Analysis
Water, Energy, and the Battle for Computational Power
Artificial intelligence no longer competes only in the realm of algorithms and capital. It competes for rivers, power grids, and the right to draw watts from a national grid. The nations that understand this are rewriting the rules of industrial policy. The ones that don’t are already losing ground.
In the summer of 2023, Montevideo ran out of safe drinking water. The culprit was drought—but the accelerant, officials later acknowledged, was a planned data centre that would have drawn heavily on the Río de la Plata basin during peak demand. The facility never opened; the city’s taps turned saline anyway. It was a preview. The geopolitics of AI—long framed as a contest over algorithms, capital, and export-controlled chips—has acquired a harder, more physical character. It is now a fight over water, electricity, and the land beneath both.
That shift matters for everyone from Pentagon planners to municipal water boards in Phoenix. The compute infrastructure powering the AI boom is not weightless. It is anchored to specific places, draws on finite natural resources, and strains grids that were never designed for it. The countries and regions that control those resources—or can build grid capacity fastest—are accumulating a structural advantage that no number of AI researchers can offset.
The scale of what’s being built is still poorly understood outside a narrow circle of energy analysts and infrastructure investors. Data centres supporting AI operations are projected to consume 1,580 terawatt-hours per year of electricity by 2034—a figure comparable to India’s entire national power consumption today. That projection comes from FP Analytics, drawing on IEA modelling, and it was published before DeepSeek’s January 2025 breakthrough suggested that inference costs might fall sharply, potentially accelerating adoption and driving even more aggregate demand.
The water dimension is less discussed and arguably more alarming. Global data centres consumed an estimated 560 billion litres of water in 2023 for cooling alone, according to the International Energy Agency. A peer-reviewed analysis published in late 2025 put the AI sector’s water footprint at between 312.5 and 764.6 billion litres by year-end 2025—and that range reflects genuine uncertainty about how fast inference workloads are scaling, not a methodological flaw. The honest answer is that nobody knows exactly how thirsty AI is, because tech companies’ environmental disclosures remain inconsistently audited.
1,580 TWh Projected annual electricity demand from AI data centres by 2034 — roughly equivalent to India’s current national consumption. Source: FP Analytics / IEA modelling, 2025.
The most vivid case study is also the most embarrassing for a tech industry that prides itself on rational planning. Northern Virginia—”Datacenter Alley”—handles approximately 70 percent of global internet traffic. Dominion Energy, the regional utility, projects that summer peak load will increase by 70 percent between 2022 and 2045, driven almost entirely by data centre demand. The grid was not built for this. It cannot be upgraded fast enough without significant capital commitments that ratepayers—not shareholders—will largely absorb.
Ireland tells a similar story from a different angle. Data centres accounted for 21 percent of Ireland’s total metered electricity in 2023, exceeding all urban households combined. Dublin’s grid operator paused new approvals until 2028. What followed was effectively a forced regulatory evolution: new facilities must now generate their own power on-site, export excess capacity back to the grid, and commit to 80 percent renewable procurement within a set period. In practice, this means technology companies are becoming utility operators—a structural shift with no clear precedent in industrial history.
Mexico’s Querétaro state and Uruguay’s capital offer cases where water stress and data centre expansion collided directly. In both instances, the draw on aquifers during drought conditions forced local authorities into uncomfortable trade-offs between digital infrastructure investment and basic residential water security. Accelerated AI adoption could result in an additional 4.2 to 6.6 billion cubic metres of water withdrawal by 2027, including both on-site cooling and electricity generation upstream. That figure, from WestWater Research, covers the US alone.
What makes these cases geopolitically significant is not their local drama but their systemic implication: the placement of compute infrastructure is no longer a purely commercial decision. It is an act of resource allocation with consequences for communities, national grids, and bilateral relationships.
Western policy has focused obsessively on semiconductor export controls as the primary lever for managing AI competition with China. That focus is rational but incomplete. The control of compute power—where it is built, who can access it, and on what terms—has a physical layer that chip export rules do not fully address.
Can export controls actually stop China’s AI advance?
Export controls can delay but not decisively stop China’s AI development. They restrict access to leading-edge chips, keeping Chinese labs dependent on lower-performance hardware. Yet China has closed much of the capability gap through model efficiency gains, achieving near-parity on benchmarks despite compute constraints—suggesting that raw chip access is a limiting but not determining factor.
Since October 2022, the US has imposed successive waves of export controls on advanced semiconductors. The January 2025 AI Diffusion Rule divided the world into three tiers, imposing hard caps on GPU imports and AI model weights. The Trump administration then rescinded the most stringent provisions in May 2025, re-restricted H20 sales to China in April, reversed course again in July, and by December had announced a scheme allowing Nvidia to sell H200-class chips to China in exchange for a 25 percent revenue stake. The incoherence has been, as Chatham House observed in April 2026, the “worst of both worlds”—damaging US commercial interests without achieving clear strategic goals.
Still, the controls have had measurable effect. Huawei produced only around 200,000 AI chips in 2025, according to US Commerce Secretary Howard Lutnick’s congressional testimony. Meanwhile, Nvidia‘s Blackwell-generation systems are being deployed in clusters of hundreds of thousands in US hyperscaler data centres. That aggregate compute gap—not individual chip performance—is where the strategic advantage increasingly lives.
Yet China has a structural advantage that chip controls cannot touch: it can build power generation capacity faster than any Western democracy. In 2025 alone, China added over 540 gigawatts of new power capacity, roughly 80 percent of which was solar and wind. The US, by contrast, faces permitting timelines measured in years and grid interconnection queues stretching into the 2030s. Brookings’ April 2026 analysis flagged energy as the “first gap” in America’s AI ecosystem—more acute than the talent or capital shortfalls.
The resource intensity of AI is creating a new class of geopolitical winners and losers that cuts across the traditional developed-developing world divide. Countries with abundant, cheap, low-carbon electricity—Norway, Iceland, Paraguay, Canada’s Quebec province—are seeing data centre investment that would have been unthinkable a decade ago. Countries with stressed water tables and aging grids are discovering that AI ambitions have a hard physical ceiling.
For capital markets, the implications are already visible. Utilities with exposure to data centre demand are trading at premiums not seen since the industrial buildout of the 1990s. In 2025, the largest US technology companies committed more than $300 billion to AI development, hardware, and new data centre construction—a figure that, if sustained, implies total US power demand for data centres roughly doubling by 2030 to 426 terawatt-hours. The investment in nuclear energy—Microsoft‘s revival of Three Mile Island with Constellation Energy being the most prominent example—reflects a sector that has concluded it cannot wait for the grid.
“These companies have effectively decided to become utility operators. The question is whether regulators—or voters—are ready for that.”
— Paraphrased from policy discussions at FP Analytics / World Governments Summit simulation, Dubai, February 2025
For policymakers, the governance vacuum is the central problem. The Paris AI Action Summit in February 2025 produced a framework on inclusive and sustainable AI, but the United States and the United Kingdom declined to sign. Without the two countries that host the most powerful AI infrastructure, any global standard on water disclosure, energy sourcing, or compute access is effectively voluntary. The World Economic Forum noted in mid-2025 that international relations are now defined as much by geotechnology disputes as by traditional territorial ones—but the institutions designed to manage traditional disputes have no clear mandate over data centre siting or GPU allocation.
For smaller economies, the second-order effect is a structural dependency that isn’t yet named as such. When a country’s AI ambitions depend on compute capacity hosted in a foreign jurisdiction—subject to that jurisdiction’s export licensing, its grid reliability, its political stability—it has outsourced a dimension of national sovereignty without a formal treaty to govern it.
The alarm registered in most coverage of AI’s resource intensity is real, but it’s worth engaging seriously with the counter-argument. Several credible analysts argue that the energy trajectory of AI will not follow the straight-line projections. The IEA itself expects that advances in edge computing, quantum computing, photonic microchips, and neuromorphic architectures could each significantly reduce AI’s energy footprint—and if leading AI models accelerate research in those areas, the effect could compound in either direction.
DeepSeek’s emergence is the strongest empirical case for optimism. Its models matched frontier US performance at a fraction of the compute cost, suggesting that the efficiency frontier is not fixed. If Chinese AI labs—constrained by chip access—systematically out-innovate on efficiency, they may inadvertently solve a problem that threatens everyone. Sam Altman acknowledged as much in February 2025, noting that the pressure on compute efficiency was “the most interesting forcing function the industry has faced.”
The water argument also has its limits. Liquid cooling systems are improving, water recycling is becoming standard in newer facilities, and siting decisions are increasingly shifting toward regions with surplus water. The picture is more complicated than “AI drinks rivers.” That said, the governance mechanisms required to ensure responsible siting do not yet exist at the scale or speed the investment cycle demands.
The race for AI dominance has always been described in terms of models, talent, and capital. Those things matter enormously. Yet the contest is now also being fought over kilowatt-hours, aquifer recharge rates, grid interconnection queues, and export licensing regimes that change with each administration’s trade priorities. That is not a metaphor. It is a literal description of where the binding constraints are moving.
Countries that treat AI infrastructure as a purely commercial matter—to be sited by the market and regulated after the fact—are ceding a strategic choice that will be very difficult to revisit. Countries that understand compute capacity as a form of industrial sovereignty, equivalent in long-run importance to port access or electricity generation in earlier eras, are planning differently.
The deepest irony of the AI era may be this: the technology most celebrated for its disembodied intelligence is reshaping geopolitics through the most material of means—water drawn from an aquifer, watts pulled from a line, and the political will to build the infrastructure faster than your rivals.
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Analysis
JPMorgan Cuts Anthropic AI Access in Hong Kong
JPMorgan Chase has blocked its Hong Kong employees from accessing Anthropic’s Claude AI models, the Financial Times reported on June 18, 2026, citing three people familiar with the matter. The move strips staff at the world’s largest bank by market capitalisation of a tool that had been available through an internal drop-down list of approved large language models. It’s the second such restriction imposed by a Wall Street institution in less than two months — and the contractual mechanism behind both decisions reveals something deeper than a routine vendor dispute.
The timing is deliberate. JPMorgan’s decision follows Goldman Sachs, which in late April 2026 quietly removed Claude from its internal AI platform for Hong Kong-based bankers — a move Reuters confirmed on April 29 after the Financial Times broke the story. Together, these two restrictions represent a significant narrowing of Anthropic’s footprint inside global finance’s most important Asian hub.
The broader backdrop is a US-China technology rivalry that has moved, with remarkable speed, from semiconductors to software. In February 2026, Anthropic publicly accused three Chinese AI laboratories — DeepSeek, Moonshot AI, and MiniMax — of orchestrating what it called “industrial-scale campaigns” to extract Claude’s capabilities through approximately 24,000 fraudulent accounts and more than 16 million engineered exchanges, a technique known as model distillation. OpenAI had raised similar alarms eleven days earlier. Google’s Threat Intelligence Group confirmed its Gemini model had faced comparable incursions. The line between a legitimate AI vendor relationship and an intelligence risk was no longer theoretical.
Hong Kong sits precisely on that line.
The mechanism behind both the Goldman and JPMorgan restrictions is the same, and it deserves careful attention: neither bank was ordered to act by a regulator. Both arrived at their decisions by reading their own contracts with Anthropic and concluding that the terms did not permit use in Hong Kong.
That conclusion was not difficult to reach. Anthropic’s own supported-countries page does not list Hong Kong as a market where its commercial API or Claude.ai are officially accessible. A company spokesperson told the Financial Times that Claude models had “never been officially supported” in the territory, though the company declined further comment. In other words, both Goldman and JPMorgan had, for some period, been operating outside the literal scope of their vendor agreements — and only a formal compliance review brought that to light.
For Goldman, that review came after an internal consultation with Anthropic, described by the FT as a “strict interpretation” of its licensing arrangement. JPMorgan’s decision followed the same logic: the wording of Anthropic’s usage terms prompted the bank to delist Claude models from its internal tool selection interface. JPMorgan and Anthropic did not respond to Reuters’ requests for comment.
What makes this notable is the asymmetry. Other AI models remain available on Goldman’s internal platform: OpenAI’s ChatGPT and Google’s Gemini are still accessible to Hong Kong staff. This isn’t a blanket retreat from AI tools in the city. It’s specifically Anthropic — and the reason traces directly to where Hong Kong sits in Anthropic’s geographic framework, which groups the territory alongside mainland China in its access restrictions.
In September 2025, Anthropic tightened its terms of service further, prohibiting access from companies whose majority ownership is directly or indirectly attributable to entities headquartered in unsupported regions. The stated logic was that subsidiaries in supported jurisdictions had been used as pass-through access channels. The Goldman and JPMorgan moves are the downstream consequence of that policy meeting enterprise contracts.
Why JPMorgan Blocking Anthropic in Hong Kong Matters Beyond Finance
The standard reading of this story positions it as a compliance footnote — two banks tidying up their vendor agreements. That reading is too narrow.
What does JPMorgan blocking Anthropic in Hong Kong actually mean for AI access policy?
JPMorgan’s restriction signals that frontier AI vendors are now enforcing geographic access through private contract terms, effectively creating a parallel export-control regime that operates faster and with less procedural visibility than formal government regulation. Where traditional export controls require rulemaking, public comment, and enforcement by customs authorities, vendor-imposed regional restrictions are expressed in bilateral contracts, enforced by IP-level blocks, and largely invisible to outside observers until a major institution is affected.
The picture is more complicated than simple US-China tension. Hong Kong has historically operated outside the Great Firewall that blocks Claude, ChatGPT, and other Western AI models in mainland China. That status has eroded not because of anything the Hong Kong government has done, but because of decisions made in San Francisco boardrooms. Anthropic has been explicit that it maintains defence and intelligence relationships with the US government and has actively advocated for semiconductor export controls on China. Its regional access policy is, in part, a reflection of those commitments.
The National Security Law imposed on Hong Kong in 2020 fundamentally changed the territory’s legal architecture — creating obligations to share information with mainland authorities that US technology companies regard as incompatible with their own security commitments. Goldman Sachs CIO Marco Argenti had, as recently as February 2026, described an active partnership with Anthropic to develop autonomous AI agents for trade accounting and client onboarding. The Hong Kong restriction doesn’t end that relationship. It draws a geographic boundary around it.
For the banks, the calculus is straightforward: the productivity gains from AI access at a Hong Kong desk do not outweigh the compliance, legal, and reputational risk of operating outside a vendor’s supported terms in a territory that carries elevated intelligence-exposure risk.
The JPMorgan decision will accelerate a review that legal teams at every major multinational with Anthropic enterprise agreements should already have begun. The question is no longer whether Hong Kong is a compliant deployment location — the answer is clearly no. The question is how many other institutions have been quietly using Claude in the territory without having audited their contracts.
The Hong Kong Monetary Authority has already signalled its engagement. Reuters reported in late April that the HKMA had contacted a range of major banks to understand developments around Anthropic’s newer models and to remind them to update their risk assessments. That kind of regulatory outreach, even when framed as information-gathering, is a prompt to act.
The second-order effects extend to Hong Kong’s ambitions as an AI hub. The territory has spent the better part of a decade positioning itself as a bridge between Chinese capital and Western technology. That bridge is narrowing. If the two most prominent US AI safety companies — Anthropic and, to a degree, OpenAI, which restricted Chinese API traffic in 2024 — treat Hong Kong as within their China risk perimeter, the competitive disadvantage for Hong Kong-based financial technology firms compounds quickly.
There’s also a signal effect for Anthropic’s enterprise strategy. The company has made substantial inroads in global banking: its Claude for Financial Services product launched in July 2025, expanding in October with real-time market-data connectors and pre-built agent skills for tasks such as discounted cash flow models and coverage reports. Goldman’s six-month embedded-engineer partnership was the most visible sign of that momentum. Yet the Hong Kong restrictions reveal a structural tension in Anthropic’s commercial model: the same security posture that makes the company attractive to US defence agencies makes it unavailable in one of the world’s most important financial centres.
For institutions choosing AI infrastructure in 2026, this imposes a new due-diligence requirement. Geography is now a compliance variable in AI vendor contracts, in the same way it is for data residency, cross-border transfer restrictions, and sanctions screening. Legal teams that built their enterprise AI agreements before this framework solidified are carrying risk they may not have priced.
It’s worth taking seriously the argument that these restrictions are disproportionate, or at minimum, poorly calibrated.
Hong Kong is not mainland China. Its legal system retains common-law foundations and its financial regulatory architecture — overseen by the HKMA — remains broadly aligned with international standards. Anthropic itself has acknowledged that distillation is “a widely used and legitimate training method” in the AI industry; its objection to the Chinese lab campaigns was not to the technique but to the alleged use of fraudulent accounts to circumvent access restrictions.
Critics argue, with some justification, that corporate AI access policy is doing the work of geopolitics without the accountability of formal regulation. As one analyst framed it in a widely circulated April 2026 essay: “The block, in other words, was self-imposed by the customer, on the basis of contract terms set by the vendor, not by any government regulator on either side.” There’s no public comment period, no appeals process, no parliamentary scrutiny.
There’s also a competitive-dynamics dimension that Anthropic’s critics are quick to identify. OpenAI’s ChatGPT and Google’s Gemini remain available on Goldman’s Hong Kong platform. If Anthropic’s stricter geographic policy results in it losing ground to rivals in major Asia-Pacific markets, the company’s commercial sustainability — and, by extension, its ability to fund frontier safety research — takes a hit. The irony is that the safety-focused company may be hardening its access policy in ways that cede the field to competitors less exercised about where their models end up.
Professors and ethics consultants studying the distillation controversy have raised a further point. Lia Raquel Neves, founder of the ethics consultancy EITIC, noted that since Anthropic itself recognises distillation as a legitimate practice, “the central point of controversy lies not only in the technique itself, but in the alleged fraudulent access and possible violation of contractual terms.” The legal and moral weight of Anthropic’s position rests on contract enforcement, not on a principled objection to knowledge transfer. That distinction matters when assessing whether geographic blanket restrictions are a proportionate response.
What JPMorgan’s decision confirms — coming seven weeks after Goldman’s and on the same contractual basis — is that AI access is now a geopolitical asset class. The question of which staff in which offices can use which model is no longer a procurement decision. It’s a foreign-policy adjacency.
Hong Kong built its financial primacy on the promise that it could offer something mainland China could not: legal predictability, open information flows, and access to the world’s best tools and capital. That promise is being tested from multiple directions simultaneously — by Beijing’s legal architecture, by Washington’s export-control instincts, and now by the private contract decisions of AI companies headquartered in San Francisco.
JPMorgan’s move won’t be the last. Every major institution with an Anthropic enterprise agreement and a Hong Kong desk is, today, looking at its contract language with fresh eyes. The banks that haven’t yet acted are simply the ones that haven’t finished reading.
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Business
Singapore’s ASEAN 2027 Chair: AI Strategy, SMEs & Digital Public Goods
The question Southeast Asia has been unable to answer for three years is straightforward: who speaks for the region when artificial intelligence terms get negotiated? On June 17, 2026, Singapore signalled that it intends to be that voice. Speaking at the Asia Economic Summit in Jakarta, Minister for Digital Development and Information Josephine Teo declared that when Singapore assumes the ASEAN chairmanship in 2027, helping more businesses across the region adopt AI will be the centrepiece of its agenda. The announcement landed against a backdrop of genuine regional urgency — and some quietly mounting anxiety about what fragmentation in AI strategy will ultimately cost.
The Regional Landscape Singapore Is Stepping Into
Southeast Asia is not short of ambition. Its digital economy is expected to surpass US$300 billion in 2025, according to a joint report by Google, Temasek and Bain & Company, driven by e-commerce expansion and accelerating AI adoption. Data centre capacity across the region is on track to triple between 2025 and 2030. Undersea cable networks are expanding at pace.
Yet the infrastructure story obscures a governance gap that has grown wider, not narrower. The ASEAN Guide on AI Governance and Ethics, endorsed by digital ministers in February 2024, carries no binding obligations and no enforcement mechanisms. Meanwhile, the EU’s Artificial Intelligence Act — phased in between 2025 and 2027 — imposes mandatory conformity assessments and hard prohibitions on high-risk applications. The gap between these two frameworks is not merely regulatory. It is a bargaining power gap that every ASEAN member state eventually pays for when it sits across a table from a major technology vendor.
Into this landscape steps Singapore, with a track record as what the S. Rajaratnam School of International Studies (RSIS) has called a “connector country” — a state whose primary strategic interest lies in keeping channels open, standards interoperable, and cross-border processes predictable.
What Singapore Is Actually Proposing
Building Shared Digital Public Goods
At the core of Singapore’s 2027 agenda is an argument that much of the infrastructure supporting AI adoption need not be proprietary — and should not be. Minister Teo pointed to shared digital public goods as the mechanism for this: common policy templates, interoperability standards, and governance frameworks that smaller firms across the bloc can access and deploy without building from scratch.
This is not an abstract proposition. Singapore has been running this playbook domestically for years. Its linkage of PayNow with Thailand’s PromptPay demonstrated that cross-border payment interoperability can reduce friction in everyday commercial transactions. Its nationwide e-invoicing network — built on the Pan-European PEPPOL standard, making Singapore the first PEPPOL Authority outside Europe — showed that adopting shared infrastructure can create structural advantages for exporters. The theory now is that these models can be regionalised.
What does Singapore’s ASEAN chairmanship mean for AI policy?
Singapore’s 2027 ASEAN chairmanship is a strategic inflection point for regional AI governance. As the first chair under the new ASEAN Economic Community Strategic Plan 2026–2030, Singapore can set binding deliverables in cross-border data flows, SME-focused digital infrastructure, and AI governance alignment — converting the bloc’s voluntary ethics frameworks into operational architecture.
Teo also pushed back explicitly on what she described as a narrow interpretation of “AI sovereignty” — the idea that each country should own every layer of the AI stack, from chips and models to data pipelines and applications. She called this unrealistic for most ASEAN economies and potentially counterproductive: it would fragment investment, duplicate effort, and deny smaller firms access to tools they couldn’t build alone. “Collectively, we should help these small companies to thrive and to scale,” she said, “whether they are in Jakarta, Bandung, Hanoi, or Bangkok.”
Rallying SMEs at Scale
The emphasis on small and medium-sized enterprises is deliberate and data-grounded. Singapore’s own National AI Impact Programme, announced as part of the updated National AI Strategy (NAIS) in May 2026, commits to supporting 10,000 SMEs over three years to move from AI experimentation into operational integration. Singapore’s 2026 Budget extended this with a 400% tax deduction on qualifying AI expenditures under the Enterprise Innovation Scheme, capped at S$50,000 per year of assessment for 2027 and 2028.
The regional ambition scales that domestic effort outward. Teo indicated Singapore would build on the Philippines’ chairmanship in 2025, which initiated the ASEAN AI Safety Network — a regional platform for best-practice exchange and responsible AI standards. The Philippines’ mandate was to kick-start implementation; Singapore’s stated intent is consolidation and scaling.
Why 2027 Matters More Than It Looks
What Does Singapore’s ASEAN Chairmanship Mean for AI Policy?
Singapore’s 2027 ASEAN chairmanship represents a strategic inflection point for regional AI governance. As the first chair to operate under the new ASEAN Economic Community Strategic Plan 2026–2030, Singapore can set binding deliverables in cross-border data flows, AI governance alignment, and SME-focused digital public infrastructure — converting the bloc’s voluntary ethics frameworks into operational architecture.
That framing matters because 2027 is not a routine handover. The ASEAN Digital Economy Framework Agreement (DEFA), expected to be signed in November 2026, will be fresh law when Singapore takes the chair. Singapore will inherit both the momentum of a newly ratified pact and the political capital to determine how its provisions on data flows and AI governance get operationalised in the early years. That is a structural advantage that chairmanships rarely offer so cleanly.
Singapore’s own digital economy has grown from 17% of GDP in 2022 to close to 20% of GDP in 2024, according to RSIS research. That growth has been driven in meaningful part by cross-border interoperability efforts — exactly the toolkit Singapore now wants to export to the region. There is a self-reinforcing logic here: a more digitally integrated ASEAN creates more traffic and value through Singapore, which has made digital integration a core economic interest rather than a secondary policy preference.
Still, the gap between Singapore’s domestic capacity and that of ASEAN’s less digitally developed members is substantial. Vietnam, the Philippines, Indonesia, Thailand — each has launched its own AI strategy in recent years, but implementation depth varies considerably. The risk is that Singapore’s chairmanship agenda, however well-designed, runs ahead of the institutional capacity to absorb it across ten member states with divergent regulatory traditions.
The Compute and Infrastructure Equation
Singapore is also investing in hard infrastructure at scale. The ASPIRE 2B supercomputer at the National Supercomputing Centre Singapore is being expanded from 2026 as part of a planned national advanced compute and AI platform. A Digital Infrastructure Act, tabled in Parliament, will set baseline sustainability standards for data centres — positioning Singapore as the region’s benchmark for AI compute governance.
Data centre capacity tripling across ASEAN by 2030 sounds impressive. The picture is more complicated when you consider that most of that expansion is concentrated in Singapore, Malaysia, and to a growing extent Indonesia. The compute gap between these markets and ASEAN’s smaller economies — Cambodia, Laos, Myanmar — is not narrowing at any meaningful pace.
Second-Order Consequences: Who Benefits, Who Is Left Exposed
For multinational technology firms, Singapore’s chairmanship agenda is broadly good news. A push toward harmonised governance frameworks reduces compliance costs across markets. Cross-border data flow agreements reduce the legal friction that currently forces companies to structure regional data operations around the most restrictive national regimes. Singapore’s preference for interoperability over sovereignty makes ASEAN a more predictable operating environment.
For ASEAN’s SME base — the real target of Singapore’s programme — the calculus is more conditional. Access to shared digital public goods and AI tools has genuine transformative potential for a small manufacturer in Bandung or a logistics firm in Da Nang. But adoption requires more than access. It requires digital literacy, legal certainty about cross-border data use, and some confidence that the tools won’t become dependent on infrastructure controlled by external actors with conflicting interests.
That last point is where Singapore’s framing of “shared” infrastructure gets tested. Much of the AI stack that SMEs would access is built on foundation models and cloud infrastructure from a small number of American and Chinese technology firms. Singapore’s own US$743 million five-year AI research commitment, announced in February 2024, is impressive by regional standards. It is modest relative to the investment being deployed by the platforms whose tools the region is being encouraged to adopt.
For policymakers in ASEAN’s mid-tier economies — Malaysia, Vietnam, Thailand — the Singapore chairmanship offers something useful: a capable and trusted convening authority willing to do the technical legwork on governance frameworks that smaller secretariats lack the capacity to produce. Malaysia’s National AI Office, established in December 2025, and Vietnam’s domestic AI policy both point toward increasing appetite for regional coordination. Singapore, with its institutional depth and established bilateral frameworks with virtually every major technology power, is well-placed to broker that coordination.
The Case for Scepticism
Not everyone shares Singapore’s confidence that regional AI integration is the right strategic direction — or that Singapore is the right actor to lead it.
Some critics within ASEAN policy circles argue that the region’s digital fragmentation is not a coordination failure to be solved from above, but a rational response to genuinely different national circumstances. Indonesia, with a population of 280 million and deep concerns about data sovereignty, has legitimate reasons to approach cross-border data flow agreements cautiously. Myanmar, in a different situation entirely, is structurally excluded from any meaningful regional AI agenda regardless of what Singapore’s chairmanship produces.
There is also a legitimate concern about the geopolitical framing. Singapore has positioned itself as a model of “strategic neutrality” in the US-China technology contest. That neutrality has served it well diplomatically. But neutrality has limits when the infrastructure decisions being made — on compute access, model deployment, and data governance — inevitably advantage one set of technology suppliers over another. The ASEAN AI fragmentation analysis published by Indoneo in May 2026 was blunt: without coordinated strategy, individual countries are negotiating separately with the world’s most powerful technology firms and losing leverage with every deal they sign alone.
Singapore’s answer is that coordination is precisely what it’s offering. Critics’ answer is that coordination built around Singapore’s particular model of open digital infrastructure may inadvertently lock in dependencies that larger, more sovereign-minded ASEAN states will eventually resist.
A Region’s Credibility on the Line
Singapore has earned a real platform for this chairmanship. It has built the domestic infrastructure, produced a credible national AI strategy, and backed it with genuine investment. Prime Minister Lawrence Wong’s establishment of the National AI Council in February 2026 — making strategic AI direction a matter of direct prime ministerial attention — signals that this is not posture. It is policy.
The ambition to bring shared digital public goods to a region of 680 million people, to pull SMEs from experimentation into operational AI use, and to convert voluntary governance frameworks into enforceable regional architecture — that is a meaningful agenda. The question it leaves open is whether an ASEAN chairmanship, which lasts one year and runs on consensus, is the right instrument for structural change of that depth.
Regional integration, in Southeast Asia, has always moved at the speed of the most reluctant participant. Singapore has never found that constraint comfortable. In 2027, it will discover whether the tools it’s built — governance frameworks, interoperability standards, shared infrastructure models — are persuasive enough to accelerate that pace. What it achieves will say as much about ASEAN’s capacity for collective action as it will about Singapore’s strategic ingenuity.
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Analysis
The Best Economics Books to Read This Summer: Analysts’ Top Picks
The global economy is operating in a state of suspended animation. Central banks have aggressively paused their tightening cycles, yet the anticipated soft landing remains stubbornly out of reach for much of the developed world. To parse this volatility, professionals need more than daily market briefings; they require deep structural clarity. Selecting the best economics books to read this summer requires filtering out pop-business fluff in favour of rigorous, systemic analysis. This year’s definitive titles tackle the end of the post-Cold War peace dividend, the productivity paradox of artificial intelligence, and the messy, expensive unwinding of globalized supply chains.
We are transitioning from an era of capital abundance to one of persistent, structural friction. The International Monetary Fund’s latest projections cap global growth at a sluggish 3.1% for the medium term, representing the weakest macroeconomic forecast in decades. Simultaneously, global public debt is on track to approach 93% of global GDP by the end of 2026, leaving policymakers with razor-thin margins for error.
Investors and institutional analysts are scrambling to update their mental models. The old correlations between sovereign bond yields and equity valuations have fundamentally broken down. The texts dominating the conversation this season do not offer quick, palliative fixes. Instead, they provide vital historical context for our current stagnation and mathematical frameworks for pricing in geopolitical risk. Understanding these texts is essential for anyone allocating capital, managing institutional risk, or drafting public policy in the latter half of the decade.
The defining economic hangover of our time is the return of structurally higher interest rates. For the past two decades, the Federal Reserve and the Bank of England operated under the core assumption that deflation was the primary enemy of state growth. The brutal inflation shock of the early 2020s shattered that consensus entirely.
To understand the permanent shift in central banking, the standout texts this season argue that the era of zero-interest-rate policy (ZIRP) was an historical aberration, not a baseline. The Organisation for Economic Co-operation and Development (OECD) notes that core inflation across G7 nations remained sticky at 3.8% well into late 2025, consistently defying aggressive rate hikes. This persistent stickiness forces a total re-evaluation of sovereign debt sustainability.
Authors in this space point to a grim reality: governments must now roll over their massive pandemic-era debt at significantly higher yields. In the UK alone, the Office for National Statistics (ONS) reported that debt interest payments hit £111 billion last year. This consumes tax revenue that would otherwise fund domestic growth initiatives or infrastructure projects.
This summer’s essential reading strictly dissects these fiscal constraints. The best analysts trace the direct line from monetary tightening to corporate defaults. They argue that zombie companies, kept alive artificially by a decade of cheap credit, face an imminent reckoning. Corporate bankruptcies in the US surged by 18% year-over-year, according to deeply researched S&P Global data. The books highlighting this trend offer a sobering look at capital reallocation, suggesting that this pain is a necessary feature of returning to sound money principles.
Still, the analysis goes far beyond domestic pain in the US and Europe. It extends to emerging markets, where a historically strong US dollar exports inflation across borders. The structural trap set by a hawkish Fed leaves developing economies with an impossible choice: defend their currencies and kill domestic growth, or let them slide and import hyperinflation. When Jerome Powell testified before the Senate in early 2026, he explicitly abandoned the notion of a quick return to cheap money, a pivot these books examine in forensic detail.
Furthermore, commercial real estate (CRE) presents the most immediate systemic vulnerability explored in these pages. The Federal Reserve’s Financial Stability Report highlights that over $1.2 trillion in commercial mortgages mature before 2027. Refinancing these depreciated assets at current rates will crystallize massive losses for regional banks. The books dissecting this dynamic do not just forecast a localized crash; they trace the contagion vectors from empty office towers in major metropolitan centres directly into global pension fund portfolios.
Beyond monetary policy, the structural rewiring of the labour market via Artificial Intelligence (AI) dominates the top macroeconomics books 2026 has to offer. The initial euphoria surrounding generative models has cooled significantly in financial capitals, replaced by hard, empirical questions about productivity metrics, capital expenditure, and wage suppression.
The best economics books to read this summer include authoritative texts on inflation dynamics, the macroeconomic impact of artificial intelligence, and the geoeconomic fragmentation of global trade. Top titles provide data-driven frameworks for investors and policymakers to understand the structural end of the zero-interest-rate era.
Economists are currently obsessed with the gap between technological capability and measurable economic output. MIT economist Daron Acemoglu‘s latest collaborative research sets the intellectual foundation for this summer’s most compelling arguments. The core thesis posits that while AI can automate specific cognitive tasks, its aggregate impact on Total Factor Productivity (TFP) remains statistically invisible.
Investment banks initially projected a global GDP boost of 7% over a decade due to AI integration. Yet, the texts emerging this season take a sharply critical view of such optimistic, linear modelling. They point out that capital expenditure on server infrastructure and energy grid expansion is vastly outpacing the actual revenue generated by these software tools.
The picture is more complicated than simple job displacement. The authors argue we are witnessing a massive “task reallocation” that hollows out middle-management while simultaneously creating physical bottlenecks in energy supply chains. Labour economist David Autor provides a necessary counterweight to the prevailing pessimism in his recent working papers, themes echoed heavily in this summer’s curated titles. He suggests AI could theoretically rebuild the middle class by democratising technical expertise, allowing lower-skilled workers to perform higher-value medical or coding tasks.
Yet, the consensus among the top titles remains heavily sceptical. They look at the empirical data showing tech companies aggressively reducing headcount while simultaneously reporting record profits. The productivity gains are currently being captured entirely by capital owners, not labour forces.
This creates a highly bifurcated economy. Companies that successfully integrate proprietary data with localized language models pull away from competitors, creating monopolistic dynamics that antitrust regulators are entirely unequipped to handle. The reading list this summer unpacks how the European Union’s AI Act might actually cement the dominance of incumbent tech giants by raising compliance costs to fatal levels for open-source start-ups. We must look closely at the wage data; real wages for knowledge workers plateaued in the first quarter of 2026, a trend these authors attribute directly to the commoditization of routine cognitive labour.
The third major theme dominating this summer’s reading lists is the aggressive, unapologetic return of state-directed industrial policy. The Washington Consensus, which championed free trade and deregulation for three decades, is officially dead. In its place is a scrambled, multi-trillion-dollar rush for domestic resource security.
Governments are no longer optimizing for cost efficiency; they are optimizing for systemic resilience. The World Bank’s latest Global Economic Prospects report highlights a staggering 20% drop in foreign direct investment (FDI) flowing between geopolitically unaligned nations. This fragmentation has massive downstream consequences for multinational corporations across three distinct vectors:
- Capital Expenditure: A forced, highly inefficient duplication of manufacturing infrastructure across rival trading blocs.
- Compliance Drag: Escalating legal and logistical costs required to navigate divergent export controls and international sanctions.
- Resource Hoarding: State-backed stockpiling of critical minerals, artificially restricting market supply and driving up baseline commodity prices.
Books tackling this subject focus heavily on the semiconductor industry and the chaotic transition to green energy. They detail how the US CHIPS and Science Act and the Inflation Reduction Act (IRA) have triggered a global subsidy arms race. Authors argue this capital misallocation will inevitably suppress global growth over the next decade. When Europe, the United States, and China simultaneously subsidise their own redundant supply chains, the mathematical result is structural overcapacity and severe trade friction.
Germany’s ongoing economic malaise serves as the primary case study in these chapters. The sudden loss of cheap Russian pipeline energy, combined with slowing Chinese demand for heavy industrial exports, has severely broken the European engine of growth. The European Central Bank (ECB) faces the unenviable task of managing localized stagflation within a fractured political union.
That said, these analysts also identify the unexpected winners of this global fragmentation. ‘Connector economies’ like Mexico, Vietnam, and India are rapidly capturing the manufacturing overflow as Western companies execute “China Plus One” derisking strategies. A standout statistic from a heavily cited text notes that Mexico officially surpassed China as the largest exporter to the US in late 2025, moving over $475 billion in physical goods. Investors reading these books will find actionable, data-rich blueprints for identifying which emerging markets stand to gain from the ongoing superpower decoupling. Traditional metrics like the Consumer Price Index (CPI) are suddenly less predictive of sovereign market movements than the shipping tonnage safely passing through the Strait of Malacca.
Competing Perspectives: The Degrowth Dissent
No comprehensive reading list is complete without seriously engaging with its harshest critics. While the mainstream macroeconomic texts focus on restoring sluggish growth and managing sticky inflation, a highly vocal minority of economists argues that the pursuit of infinite GDP expansion is biologically and ecologically bankrupt.
The ‘degrowth’ movement, once relegated to the fringe of academic sociology, has secured serious, mainstream publishing deals this summer. These authors provide a mathematical steel-man against the popular green-growth consensus. Their core argument rests on the absolute decoupling fallacy. The European Environment Agency (EEA) published data showing that while domestic emissions have fallen in developed nations, the total material footprint per capita continues to rise when factoring in imported goods.
Prominent ecological economist Herman Daly laid the theoretical groundwork decades ago, but this year’s authors apply his strict frameworks to the immediate, localized climate crises of 2026. They argue that technological substitution—replacing combustion engines with heavy lithium-ion batteries—merely shifts the ecological bottleneck from the atmosphere to the Earth’s crust.
Japanese philosopher Kohei Saito and his surprising commercial success regarding degrowth frameworks serves as a prime example. His thesis, heavily discussed in serious economic circles, argues that planetary boundaries cannot mathematically support infinite capital accumulation. Mainstream economists are forced to engage with this, not to adopt a radical framework, but to accurately account for hard ecological limits. If physical inputs like arable land, fresh water, and copper become absolute constraints, the standard Solow-Swan economic growth models break down entirely.
Rather than dismissing these texts as utopian fantasy, serious financial analysts are reading them to understand future regulatory risks. If global carbon pricing and aggressive resource taxes escalate, the degrowth models will suddenly look less like radical activism and more like predictive corporate risk modelling. Engaging with this dissenting view signals a refusal to be blindsided by rapidly shifting political realities. Acknowledging that the transition to a low-carbon economy may inherently suppress aggregate demand provides a much sharper edge to any long-term investment thesis than relying on outdated Keynesian multipliers.
The global economy in the latter half of the 2020s refuses to cleanly fit into twentieth-century analytical models. The sheer utility of the best economics books to read this summer is not that they offer perfectly accurate forecasts for the next quarter. Rather, they provide desperately needed, updated heuristics for an era defined by permanently higher capital costs, severe demographic inversions, and localized supply chain warfare.
Relying on out-of-date mental models is the fastest route to capital destruction. The prevailing economic narratives of the past decade—that technological monopolies will naturally democratise wealth, or that central banks can simply print their way out of a sovereign debt crisis—have been empirically and painfully disproven.
Professionals who dedicate time to these rigorous, heavily researched texts will possess a distinct analytical advantage. They will look past the daily, algorithmic noise of equities markets to see the shifting tectonic plates of the real, physical economy. Absolute clarity, not blind market optimism, is the ultimate competitive advantage for the remainder of the decade.
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