The digital asset market has ridden out intense shocks in recent years—wild price swings, the 2021–2022 crypto winter, major failures like Terra-Luna and FTX, shifting regulatory pressure, outright prohibitions in some states, and a rise in criminal targeting of crypto platforms.

Even so, the sector expanded dramatically. Total cryptocurrency market capitalization was under $1 trillion in mid-2022; by early March 2026, it reached $2.42 trillion.

Momentum today is fueled by watershed developments: enhanced policy support in the United States, pro-innovation rulemaking, and broader legitimacy across mature markets.

Institutional participation continues to grow as the ecosystem stabilizes and compliance expectations crystallize across key jurisdictions, including the US via the GENIUS Act, the EU through MiCA and TFR, and multiple initiatives in Asia and the Middle East.

These tailwinds have contributed to a 20% jump in client traffic across crypto firms, signaling renewed confidence and demand.

Against this backdrop, several destinations stand out for regulatory clarity, crypto tax predictability, and robust infrastructure—making them high-potential bases for crypto entrepreneurs, investors, and service providers.

<table><thead><tr><th>Rank</th><th>Country</th><th>Why It Stands Out in 2026</th></tr></thead><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody><tr><td>1</td><td>United Arab Emirates (UAE)</td><td>Purpose-built oversight in key hubs, strong ecosystem density, and business-friendly taxation.</td></tr><tr><td>2</td><td>Switzerland</td><td>Clear supervisory approach, established crypto cluster, and deep financial services infrastructure.</td></tr><tr><td>3</td><td>Singapore</td><td>Disciplined licensing expectations with detailed guidance and a strong regional finance base.</td></tr><tr><td>4</td><td>Hong Kong</td><td>Defined licensing regime for platforms and active tokenization initiatives supporting market access.</td></tr><tr><td>5</td><td>Canada</td><td>Early regulatory structuring, permitted Bitcoin ETFs, and tightening enforcement that boosts trust.</td></tr><tr><td>6</td><td>United States</td><td>Large market depth, broad institutional participation, and evolving federal and state-level clarity.</td></tr><tr><td>7</td><td>Malta</td><td>EU alignment under MiCA with passporting potential and established corporate structuring options.</td></tr><tr><td>8</td><td>The Cayman Islands</td><td>VASP framework paired with tax neutrality and mature fund and service-provider ecosystem.</td></tr><tr><td>9</td><td>Bermuda</td><td>Comprehensive digital asset licensing with a collaborative approach to fintech development.</td></tr><tr><td>10</td><td>Australia</td><td>Expanding AML registration scope alongside evolving licensing proposals for platforms and custody.</td></tr></tbody></table>

Disclaimer: This list reflects Sumsub’s independent research and judgment and is provided for general information only. It is not legal or tax advice.

The Evolving Meaning of “Crypto-Friendly” Jurisdictions

For many blockchain companies, the idea of a single all-purpose “crypto-friendly country” is less decisive than before. As rules mature and enforcement increases, firms often need multiple entities to meet local authorization and licensing obligations.

Serving EU users, for instance, usually requires an EU entity authorized under MiCA, while offering services in the UK typically demands a UK entity approved by the relevant regulator.

At the same time, holding companies and treasury functions are frequently placed where tax regimes are predictable and financial infrastructure is deep—jurisdictions chosen for efficiency and stability rather than direct, customer-facing operations.

Structuring is a staged exercise. Teams match target markets with product fit and revenue opportunities, then map the legal, financial, and operational requirements to obtain and maintain licenses. These decisions are interdependent: compliance costs and feasibility can reshape the commercial plan.

Ultimately, the real question shifts from “Which country is best overall?” to “Which jurisdiction best supports each function within the operating model?”

In practice, assessments weigh clarity of regulation, tax treatment, government engagement, banking and payments access, political stability, talent, and adoption—factors that determine long-term viability.

What Makes a Country Crypto-Friendly in 2026?

Choosing a destination for a crypto business means balancing law, licensing, finance, and day-to-day operations to ensure sustainable, compliant growth.

Consistency and transparency of requirements.

Supervision of crypto activities by authorities.

Reliability of the business environment, including political stability, hiring conditions, and market uptake.

For crypto businesses, the safest long-term jurisdictions are usually the ones where licensing expectations are explicit and tax treatment is predictable enough to plan compliance, treasury, and growth without constant surprises.

The right answer depends on your model, your customers, and how you intend to operate across borders.

Clear, stable rules dictate how crypto exchanges, brokers, custodians, and token issuers can operate. When scoping expansion, ask:

Does a comprehensive regulatory framework for cryptocurrency already exist?

What controls address crypto-related fraud and financial crime, and how are they enforced?

Do licensing thresholds, reporting, and risk expectations match our scale and goals?

What are the direct and indirect compliance costs over time?

Are notable legal changes on the horizon that could alter operations or crypto trading?

A structured comparison of frameworks helps identify where innovation and compliance can realistically coexist.

Tax treatment varies with activity—trading, custody, brokerage, or infrastructure—and differs across tax law definitions. Key levies include corporate income tax on profits and VAT or equivalent indirect taxes on certain services.

Because crypto businesses often run multi-entity groups, tax is only one part of the equation. The primary question is whether a country’s tax approach is clear, predictable, and workable for legitimate crypto activities, rather than only optimizing for the lowest rate.

<table><thead><tr><th>Country</th><th>Regulatory Clarity</th><th>Tax Regime</th><th>Government Support</th><th>Financial Infrastructure</th><th>Notable Features</th></tr></thead><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody><tr><td>United Arab Emirates (UAE)</td><td>Dedicated virtual asset frameworks in key hubs.</td><td>Zero personal income tax; low corporate tax with free zone considerations.</td><td>Active ecosystem-building in major centers.</td><td>Strong access in major financial zones.</td><td>VARA and free zones such as DMCC.</td></tr><tr><td>Switzerland</td><td>Established supervisory guidance for token and service models.</td><td>Generally predictable treatment; outcomes depend on activity and status.</td><td>Long-running innovation clusters.</td><td>Deep, global-grade banking and finance.</td><td>Crypto Valley in Zug; FINMA guidance.</td></tr><tr><td>Singapore</td><td>Structured licensing regime with detailed expectations.</td><td>Generally competitive; tax depends on classification and activity.</td><td>Innovation-friendly stance within a strict compliance model.</td><td>Major regional finance and payments hub.</td><td>Payment Services Act 2019; MAS guidance.</td></tr><tr><td>Malta</td><td>EU-aligned authorization under MiCA.</td><td>Corporate structuring options; specifics vary by setup.</td><td>Regulatory alignment supports EU market access.</td><td>EU access with local service ecosystem.</td><td>MiCA passporting across the bloc.</td></tr><tr><td>Hong Kong</td><td>Defined regime for platforms and VASPs.</td><td>Tax outcomes depend on activity, residency, and characterization.</td><td>Sandboxes and tokenization initiatives.</td><td>Major capital markets and institutional connectivity.</td><td>AMLO framework; SFC supervision.</td></tr></tbody></table>

Always consult a qualified tax professional for tailored advice.

Government Support and Innovation Initiatives

Public programs can accelerate blockchain adoption by offering guidance, sandbox access, and direct collaboration with regulators. For example, the European Blockchain Sandbox supports about 20 projects annually from 2023–2026, enabling dialogue with EU and national authorities on legal and compliance issues across use cases like identity, DeFi, and credentials.

Regulatory certainty is not enough without banks, payment providers, custodians, and intermediaries willing to serve crypto businesses. Consider:

Can companies reliably access fiat accounts and payment rails?

Are there regulated providers supporting crypto investors and exchanges end to end?

Stable governance underpins investment and long-term planning. Political turbulence can undermine growth and inject uncertainty into the regulatory path for digital assets.

Workforce: While teams increasingly hire globally—engineers, compliance specialists, counsel—local ecosystems and pragmatic immigration policies can still help scale specific functions.

Market uptake: Where consumers and enterprises actively use crypto assets, ecosystems mature faster, benefitting exchanges, payment services, startups, and institutional participation.

With this lens, here are leading jurisdictions in 2026.

The UAE has emerged as a regional leader with progressive oversight and a flourishing crypto ecosystem centered in Dubai and Abu Dhabi. From July 2023 to June 2024, on-chain activity exceeded $30 billion, and in March 2025 Abu Dhabi–based MGX announced a $2 billion investment in Binance—signals of deepening institutional engagement.

Dubai’s Virtual Assets Regulatory Authority (VARA) sets a dedicated framework, while free zones such as DMCC tailor services for crypto businesses. Local universities and events, including initiatives at Khalifa University and the Future Blockchain Summit, contribute to education and innovation.

Zero personal income tax, a low corporate tax rate, and a business-first environment make the UAE a compelling base for crypto entrepreneurs and global digital asset platforms.

Switzerland remains a European pioneer. Crypto Valley in Zug is a renowned cluster for blockchain innovation, and FINMA provides clear guidance for token offerings and crypto services. Switzerland’s predictable tax treatment and world-class financial sector continue to attract crypto investors and builders.

Singapore has cultivated a disciplined yet innovation-friendly approach. The Payment Services Act 2019 forms the core framework, with MAS publishing detailed compliance guidance. Leading universities offer blockchain programs, industry events raise awareness, and the absence of capital gains tax on personal, long-term investments boosts its appeal as a destination for crypto startups.

Hong Kong has built a well-defined regime for exchanges and virtual asset service providers under AMLO, with the SFC licensing and supervising trading platforms. Programs like the Project Ensemble Sandbox explore tokenization, while the LEAP framework aims to streamline rules around stablecoins and tokenized assets—including ETFs, gold, and renewable infrastructure—bolstering investment and market access.

Canada was early to clarify responsibilities across securities and AML supervision. The CSA coordinates securities requirements, while FINTRAC enforces registration and AML/CTF duties for MSBs. Bitcoin ETFs are permitted, improving access for investors and signaling institutional readiness.

Major banks work with licensed players, and a competitive corporate tax landscape supports scaling. Authorities have also intensified enforcement in 2026, with FINTRAC revoking dozens of registrations, underscoring the need for robust controls while strengthening trust in the market.

The US remains central to global crypto. Agencies including the SEC, FinCEN, and the CFTC oversee different aspects of digital asset activities, while states like Wyoming and Texas enact supportive statutes. The GENIUS Act is poised to offer added clarity—mandating one-to-one backing for stablecoins and imposing rigorous AML standards on issuers. Financial institutions and fintechs, from Fidelity to PayPal, continue to expand crypto services.

Within the EU, Malta aligns with MiCA’s regime—strict conditions for EMTs and ARTs, mandatory authorization for CASPs, and passporting across the bloc. Malta’s history of crypto-specific legislation and its corporate tax refund mechanisms can be attractive for certain structures, though crypto tax benefits often skew toward individuals rather than corporations.

The Cayman Islands is a mature financial center with a bespoke framework for virtual assets under the VASP Act. Its tax-neutral environment and established service providers appeal to CASPs and funds alike, with banking, IT, and telecom infrastructure supporting daily operations.

Bermuda’s Digital Asset Business Act, supervised by the BMA, provides a comprehensive regime for licensing and oversight. The jurisdiction’s tax neutrality and ongoing collaboration with fintech firms and educators foster responsible innovation.

Australia applies a dual-track approach. AUSTRAC leads AML/CTF oversight, and from March 31, 2026, expanded registration will cover a broader set of VASP activities. ASIC supervises crypto that falls within financial product definitions, and the proposed Corporations Amendment (Digital Assets Framework) Bill 2025 would extend AFSL licensing to platforms and tokenized custody, with targeted exemptions for low-risk operators.

Regulatory sandboxes and public–private partnerships support responsible growth. While obligations may increase for some operators, stronger guardrails can enhance confidence and capital formation.

The BVI’s VASP Act (2022) establishes a licensing framework for virtual asset services, with securities laws applying when tokens are investment instruments. Entities may also fall under SIBA. The BVI’s tax-neutral stance—no corporate income tax or capital gains tax—remains a draw for international structuring.

Georgia’s business-friendly environment and developing digital economy continue to attract crypto entrepreneurs. Its corporate tax model taxes profits upon distribution, enabling reinvestment without immediate corporate income tax; for individuals, certain crypto gains may be out of scope for capital gains tax when not tied to business activity.

El Salvador made global headlines by pioneering Bitcoin policy and later recalibrating it in 2025. The Digital Assets Issuance Law (2023) set a framework for compliant issuance and operations, while oversight falls to the CNAD for DASP licensing and to the Bitcoin Law framework for BSP authorization where relevant.

From a tax angle, digital asset gains can be exempt from capital gains tax, and licensed entities may benefit from corporate income tax relief on crypto activities, with standard taxes applying outside that scope.

Stay Up to Date With the State of the Crypto Industry

Explore Sumsub’s 2026 industry report for practical insights on compliance and growth in crypto markets.

How supervisory expectations are shifting for crypto activities.

Why fast, accurate verification can be a competitive advantage.

Ways to reduce fraud without adding unnecessary friction.

Where Travel Rule gaps persist across jurisdictions.

Why hybrid verification is gaining adoption.

How to scale operations confidently in complex markets.

What Are the Most Crypto-Friendly Countries as of 2026?

Leading destinations include the UAE, Canada, the United States, Malta, Australia, Singapore, Hong Kong, the British Virgin Islands, Puerto Rico, Switzerland, Panama, El Salvador, Bermuda, and Georgia.

How Do You Choose a Crypto-Friendly Country in 2026?

Start by defining your priorities (target markets, products, customers, and risk appetite). Then map the licensing and operational requirements you’ll face, validate that you can bank and run payments day to day, and only then model tax outcomes for the specific structure and activities you plan to operate. Finally, pressure-test the plan against reputation considerations and the practical burden of maintaining the setup over time.

Regulatory clarity. Confirm licensing scope, supervisory approach, and the cost of meeting ongoing obligations.

Tax and corporate setup. Check corporate treatment and whether your structure is workable across borders.

Banking access. Verify that accounts and payment providers are realistically available for your flows.

Reputation and trust. Consider how counterparties and investors perceive the jurisdiction.

Operational flexibility. Assess how easy it is to form, staff, and maintain entities as you expand.

Which Countries Offer Favorable Corporate Tax Treatment for Crypto Businesses?

There is no universal crypto tax-free status. Corporate outcomes depend on residence, activity type, and whether income is personal or corporate.

<table><thead><tr><th>Country</th><th>Corporate Tax Rate</th><th>Capital Gains Tax</th><th>Personal Tax on Crypto</th><th>Special Incentives</th></tr></thead><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody><tr><td>Bermuda</td><td>No corporate income tax.</td><td>No capital gains tax.</td><td>Typically no personal income tax on gains.</td><td>Tax neutrality; regulated digital asset licensing via the BMA.</td></tr><tr><td>The Cayman Islands</td><td>No corporate income tax.</td><td>No capital gains tax.</td><td>Typically no personal income tax on gains.</td><td>Tax neutrality; VASP framework under the VASP Act.</td></tr><tr><td>United Arab Emirates (UAE)</td><td>Low corporate tax rate in general, with free zone considerations in some cases.</td><td>No personal capital gains tax in the standard system.</td><td>Zero personal income tax.</td><td>Dedicated virtual asset frameworks and ecosystem support in key hubs.</td></tr><tr><td>Singapore</td><td>Competitive corporate rules; treatment depends on activity and classification.</td><td>No capital gains tax in principle for personal, long-term holdings.</td><td>Personal outcomes depend on whether activity is seen as trading or business income.</td><td>Predictable, compliance-forward framework under MAS.</td></tr><tr><td>Switzerland</td><td>Competitive in many cantons; specifics vary by location and setup.</td><td>Often favorable for certain private investors; depends on status and activity.</td><td>Personal outcomes depend on classification and trading behavior.</td><td>Established supervisory guidance and deep financial infrastructure.</td></tr></tbody></table>

Always assess the specific structure and activities to determine tax treatment on crypto gains and profits.

Which Country Loves Crypto Investment Most in 2026?

If you define “loves” by sheer investment scale—market depth, institutional product activity, and the size of venture and corporate participation—the United States is typically the leading destination. The caveat is that rankings shift depending on whether you measure venture funding, exchange volumes, ETF flows, or corporate treasury participation.

By broad, consumer-level adoption metrics, India frequently ranks at or near the top in widely referenced global adoption indexes. Usage leadership can look different when measured by specific behaviors, such as P2P transfer intensity or remittance-driven activity, where other countries can lead depending on methodology.

No country, company, or identifiable group is credibly shown to own 90% of Bitcoin. While on-chain data often shows a high concentration among the largest addresses, those addresses commonly belong to custodians (such as exchanges and institutional storage) holding BTC on behalf of many users, and some BTC is believed to be lost or inactive. As a result, “top address” concentration is not the same as a single owner controlling that share.

Are There Countries With No Crypto Tax Regulations or Fully Tax-Free Crypto Transactions?

Some jurisdictions have little to no crypto-specific tax guidance and instead apply general tax rules, while a smaller set is effectively tax-neutral because they do not levy common direct taxes that would typically apply to gains.

Examples often described as tax-neutral (subject to your personal or corporate tax residence elsewhere) include the Cayman Islands, Bermuda, and the British Virgin Islands, which generally do not levy corporate income tax or capital gains tax. The UAE is also frequently cited as attractive for individuals due to zero personal income tax, although corporate outcomes depend on structure and activity.

In practice, “tax-free” is rarely absolute: the same transactions can still create tax exposure in another jurisdiction (for example, where owners, employees, or customers are resident), and other costs can apply even when headline taxes are low.

Crypto

Top Crypto-Friendly Countries in 2026: Countries That Love Crypto Investments

This guide spotlights nine crypto projects with substantial U.S. ties as friendlier policy signals and clearer oversight reshape the domestic digital asset market in 2026.

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Supportive commentary on Bitcoin and broader cryptocurrencies from national leadership, paired with new efforts to clarify rules, suggests a potential inflection point for the U.S. digital asset ecosystem. Initiatives such as a Securities and Exchange Commission Crypto Task Force and a dedicated interagency Working Group aim to bring cohesive guidance that could expand participation by both retail users and institutions. In practice, these efforts tend to have the most direct impact on projects with U.S.-based operating teams, U.S. entities, and U.S. on-ramps, because clearer registration, custody, and compliance expectations can reduce friction with banking partners and institutional counterparties. Foreign projects can still benefit from clearer standards, but they may face additional hurdles around market access, disclosures, or enforcement when serving U.S. users.

For purposes of this guide, a cryptocurrency is treated as “U.S.-based” when the primary organization responsible for development and operations (such as a company, foundation, or core team) is headquartered or principally operated in the United States, or when the token’s issuer is a U.S.-regulated entity. Because most networks are global and decentralized to varying degrees, this is best understood as a “U.S.-anchored” profile rather than a guarantee of jurisdictional simplicity.

When a project’s core operations are anchored in the United States, it often faces higher compliance expectations—but it can also benefit sooner from clearer rules, deeper capital markets, and broader institutional access.

Using that definition, the projects below—XRP, Solana, USD Coin, Avalanche, Sui, Stellar, Hedera, Litecoin, and NEAR Protocol—are commonly viewed as U.S.-based or U.S.-anchored because their core teams or operating organizations are primarily located in the United States.

Alongside these moves, statements indicating relief from capital gains taxes for domestically based crypto projects have stoked optimism around innovation and entrepreneurship, positioning the United States to compete among the most crypto-friendly jurisdictions. If capital gains relief were to materialize, the most immediate impact would typically be felt by liquid, widely traded assets with large U.S. investor participation—often the higher-volatility tokens where gains (and taxable events) are more common—while a dollar-pegged stablecoin like USD Coin is generally used more for transfers and settlement than appreciation. Potential advantages of buying U.S.-anchored crypto projects can include greater regulatory clarity, stronger investor protections, and easier integration with U.S. financial infrastructure; potential downsides can include heightened exposure to U.S. policy shifts, higher compliance costs that may affect product design, and less flexibility around privacy or permissioning.

With that backdrop, the following nine cryptocurrencies merit attention as the market evolves.

<table><thead><tr><th>Cryptocurrency</th><th>Launch Year</th><th>Founding Team/Company</th><th>Market Cap</th><th>Key Features</th><th>U.S.-Based (Yes/No)</th></tr></thead><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody></tbody><tbody><tr><td>XRP (Ripple)</td><td>2012</td><td>Jed McCaleb, Arthur Britto, and David Schwartz (XRP Ledger)</td><td>Above $148 billion</td><td>Rapid, low-cost cross-border settlement</td><td>Yes</td></tr><tr><td>Solana (SOL)</td><td>2020</td><td>Solana Labs</td><td>Exceeding $81 billion</td><td>High throughput and low transaction costs for dApps and NFTs</td><td>Yes</td></tr><tr><td>USD Coin (USDC)</td><td>2018</td><td>Center Consortium</td><td>Above $56 billion</td><td>Dollar-pegged stablecoin for exchange and settlement</td><td>Yes</td></tr><tr><td>Avalanche (AVAX)</td><td>2020</td><td>Emin Gün Sirer and the Ava Labs team</td><td>North of $9.8 billion</td><td>Programmable platform for DeFi and NFTs</td><td>Yes</td></tr><tr><td>Sui (SUI)</td><td>2023</td><td>Mysten Labs</td><td>Surpassed $9 billion</td><td>Move-based high-throughput Layer 1 with low-cost transactions</td><td>Yes</td></tr><tr><td>Stellar (XLM)</td><td>2014</td><td>Stellar Development Foundation</td><td>Approaching $10 billion</td><td>Bridge between crypto and fiat for global transfers</td><td>Yes</td></tr><tr><td>Hedera (HBAR)</td><td>2018</td><td>Hedera Hashgraph LLC</td><td>Above $8 billion</td><td>Hashgraph-based network with lower energy use</td><td>Yes</td></tr><tr><td>Litecoin (LTC)</td><td>2011</td><td>Charlie Lee</td><td>Above $9 billion</td><td>Fast confirmations and modest fees</td><td>Yes</td></tr><tr><td>NEAR Protocol (NEAR)</td><td>2020</td><td>Erik Trautman, Alex Skidanov, and Illia Polosukhin</td><td>Over $3.5 billion</td><td>Usability-focused Layer 1 with staking</td><td>Yes</td></tr></tbody></table>

XRP is the native token of the XRP Ledger, launched in 2012 by Jed McCaleb, Arthur Britto, and David Schwartz. Unlike many cryptocurrencies, it was pre-mined with a hard cap of 100 billion units. Built for rapid, low-cost cross-border payments, it serves as a settlement asset within Ripple’s enterprise solutions. Thanks to efficiency and modest fees compared with BTC, XRP has grown into a leading asset with a market capitalization above $148 billion.

Created by Solana Labs in 2020, Solana has emerged as a high-performance alternative to Ethereum for dApps and NFTs. Its appeal centers on throughput and low transaction costs, driving strong developer adoption and user growth. The network’s momentum has been reflected in a market cap exceeding $81 billion.

USD Coin is a U.S. dollar–pegged stablecoin, originally introduced by Center Consortium in 2018. Operating across major blockchain networks, it offers price stability within a volatile crypto market, making it a popular medium of exchange and settlement asset. Its market cap is currently above $56 billion.

Avalanche, launched by Emin Gün Sirer and the Ava Labs team in 2020, is a programmable platform tailored for DeFi applications and NFTs. Enterprises often favor it for speed, scalability, and flexible architecture. AVAX, the native token, holds a market capitalization north of $9.8 billion.

Sui, developed by Mysten Labs and launched in 2023, is an emerging high-throughput Layer 1 with substantial market potential. Built with the Move programming language, it targets ultra-fast, low-cost transactions; developers cite the ability to process roughly 300,000 transactions per second. SUI’s market cap has surpassed $9 billion.

Stellar, introduced by the Stellar Development Foundation in 2014, focuses on bridging crypto and fiat for global money movement. It enables swift, low-fee cross-border transfers and on-chain conversions. XLM, used to facilitate transactions on the network and available on exchanges, has a market cap approaching $10 billion.

Hedera, initiated by Hedera Hashgraph LLC in 2018, operates on Hashgraph rather than a traditional blockchain, removing the need for mining and reducing energy usage. Its governing council includes major organizations such as Google, IBM, Boeing, and University College London. HBAR, used for network fees and as an investment asset, sits above $8 billion in market capitalization.

Launched in 2011 by Charlie Lee using Bitcoin’s open-source code, Litecoin is often dubbed “silver” to Bitcoin’s “gold.” With an 84 million coin limit, it continues to remain relevant due to fast confirmation times and modest fees for cross-border transactions. Its market cap stands above $9 billion.

NEAR Protocol is a Layer 1 platform launched in 2020 by Erik Trautman, Alex Skidanov, and Illia Polosukhin to simplify building dApps and Web3 experiences. Emphasizing usability and scalability, it has become a favorite among developers. NEAR’s market cap is over $3.5 billion, and the token is widely used for staking on the network.

Whether U.S.-anchored cryptocurrencies are a “good investment” depends on the same core factors that apply across the market: product-market fit, adoption, token economics, execution risk, and regulation. A U.S. footprint can be a tailwind if it unlocks clearer compliance pathways and institutional participation, but it can also concentrate policy and enforcement risk. As with any digital asset, volatility can be significant, and any tax treatment or regulatory relief discussed publicly should be treated as uncertain until implemented.

How Are U.S.-Based Crypto Coins Regulated?

Digital assets in the United States fall under both federal and state oversight. Here is how that plays out in practice.

At the federal level, multiple agencies share responsibilities:

Securities and Exchange Commission (SEC): Regulates tokens classified as securities.

Commodity Futures Trading Commission (CFTC): Supervises derivatives markets.

Financial Crimes Enforcement Network (FinCEN): Enforces anti-money-laundering and counter-terrorist-financing requirements.

Internal Revenue Service (IRS): Treats cryptocurrencies as property for tax purposes.

Beyond federal rules, issuers and exchanges must meet state obligations that can differ meaningfully in licensing approach, supervisory expectations, and what activities trigger registration.

New York: BitLicense required for virtual currency businesses.

District of Columbia: Licensing required.

Several initiatives could materially reshape the industry over the next few years:

Executive Order: Pause on central bank digital currency, promote access, support stablecoins, establish Working Group. It does not name a single cryptocurrency the government will “use,” but it does signal interest in dollar-backed stablecoins and in studying a national digital asset reserve.

Bitcoin Act of 2024: Federal Bitcoin reserve proposal. As a proposal, it would require congressional action to take effect.

State Bitcoin reserve proposals: Pennsylvania, Wyoming, Texas, Ohio.SEC Crypto Task Force: Clearer rules, reduce ambiguity.

Questions about whether a U.S. president could implement tariffs on cryptocurrencies or eliminate taxes on U.S.-based crypto projects largely come down to legal authority and practical enforcement. Tariffs are typically designed for imported goods, which makes them difficult to apply cleanly to decentralized digital assets and peer-to-peer transfers. Likewise, eliminating or broadly changing capital gains taxes generally requires Congress, even if an administration can influence policy priorities, regulatory posture, and enforcement focus through executive direction.

US-based Crypto Coins to Watch in 2026

Celeste is kicking off with a pair of pathfinder spacecraft, IOD-1 and IOD-2. IOD-1 (In-Orbit Demonstration 1) is the first in-flight testbed for the program’s low-Earth-orbit positioning, navigation, and timing approach, focusing on validating navigation payload concepts and end-to-end operations in space. The two pathfinders are intended to exercise complementary designs and operational approaches before the wider demonstrator constellation is deployed.

On March 28, the Celeste IOD-1 spacecraft, engineered by GMV and Alén Space for the European Space Agency (ESA), lifted off from Rocket Lab’s LC-1 facility in Māhia, New Zealand. At 10:14 CET, the pair of satellites—one from GMV and the other from Thales Alenia Space—reached orbit and separated from the vehicle roughly an hour after liftoff. Rocket Lab provided launch services and the LC-1 launch site for this mission; additional launch sites for later Celeste flights are not specified here. That milestone opened their commissioning phase, when mission control configures systems for sustained operations in space.

As an ESA-led in-orbit demonstrator, Celeste IOD-1 is intended to validate core LEO-PNT building blocks in flight, including the generation and broadcast of navigation signals, precise timekeeping and timing distribution, and the associated space-to-ground links and ground processing needed to assess signal and system behavior in orbit. It also supports tests of receiver and processing concepts for using LEO measurements together with existing GNSS observations, as well as monitoring approaches aimed at characterizing signal performance and operational stability over time. ESA’s role includes setting mission objectives and technical requirements, funding and program oversight, and coordinating technical validation and performance assessment across the industrial teams.

Augment Galileo and EGNOS. The demonstrator is structured so future user concepts can combine LEO measurements with Galileo ecosystem services and receiver processing. This supports evaluating interoperability considerations, integration pathways, and how a LEO layer could be used in conjunction with established service definitions.

Strengthen European satellite navigation. The mission contributes to European sovereignty by advancing an independently governed capability roadmap for navigation services and reducing reliance on non-European alternatives for critical PNT use cases. It also helps mature industrial capacity across the European space sector for future multi-layer navigation infrastructure.

Improve PNT service accuracy. The in-orbit tests are intended to quantify how LEO geometries, higher dynamics, and more frequent measurement opportunities can improve user performance, including faster convergence and better behavior in challenging environments. These results feed into next-generation PNT concepts that emphasize rapid updates and improved robustness in real-world operating conditions.

Enhance resilience. The program is set up to explore continuity and performance under disruption, including how a LEO layer can complement existing services when conditions degrade. This includes assessing operational concepts that maintain usable PNT in scenarios where signals are impaired or availability is reduced.

Increase security. The demonstrator supports evaluation of features and operational approaches intended to make PNT harder to manipulate, including monitoring and detection concepts and service-level approaches designed to better protect users. This work is aligned with strengthening the trust and assurance profile of European PNT services.

No Astroscale technology is described as being incorporated into Celeste IOD-1 in this overview.

Celeste’s demonstrator phase is being executed by parallel European industrial teams under ESA program management.

<table><thead><tr><th>Consortium/Organization</th><th>Role</th><th>Number of Spacecraft (or Missions)</th><th>Responsibilities</th></tr></thead><tbody></tbody><tbody><tr><td>Two European consortia</td><td>Parallel demonstrator execution</td><td>in-orbit spare</td><td>Run the Celeste demonstrator in parallel and deploy the planned spacecraft plus a spare.</td></tr><tr><td>GMV</td><td>Prime contractor</td><td>6 (end-to-end missions)</td><td>Lead end-to-end missions covering architecture and design, the space and ground segments, the user segment, and day-to-day operations.</td></tr></tbody></table>

Articles

Celeste Iod-1 Launch: Esa’s Low Earth Orbit Navigation Demonstrator

The relaunch delivers a robust, protected, and elastic foundation for public-facing services and municipal operations.

A spatial data infrastructure is the organized framework that lets an organization discover, share, manage, and use geospatial information reliably across many teams and systems. In practice, it combines technology, governance, and agreed rules so that maps and location-based services can be published once and reused consistently for planning, service delivery, and day-to-day operations at local, regional, national, and even global levels.

A typical spatial data infrastructure brings together core components such as authoritative data, the technology stack (platforms, storage, and service endpoints), standards for formats and service interfaces, policies and governance for access and stewardship, the people and roles who maintain and use it, and the networks that connect producers and consumers. An example outside Mainz is a national or regional spatial data infrastructure that provides a shared geoportal and data catalog so multiple agencies can publish and consume standardized layers, instead of maintaining separate, incompatible copies.

Developing a spatial data infrastructure commonly follows a phased approach: define goals and stakeholders, inventory and prioritize datasets, establish governance and policies, agree on standards and metadata practices, implement the technical architecture, publish services and catalogs for discovery and access, train users and administrators, and then iterate as requirements and datasets evolve.

The City of Mainz and its municipal data center (Kdz) have teamed with VertiGIS and Esri Germany to overhaul their geospatial infrastructure. The program introduces a certified, cloud-native software-as-a-service environment tailored to current administrative workflows and poised to support upcoming digital initiatives. This approach also aligns with broader infrastructure trends, including cloud adoption, open-data publishing, real-time data feeds, and the growing use of artificial intelligence to enrich data quality and automate routine geospatial workflows.

Platform Stack: ArcGIS Online With VertiGIS Extensions

At the core sits Esri’s ArcGIS Online, a mature cloud service that eliminates on-premises servers for geographic information systems. VertiGIS Studio, VertiGIS FM, and components from the VertiGIS Neo portfolio extend the platform for public-administration work.

<table><thead><tr><th>Component</th><th>Functionality</th><th>Target User/Use Case</th></tr></thead><tbody></tbody><tbody></tbody><tbody><tr><td>VertiGIS Studio</td><td>Builds and configures web mapping applications and user-focused map experiences.</td><td>Administrative teams publishing interactive maps and self-service web apps.</td></tr><tr><td>VertiGIS FM</td><td>Supports asset and infrastructure management workflows tied to spatial context.</td><td>Departments managing facilities, utilities, and municipal infrastructure inventories.</td></tr><tr><td>VertiGIS Neo Components</td><td>Adds specialized solution modules and integration-ready capabilities for domain needs.</td><td>Targeted public-administration solutions that require tailored functions and extensions.</td></tr></tbody></table>

Trust, Compliance, and Scale in the Cloud

Together these layers form an end-to-end architecture that satisfies rigorous information security and data-protection requirements while aligning with regulatory obligations. The result is a flexible, interoperable foundation that can grow with demand and evolving datasets. Interoperability and data sharing are central to this model because they reduce duplication, keep departments aligned on authoritative information, and make it easier to combine datasets across boundaries for faster, better decisions.

In many implementations, common standards support this interoperability, including Ogc specifications for geospatial service interfaces, Iso 19115 for metadata, and Inspire-aligned practices for harmonization and cross-organization exchange. Day-to-day content also spans multiple data types, including vector data (points, lines, and polygons), raster data (gridded imagery and surfaces), attribute data (descriptive fields linked to features), and metadata (documentation that explains provenance, quality, and usage constraints).

When these elements are governed consistently, a spatial data infrastructure improves cross-team coordination, increases operational efficiency, strengthens decision-making with shared context, reduces costs through reuse, and supports transparency by making well-described data easier to find and responsibly publish.

Unified Services for Citizens and Internal WebGIS

The upgrade yields a single, high-performance hub for citizen-centric services and internal WebGIS applications. A cloud-first operating model delivers several operational outcomes:

Replaces fragmented software-as-a-service and managed services

The renewed spatial data infrastructure enables purpose-built apps that simplify daily administrative work. Teams benefit from the following capabilities:

Low-code and no-code application configuration

Mainz’s Spatial Data Infrastructure Relaunch: A Secure, Scalable Geospatial Platform For Public Services

Thinking about mining Bitcoin or other crypto assets? To compete today, you need a high-performing mining rig and a smart setup. We’ve curated the most profitable options so you can choose hardware with strong hashrate, solid efficiency, and a sensible price.

Mining Bitcoin on a typical desktop or laptop is no longer economical, so modern miners rely on purpose-built application-specific integrated circuit hardware instead.

Bitcoin was first mineable on standard computer processors, then miners moved to graphics cards for more throughput. Dedicated application-specific integrated circuit miners ultimately eclipsed graphics cards, delivering far higher hashrate per watt on the sha-256 algorithm.

An application-specific integrated circuit miner is specialized hardware built for one job: performing the sha-256 hashing work needed to compete for Bitcoin blocks. Unlike general-purpose computers or graphics cards, these units focus on hashing efficiency and sustained uptime.

Today’s large operations deploy racks of application-specific integrated circuit miners in climate-controlled facilities with low-cost electricity to maximize uptime and profitability.

If you’re wondering how long it takes to mine 1 Bitcoin, there isn’t a single fixed answer. The timeline depends on your hashrate, current network difficulty, and whether you mine solo or through a pool. With pool participation, you typically earn smaller, more frequent payouts that add up over time rather than waiting to find a full block on your own.

For a practical estimate, use a mining calculator and plug in your miner’s hashrate (for example, a unit rated around 110 terahashes per second), your power cost per kilowatt-hour, and typical pool fees. The calculator output can help you approximate how long it may take to accumulate 1 BTC under your specific assumptions.

Mining 1 BTC per day is generally not feasible for a typical home setup under current network conditions. Hitting that pace usually requires a large fleet of top-tier miners, strong electrical infrastructure, aggressive cooling, and very low energy pricing—more like an industrial operation than a single-machine install.

When you evaluate a Bitcoin miner, keep these essentials in mind:

Hash Rate: This is the number of hashes the hardware computes each second. Higher hashrate usually means a higher price, so balance speed with energy use.

Efficiency: Prioritize joules per terahash. Models such as the Halong Mining Dragonmint T1 have been standouts for squeezing more BTC from each watt of power.

Price: Purchase cost matters, but so do output and electricity. Lower-priced rigs often yield less BTC. The fastest, most efficient miners command a premium—aim for the best value, not simply the lowest sticker or the biggest number.

It’s also smart to factor in reliability and warranty coverage, potential resale value, and real-world availability (including shipping times), since those can affect both your startup timeline and your exit options if you upgrade later.

If you plan to mine at home, be realistic about both initial and ongoing costs. Initial costs typically include the miner itself, a compatible power supply if it’s not bundled, cabling and networking gear, potential electrical work (breakers, outlets, wiring), and basic ventilation or ducting to move hot air out.

Ongoing costs typically include electricity, cooling (fans or air conditioning), routine cleaning and maintenance, potential repairs or replacement parts, and mining pool fees if you’re not mining solo.

Heat and noise are two of the biggest home-mining hurdles. For heat management, prioritize strong ventilation, keep intake air cool, avoid confined spaces, and consider isolating the miner in a garage, shed, or dedicated area with controlled airflow. For noise reduction, choose quieter hardware when possible, place the unit away from living spaces, and consider sound-dampening barriers (without blocking airflow) to cut down on the constant fan noise.

Bitcoin mining also comes with real risks and challenges, including hardware failure, price volatility, potential regulatory changes, rising network difficulty, and the possibility that mining becomes unprofitable if energy costs climb or the market turns.

As for legality, Bitcoin mining is generally legal in the U.S., but rules can vary by state and even by city. Depending on where you live, you may run into zoning constraints, noise limits, utility restrictions or special tariffs, and permitting requirements—so it’s worth checking local regulations before setting up a high-noise, high-draw installation.

If mining at home isn’t a fit, alternatives include joining a mining pool (to smooth payouts), exploring cloud mining (with careful due diligence), or investing indirectly through mining companies rather than running hardware yourself.

With the selection criteria and key makers in mind, explore the leading asic mining hardware below, along with a quick comparison of strengths and trade-offs.

Reviews of Leading Bitcoin Mining Machines

To simplify your decision, we summarized hands-on insights and specs for the most notable miners.

After the runaway success of Bitmain’s Antminer S7 in 2015, the company rolled out the Antminer S19 family.

The lineup includes three models: Antminer T19, Antminer S19, and Antminer S19 Pro.

<table><thead><tr><th>Model</th><th>Hashrate (TH/s)</th><th>Typical Price (USD)</th></tr></thead><tbody></tbody><tbody></tbody><tbody><tr><td>Antminer T19</td><td>About 84</td><td>Around $2,118</td></tr><tr><td>Antminer S19</td><td>Roughly 95</td><td>Not specified</td></tr><tr><td>Antminer S19 Pro</td><td>Near 110</td><td>Approximately $3,769</td></tr></tbody></table>

Antminer S19 Pro: Specs, Noise, and Setup

The flagship of the S19 range reaches up to 110 TH/s, making it one of Bitmain’s most capable sha-256 miners.

Power Supply: Rated at 3,250 W with a tolerance of ±5%.

Noise and Consumption: Expect average operating noise close to 81.4 dB during sustained hashing.

Setup: Using the MinerLink interface, add your mining pool credentials and you’re off. Units auto-resume hashing after power interruptions and connect via Ethernet only.

Temperature: Designed to run between 5–40°C (40–105 Fahrenheit).

Price: Limited chip availability has kept new Antminer S19 Pros in the ~$15,000–$25,000 range, while second-hand units often appear near $13,000. With Antminer S19XP and L7 arriving in 2022 and many commercial miners upgrading, pricing on the S19 series has been easing.

Profitability: Using the same baseline assumptions as for the S19, annual profit can reach roughly $2,000, subject to BTC price and network difficulty.

MicroBT’s responses to Bitmain’s S19 line are the WhatsMiner M30S+ and M30S++.

<table><thead><tr><th>Model</th><th>Hashrate (TH/s)</th><th>Typical Price (USD)</th></tr></thead><tbody></tbody><tbody><tr><td>WhatsMiner M30S+</td><td>Around 100</td><td>Not specified</td></tr><tr><td>WhatsMiner M30S++</td><td>Up to about 112 (±5%)</td><td>Around $3,250</td></tr></tbody></table>

Price and Power: The M30S+ targets around 100 TH/s, placing it near the S19. It’s no longer sold new on MicroBT’s site, so availability is primarily on the secondary market.

Bitcoins/Month (Profitability): Use a Bitcoin mining calculator to estimate returns, factoring in variables like difficulty and pool fees. For example, at $0.12/kWh and a 6.25 BTC block reward, outcomes will hinge on power rates and network conditions.

Power and Noise: The M30S+ draws a bit more power than comparable S19 units and runs near 34 J/TH. Typical noise is about 83 dB.

Temperature: Optimal ambient range is roughly −5 to 35°C (23–95 Fahrenheit), wider than many peers and often helpful for cooler sites.

Price and Power: Priced around $3,250 on MicroBT’s store, the M30S++ offers a compelling alternative to the S19 Pro.

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