U.S. Tech Think Tank Criticizes Local Data Center Moratoriums: A Warning Signal for AI and Crypto Infrastructure

Local restrictions on data center development are becoming a strategic technology issue in the United States. A recent critique by Robert D. Atkinson, founder and president of the Information Technology and Innovation Foundation, argues that broad local bans or permitting pauses could weaken tax revenue, job creation, clean energy investment, and the country’s long-term position in AI infrastructure.

The debate is not only about artificial intelligence. For the blockchain and crypto industry, data centers are part of the physical layer that supports exchanges, indexers, RPC providers, validator operations, custody systems, analytics platforms, and emerging decentralized physical infrastructure networks. As AI, cloud computing, and blockchain increasingly compete for power, land, cooling capacity, and network connectivity, local policy decisions can directly affect the resilience of digital asset infrastructure.

What Happened in Montgomery County

Maryland’s Montgomery County recently moved to pause new data center approvals for 18 months through an expedited local bill. The local government framed the measure as a temporary step to study environmental impact, protect the Potomac River watershed, manage electricity cost concerns, and design more sustainable rules for future projects.

Atkinson’s response, published through the Information Technology and Innovation Foundation, challenges the logic of a sweeping moratorium. His central argument is that environmental and grid concerns should be evaluated project by project through existing regulatory tools, rather than handled through a blanket freeze that also captures projects already moving through the approval pipeline.

This distinction matters. Data centers are not identical. A facility using advanced cooling systems, contracted renewable power, and dedicated grid upgrades has a different impact profile than one relying on older designs or weak local interconnection planning. Treating every project the same may create political simplicity, but it can also discourage better infrastructure.

Why Data Center Policy Matters to Crypto

Crypto users often think of blockchain as purely digital, but the industry depends on real-world infrastructure. Behind a wallet transaction, a decentralized exchange swap, or a stablecoin transfer are servers, nodes, validators, APIs, analytics engines, and security systems that must remain online.

This is especially important in 2025, as several trends are converging:

• Institutional adoption is increasing demand for reliable custody, compliance, and transaction monitoring infrastructure.
• Stablecoins and tokenized assets require low-latency settlement, risk controls, and always-on back-end services.
• Layer 2 networks, cross-chain bridges, and data availability systems need high-performance indexing and node operations.
• AI agents interacting with crypto protocols may increase demand for secure, automated transaction infrastructure.
• Decentralized physical infrastructure networks, often called DePIN, are trying to coordinate real-world compute, storage, bandwidth, and energy resources on-chain.

In other words, the future of blockchain scalability is not only about better cryptography or faster consensus. It is also about access to reliable compute, power, fiber connectivity, and physical sites where infrastructure can be deployed responsibly.

The Energy Debate Is More Complex Than It Looks

Public concern around electricity prices is understandable. Data centers can consume large amounts of power, and local communities have a legitimate interest in understanding how new demand affects the grid.

However, attributing electricity price increases solely to data centers can be misleading. Power prices are influenced by fuel costs, transmission constraints, utility investment cycles, weather events, generation mix, and regional market design. The U.S. Energy Information Administration regularly shows how electricity pricing depends on multiple factors, including generation fuel costs and delivery infrastructure, not just demand from a single industry.

The better policy question is not whether data centers use energy. They do. The question is whether new facilities pay for their grid impact, improve local infrastructure, and accelerate cleaner energy deployment.

In many cases, large developers enter into power purchase agreements, fund interconnection upgrades, or support renewable generation. Some facilities can also be designed as flexible loads, reducing demand during grid stress or pairing operations with battery storage. These models are particularly relevant for crypto infrastructure, where some compute workloads can be shifted across time or geography more easily than traditional industrial demand.

Water Use and Cooling Should Be Regulated Precisely

Water consumption is another major concern. Traditional cooling systems can put pressure on local water resources, especially in regions facing drought or watershed stress. But the technical landscape is changing.

Newer data centers may use air cooling, closed-loop systems, liquid cooling, or hybrid approaches that reduce freshwater demand. AI workloads and high-density chips create new thermal challenges, but they also incentivize more efficient designs. The International Energy Agency has highlighted that data center energy and water impact varies widely depending on technology, climate, and operational practices.

A targeted permitting framework can require detailed disclosure of water usage, wastewater handling, cooling technology, and emergency planning. That is very different from pausing all new approvals regardless of design quality.

For blockchain infrastructure, this distinction is important because public debates sometimes merge all compute-intensive activity into one category. Bitcoin mining, AI training, cloud hosting, and validator infrastructure have different technical and operational profiles. Good regulation should separate them rather than rely on broad assumptions.

Economic Trade-Offs: Tax Base, Jobs, and Local Investment

Atkinson also warned that a long permitting pause can push capital to other jurisdictions. The economic impact can be significant: large data center projects may involve billions of dollars in construction spending, long-term property tax revenue, specialized operational jobs, and secondary demand for electrical, engineering, security, and maintenance services.

For local governments, the key issue is opportunity cost. A county may delay a project to study sustainability rules, but if the investment moves elsewhere permanently, the region may lose both revenue and leverage. Once developers commit to alternative sites with better permitting certainty, it is difficult to win them back.

This is relevant to crypto because infrastructure clusters tend to reinforce themselves. Regions with reliable energy policy, clear permitting, strong fiber networks, and skilled technical labor are more likely to attract Web3 infrastructure companies, institutional trading systems, data analytics firms, and security providers. Regions that signal uncertainty may see those opportunities shift to more predictable markets.

The AI Race and Blockchain Security Are Becoming Connected

The AI infrastructure boom is often discussed separately from crypto, but the two fields are increasingly overlapping.

AI models need large-scale compute. Blockchain networks need verifiable records, secure settlement, decentralized coordination, and private key protection. Together, these technologies are creating new categories of infrastructure, including:

• On-chain AI agent payment systems
• Decentralized compute marketplaces
• Tokenized access to GPU resources
• Zero-knowledge proofs for data and model verification
• Machine-to-machine stablecoin settlement
• Identity and authentication layers for autonomous software

If the United States wants to remain competitive in both AI and digital assets, it needs more than software talent. It needs permitting systems that can support physical infrastructure while enforcing environmental standards.

A blanket moratorium may feel like a low-risk political option, but it can create high-risk strategic consequences. Competitors in other regions are not pausing their infrastructure buildout. The global race for compute capacity is already affecting AI development, cloud availability, and high-performance workloads.

A Better Framework: Regulate Impact, Not Categories

A more balanced approach would avoid both extremes: no oversight on one side and broad prohibitions on the other. Local governments can protect residents and ecosystems while still allowing high-quality projects to proceed.

A practical framework could include:

1. Project-specific energy impact reviews
   Require developers to show how they will pay for interconnection, transmission upgrades, backup systems, and peak-load management.

2. Transparent water and cooling standards
   Evaluate cooling methods, water source, discharge plans, and contingency measures.

3. Clean energy procurement requirements
   Encourage long-term contracts with renewable or low-carbon generation where feasible.

4. Community benefit agreements
   Direct part of the economic upside toward local infrastructure, workforce training, education, or public services.

5. Clear timelines for permitting
   Avoid indefinite uncertainty by setting predictable review periods and objective criteria.

6. Differentiation between workload types
   Distinguish AI training, cloud hosting, crypto mining, validator operations, and enterprise infrastructure instead of treating all digital infrastructure as identical.

For the blockchain industry, this approach would support responsible growth while reducing the risk that crypto-related infrastructure is swept into overly broad restrictions aimed at other sectors.

What Crypto Users Should Watch

Most retail users will not track local zoning bills, but they should pay attention to the broader direction of infrastructure policy. The cost, reliability, and decentralization of blockchain services can be affected by where servers and nodes are allowed to operate.

Key questions for 2025 include:

• Will U.S. states and counties create predictable rules for data center development?
• Can crypto infrastructure providers access clean and affordable power?
• Will DePIN projects be treated as innovation or as a regulatory burden?
• Can institutional crypto platforms maintain resilient infrastructure across multiple regions?
• Will AI demand crowd out smaller blockchain infrastructure providers?

The answers will shape transaction reliability, node decentralization, service availability, and even the cost structure of Web3 applications.

Digital Infrastructure Still Requires Personal Security

The debate over data centers highlights a broader point: crypto depends on both large-scale infrastructure and individual security. Networks need resilient nodes, exchanges need secure systems, and users need strong control over their own private keys.

For users holding digital assets, a hardware wallet remains one of the most practical ways to reduce exposure to online attacks. OneKey is designed to keep private keys offline while supporting multi-chain asset management, making it a relevant security layer in an era where AI, cloud services, and blockchain infrastructure are becoming more interconnected.

Infrastructure policy will shape the next phase of AI and crypto competition. But regardless of where data centers are built, self-custody remains a user-level responsibility. In a world of expanding digital infrastructure, protecting private keys is still the foundation of crypto ownership.