, Australian energy, Australian water and Australian workers to build the infrastructure that powers the AI revolution, then Australians deserve a fair return.

The Misleading GDP Growth Australia's GDP grew 0.3% in the March quarter, with annual growth of 2.5%. However, the growth was largely driven by investment in datacentres, which is raising concerns about the impact on the climate and environment. The Datacentre Investment Boom The biggest contributor to growth was private investment in machinery and equipment, largely driven by the construction of datacentres. This investment boom is expected to increase greenhouse gas emissions, with the Climate Council estimating that datacentres will account for 6% of Australia's national electricity use by 2030 and 12% by 2050. The Climate Impact The increase in datacentre investment is expected to have a significant impact on Australia's climate goals. The country's greenhouse gas emissions have been falling, largely due to a decrease in electricity emissions. However, the growth in datacentre investment could reverse this trend, making it more challenging for Australia to reach its net-zero emissions target. The Jobs Market While datacentre investment is driving economic growth, it is not creating jobs. In fact, the construction of datacentres is often designed to reduce the need for human labor. This raises concerns about the impact on employment and the overall economy. The Future Outlook Australia's economic growth is likely to continue to be driven by investment in datacentres, which could have significant implications for the country's climate goals. To mitigate this impact, Australia will need to invest in renewable energy and batteries to power its growing datacentre sector.

Australia’s 178 billionaires added $25.7 bn to their collective fortunes over the past year, yet Oxfam Australia estimates that 3.7 million Australians still live in poverty, underscoring a stark wealth divide.Record‑Breaking Billionaire Wealth Gains Driven by AI and DatacentresThe 2026 Australian Financial Review Rich List, analysed by Oxfam, shows the number of Australian billionaires rose to 178, up 17 from the previous year. A significant share of the new wealth stems from artificial intelligence ventures and the expansion of datacentres.New entrants include AI‑driven jobs platform founder Katrina Leslie, property developers Anthony El‑Hazouri and Charbel Hazzour, mining magnate Chris Ellison, fashion label White Fox founders Daniel and Georgia Contos, and luxury property developers Adrian and Peter Puljich, alongside long‑time rich list regular Gina Rinehart.$25.7 bn Wealth Increase Quantified: Numbers Behind the GapTotal billionaire wealth now exceeds $686 bn.The increase equals roughly $50,000 a minute over the year.Oxfam reports 3,706,000 Australians in poverty, including 757,000 children under 15.One in three households faced food insecurity in the past year.The 20 richest Australians hold more wealth than the bottom 3 million households combined.Deepening Inequality: How the Wealth Surge Contrasts with Rising PovertyOxfam Australia chief executive Jennifer Tierney warned that “extreme wealth keeps skyrocketing while so many people are struggling to afford the basics.” She noted that the billionaire wealth gain could have lifted nearly a million Australians out of poverty or covered every household’s electricity bill for over a year.The report highlights structural issues in the tax system, with modest reforms to capital gains tax and negative gearing deemed insufficient to curb the growing divide.Outlook: Policy Reforms and Tax Changes Needed to Bridge the DivideTierney calls for a “fairer approach to taxing extreme wealth” to fund affordable housing, healthcare, climate action and broader community support. Without substantive tax reform, the wealth gap is projected to deepen, further entrenching socioeconomic disparities.