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According to BlockBeats, on January 13, the Nigerian government introduced a new tax law that links cryptocurrency transactions to real identities using Tax Identification Numbers (TIN) and National Identification Numbers (NIN). This initiative aims to make crypto transactions traceable and integrate them into the tax reporting system without needing to break the blockchain itself.

Virtual Asset Service Providers (VASPs) are now required to collect and report customer information, including TIN/NIN, names, and addresses. They must also submit monthly transaction data to tax authorities and report large or suspicious transactions to law enforcement agencies.

According to BlockBeats, on January 13, BlackRock released its 2026 global outlook report, emphasizing the significant scale of AI infrastructure investments. The report suggests that 'micro is macro,' indicating that these investments are substantial enough to influence the broader macroeconomic landscape, presenting challenges such as increased leverage and the illusion of diversification. BlackRock maintains a pro-risk stance, favoring U.S. equities, particularly those related to AI, and sees opportunities in active investments.

The report outlines three core investment themes:

Micro is macro: AI infrastructure is dominated by a few companies, with capital expenditures projected to reach $5-8 trillion between 2025 and 2030. This investment is expected to support U.S. economic growth in 2026, contributing three times the historical average, despite a cooling labor market. However, there is uncertainty about whether revenues will match expenditures and how much will return to tech giants. While AI may accelerate innovation, historical trends over the past 150 years suggest that major technological changes have not disrupted the U.S.'s long-term 2% growth trend. Nonetheless, a 'growth breakout' scenario is now conceivable.

Leveraging up: The initial massive investments by AI builders, coupled with delayed revenues, lead to increased system leverage. High government debt adds to this vulnerability. BlackRock favors private credit and infrastructure financing while tactically underweighting long-term government bonds, such as U.S. Treasuries, due to the adverse effects of high leverage and rising capital costs on long-term debt.

Diversification mirage: Under major trends, traditional diversification strategies may actually concentrate bets. Investors need to actively manage risk, maintain portfolio flexibility with a 'Plan B,' and seek unique returns from private markets and hedge funds.

The report also highlights that BlackRock views digital assets, particularly stablecoins, as foundational to payment and settlement systems, rather than merely speculative assets. Stablecoins are seen as 'digital dollar rails,' evolving from crypto-native tools to bridges connecting traditional finance with digital liquidity, expanding into areas like cross-border payments and settlements, especially in regions where traditional systems are slow, costly, or fragmented. The report suggests that crypto is integrating into mainstream finance, with stablecoins maturing as infrastructure supporting global liquidity flows and overlapping with traditional finance.

According to ChainCatcher, China International Capital Corporation (CICC) forecasts that U.S. inflation will experience compensatory increases in the Consumer Price Index (CPI) data for December 2025, January 2026, and April 2026.

If U.S. inflation remains strong in the near term, it could prompt the Federal Reserve to slow down its rate cuts, leading to a marginal tightening of global liquidity. This scenario may increase the uncertainty of major asset classes both domestically and internationally. CICC advises increasing allocations in commodities to hedge against risks and suggests buying stocks, gold, and U.S. Treasury bonds during market pullbacks.

Data centres serve as the powerhouse of the digital economy. These advanced facilities house vast arrays of servers and sophisticated networking equipment, enabling the seamless storage, processing, and global transmission of data. From everyday emails and cloud-stored photos to high-bandwidth video streaming and cutting-edge AI applications, every aspect of modern connectivity relies on the uninterrupted performance of these mission-critical infrastructures. Equipped with robust power delivery, innovative cooling technologies, and ultra-fast connectivity, data centres maintain the reliability that underpins today’s technology-driven world.

Canada stands out as an exceptionally promising destination for data centre expansion, capitalizing on its naturally low temperatures and vast supplies of renewable electricity. Surging global mergers and acquisitions (M&A) in the sector highlight accelerating interest in Canadian sites, as these inherent strengths become increasingly vital in a sustainability-focused industry. For developers, operators, institutional investors, private equity participants, and tenants alike, grasping the dynamic Canadian landscape—including evolving regulations, financing mechanisms, and strategic advantages—is key to capitalizing on emerging prospects nationwide.

Global Drivers Behind the Surge in Data Centre M&A Transactions

Even amid broader economic slowdowns that have tempered certain tech investments, the appetite for data centre assets remains robust, fueled by escalating needs for storage, cloud services, and especially AI-driven computing power.

Industry tracker Synergy Research Group has recorded over 1,500 data centre-related M&A transactions since 2015, with cumulative deal values exceeding $324 billion. Following a brief slowdown in 2023, activity exploded in 2024, achieving a record-breaking total well above previous highs—surpassing $73 billion in closed deals, driven largely by private equity dominance (rising to nearly 90% of activity since 2022). Major 2024 highlights included substantial equity infusions into operators like Vantage Data Centers and EdgeConneX, alongside broader deal distribution compared to the mega-acquisitions of 2021-2022 (such as CyrusOne, Switch, CoreSite, and QTS, each valued over $10 billion).

Private equity’s growing dominance reflects confidence in the sector’s stable, long-term revenue potential from colocation and hyperscale models. Meanwhile, Canadian institutions are increasingly active, viewing data centres as high-yield infrastructure plays. A prime example is the Canada Pension Plan Investment Board (CPP Investments), which committed $225 million (via a 50% stake in a co-financed construction loan with Deutsche Bank) to support a 54 MW hyperscale expansion in Cambridge, Ontario. This joint venture—led by Related Digital, TowerBrook Capital Partners, and Ascent—aligns with CPP’s worldwide strategy, underscoring Canada’s appeal through its geography and clean energy profile.

Key Factors Positioning Canada as a Leading Data Centre Destination

With worldwide digital infrastructure needs intensifying, Canada is rapidly gaining recognition as a top-tier location for new builds and operations. The country already hosts more than 280 facilities, and international players are expanding aggressively.

In contrast to hotter regions where extreme temperatures inflate cooling demands and energy expenses, Canada’s cooler climate delivers a significant operational edge. Cooling can represent up to 40% of total energy consumption in traditional settings; here, ambient conditions provide free or low-cost air-based cooling, slashing costs and emissions alike.

This advantage pairs powerfully with Canada’s predominantly clean electricity grid—around 80% derived from non-emitting sources like hydroelectricity, nuclear, wind, and solar. Such a mix enables operators to satisfy stringent ESG requirements, attract eco-conscious clients, and align with global sustainability mandates.

Combined with political stability and competitive energy pricing (particularly in hydro-rich provinces like Quebec and British Columbia), these elements establish Canada as one of the most efficient and environmentally responsible choices for hyperscale, colocation, and edge deployments.

Transforming Natural Cold into a Strategic Edge for Efficiency and Sustainability

Canada’s temperate environment turns a potential challenge into a core competitive strength. By minimizing mechanical cooling needs, facilities achieve lower power usage effectiveness (PUE) ratios, reduced operational expenditures, and enhanced environmental performance—factors increasingly decisive for investors prioritizing green credentials.

When integrated with reliable renewable supplies and supportive policy frameworks, this positions Canadian sites as premier options for building resilient, future-proof digital infrastructure.

ESG Priorities Guiding Investment Choices in the Sector

Sustainability is now a core expectation for investors in energy-heavy industries like data centres. Canada’s exceptionally clean power grid—among the world’s greenest—allows operators to power intensive workloads with minimal carbon impact, directly supporting net-zero goals and appealing to ESG-oriented tenants and capital providers.

Federal Support Accelerating AI-Focused Infrastructure Development

Beyond natural benefits, Canada is actively investing in its digital ambitions. Projections indicate that by 2030, advanced AI workloads will drive 70% of global data centre demand, with generative AI contributing around 40%.

To capitalize on this shift, the federal government launched the AI Compute Challenge, committing up to $700 million to stimulate private-sector projects. This initiative targets:

Expansion of commercial AI compute capacity within Canada;

Delivery of accessible, cost-effective resources for innovators, enterprises, and industries;

Strengthening of domestic AI leaders; and

Promotion of innovative, low-impact computing technologies.

Open to commercial entities, consortia, and academic-industry collaborations, the program signals strong governmental commitment to positioning Canada at the forefront of AI infrastructure growth.

Navigating Regulatory Frameworks for Data Centre Projects in Ontario and Beyond

Developing and operating data centres in Canada requires adherence to layered regulations covering zoning, construction, energy interconnection, environmental protection, and security.

Key areas include:

Zoning and Permitting — Municipal rules often designate data centres as industrial or specialized uses. Early verification of compliance is vital, as limitations on building height, setbacks, noise levels, and traffic can influence site viability. Provincial building codes (e.g., Ontario’s Building Code Act, 1992) govern structural, electrical, mechanical, and fire safety standards.

Energy Interconnection — As highly power-intensive operations, securing grid access is fundamental. In Ontario, the Independent Electricity System Operator (IESO) oversees transmission assessments and market rules, while the Ontario Energy Board enforces codes for distribution. Recent legislative changes (e.g., Bill 40 in 2025) introduce ministerial oversight to prioritize economically beneficial projects, reflecting efforts to manage surging demand responsibly.

Environmental Standards — Permitting emphasizes backup generators (diesel emissions, fuel storage), water consumption, and waste. Canada’s low-emission grid provides a strong foundation for ESG alignment, though operators must address secondary impacts.

Security and Data Protection — Industry certifications like ISO/IEC 27001 and SOC 2 are standard, often mandated by clients. These intersect with federal privacy laws (PIPEDA) and provincial equivalents.

Requirements vary provincially, but Canada’s framework supports responsible expansion.

Financing Structures Powering Canadian Data Centre Growth

The sector has seen rapid increases in transaction volume and scale, typically involving:

Private Equity — Dominant source, with global and domestic funds pursuing reliable yields through partnerships for acquisitions or greenfield developments.

Institutional Capital — Pension funds and infrastructure vehicles treat data centres as essential utilities-like assets.

Construction Loans — Essential for upfront costs (land, structures, power/cooling systems), involving Canadian banks, pension-linked lenders, and private credit.

Secured Debt — Prevalent for operational facilities, with lenders securing assets, equipment, and revenues—often syndicated and multi-hundred-million-dollar in scale.

Complex collateral and cross-border elements are common in larger deals.

Canada’s blend of climatic benefits, clean energy, governmental backing, and sophisticated financing options makes it a powerhouse in the evolving global data centre ecosystem. As AI and digital demands continue to escalate, strategic stakeholders positioned here stand to benefit significantly from this transformative trend.