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How to Create a Cryptocurrency in 2026 (Step-by-Step Guide)

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How to Create a Cryptocurrency

AI Summary

  • Cryptocurrency development involves designing and launching digital currencies using blockchain technology.
  • This blog post explores the evolution of cryptocurrencies, the steps involved in creating one, and the various types of cryptocurrencies businesses can develop.
  • It discusses the importance of blockchain networks, smart contracts, and tokenomics in the development process.
  • The post also highlights the reasons why businesses are creating their own cryptocurrencies, such as decentralized payments and community incentives.
  • Furthermore, it provides a step-by-step guide on how to create a cryptocurrency, emphasizing the significance of technologies like blockchain frameworks, smart contract languages, and security tools.

Cryptocurrency development refers to the process of designing, building, and launching a digital currency using blockchain technology. It involves creating secure token structures, writing smart contracts, selecting a blockchain network, and building the supporting ecosystem required for transactions, governance, and scalability.

Over the past decade, cryptocurrencies have evolved from experimental digital assets to powerful financial and technological tools. Today, startups, fintech companies, gaming platforms, and enterprises are launching their own cryptocurrencies to enable decentralized payments, incentivize users, and build token-driven ecosystems.

This guide explains how to create your own crypto coin, the technologies involved, the cost of building a digital currency, and the steps businesses follow to launch crypto projects in 2026.

What Is Cryptocurrency Development?

Coin development is the technical process of creating blockchain-based digital assets that can be transferred, stored, and verified on decentralized networks.

According to CoinMarketCap data, the global crypto ecosystem includes more than 36 million cryptocurrencies, with a total market capitalization of around $2.3 trillion as of 2026. This rapid expansion highlights the growing demand for blockchain-powered financial systems, dApps (decentralized applications), and tokenized digital economies.

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A typical cryptocurrency system includes:

  • Blockchain infrastructure
  • Token or coin architecture
  • Smart contracts
  • Consensus mechanisms
  • Wallets and transaction interfaces

These components work together to ensure that digital assets can be securely created, distributed, and exchanged without relying on centralized authorities.

Modern crypto coin development often involves multiple blockchain ecosystems. These networks can be broadly categorized into EVM-compatible (Ethereum Virtual Machine) and non-EVM chains, each offering unique benefits in scalability, security, and developer tooling.

Blockchain Type Primary Language Key Strength / Use Case
Ethereum EVM Solidity Largest smart contract ecosystem and DeFi hub
BNB Chain EVM Solidity Low transaction fees and strong DeFi adoption
Polygon EVM (Layer 2) Solidity Scalable infrastructure for dApps and gaming
Avalanche EVM Solidity High throughput and customizable subnets
Arbitrum EVM (Layer 2) Solidity Optimistic rollup scaling for Ethereum
Optimism EVM (Layer 2) Solidity Low-cost Ethereum transactions
Base EVM (Layer 2) Solidity Fast-growing developer ecosystem
Solana Non-EVM Rust Extremely high transaction throughput
Aptos Non-EVM Move Parallel execution and high scalability
Sui Non-EVM Move Object-centric architecture for speed
Cosmos Non-EVM Go Cross-chain interoperability via IBC
Polkadot Non-EVM Rust Multi-chain architecture using parachains

Each blockchain ecosystem offers different trade-offs in performance, security, developer tools, and ecosystem support. Choosing the right network is an important step when working with a crypto coin development company, as it influences scalability, transaction costs, and long-term project growth. 

Why Businesses and Startups Are Creating Their Own Cryptocurrencies

Many organizations are exploring cryptocurrencies because digital assets enable entirely new economic models. Businesses can build decentralized ecosystems where value can be transferred, rewarded, and managed without relying on traditional financial intermediaries. As adoption continues to grow, cryptocurrencies are being used for payments as well as for community engagement, platform incentives, and digital ownership models.

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Some of the most common reasons businesses launch cryptocurrencies include:

  • Decentralized Payments: Crypto tokens allow instant global transactions without traditional banking intermediaries. Businesses can facilitate faster payments, reduce transaction fees, and enable borderless financial interactions across digital platforms.
  • Community Incentives: Projects often use tokens to reward users, creators, or contributors within their ecosystems. These incentives help build active communities and encourage long-term participation in the platform.
  • DeFi Integration: Cryptocurrencies power DeFi applications that support activities such as lending, staking, liquidity provision, and decentralized trading. This allows projects to create financial services directly within their ecosystems.
  • Tokenized Business Models: Companies can build token-driven ecosystems where digital assets represent platform access, rewards, governance rights, or participation in decentralized networks. This approach allows businesses to align incentives between users, developers, and stakeholders.

As a result, the rise of tokenized platforms and dApps has made cryptocurrency creation an important strategy for many startups, Web3 platforms, and technology-driven businesses.

Top 6 Types of Cryptocurrencies Businesses Can Create

Cryptocurrencies can serve different purposes depending on how they are designed and the ecosystem they support. Understanding the major types of cryptocurrencies helps businesses determine the most suitable model for their project.

1. Payment Cryptocurrencies

Payment cryptocurrencies are designed to function as digital money that enables peer-to-peer transactions across decentralized networks.

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Examples include:

  • Bitcoin
  • Litecoin
  • Bitcoin Cash

These cryptocurrencies focus on fast, secure, and borderless financial transactions.

2. Utility Tokens

Utility tokens provide access to specific products or services within a blockchain ecosystem.

For example, they may allow users to:

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  • Access platform features
  • Pay for services
  • Unlock premium functionalities

Many blockchain platforms launch utility tokens to power decentralized applications.

Not Sure Which Type Of Cryptocurrency Fits Your Project?

3. Governance Tokens

Governance tokens allow holders to participate in decision-making processes within decentralized platforms.

Token holders may vote on:

  • Protocol upgrades
  • Ecosystem changes
  • Treasury allocations

This model is commonly used in decentralized finance platforms.

4. Stablecoins

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Stablecoins are cryptocurrencies designed to maintain a stable value by being pegged to real-world assets such as fiat currencies.

Examples include:

Stablecoins are widely used for trading, payments, and decentralized finance applications.

5. Asset-Backed Tokens

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Asset-backed tokens represent ownership or value linked to real-world assets.

These may include:

  • Real estate
  • Commodities
  • Financial assets

Tokenization allows these assets to be managed and transferred using blockchain technology.

6. Meme Coins

Meme coins are community-driven cryptocurrencies that often originate from internet culture or viral trends.

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Examples include:

While many meme coins start as community experiments, some evolve into large ecosystems with active communities.

How to Create a Cryptocurrency (Step-by-Step)

Launching a crypto requires a structured development process that combines: 

How to Create a Cryptocurrency

  1. Define the Use Case

The first step is identifying the purpose of the cryptocurrency and the problem it aims to solve. The use case determines the technical architecture and token design.

Common types of tokens include:

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  • Payment tokens
  • Governance tokens
  • Utility tokens for platforms
  • Ecosystem reward tokens

Some coin development projects now use AI-driven market analysis tools to evaluate demand, analyze token models, and refine project strategies before development begins.

  1. Choose the Blockchain Network

The blockchain network determines how the cryptocurrency operates, including transaction speed, security, and scalability. Developers may also use AI-assisted analytics tools to compare network performance metrics such as transaction throughput, network congestion, and fee structures.

  1. Develop Smart Contracts

Smart contracts are self-executing programs that define how tokens are created, transferred, and managed on the blockchain.

Examples include:

  • ERC-20 tokens on Ethereum
  • BEP-20 tokens on Binance Smart Chain

These contracts control essential functions such as token minting, transfers, and governance rules. Because smart contracts operate autonomously, they must be carefully coded and audited to avoid vulnerabilities. AI tools are increasingly being used to assist developers in detecting smart contract vulnerabilities and potential security flaws during development.

  1. Design Tokenomics

Tokenomics defines the economic structure of a cryptocurrency and influences how the ecosystem grows.

Key elements include:

  • Total token supply
  • Distribution strategy
  • Incentive mechanisms
  • Governance structure

Some blockchain projects use AI-driven simulation tools to model different token distribution strategies and predict their long-term economic sustainability.

  1. Build the Supporting Infrastructure

A successful cryptocurrency requires an ecosystem that allows users to interact with the token. This infrastructure often includes:

  • Crypto wallets
  • Blockchain explorers
  • Liquidity mechanisms
  • Exchange integrations

AI-powered analytics platforms can also help projects monitor user activity, detect anomalies, and improve ecosystem performance.

  1. Security Testing & Smart Contract Audits

Security is one of the most critical aspects of development. Projects must perform comprehensive testing before deployment. Common security practices include:

  • Smart contract audits
  • Penetration testing
  • Blockchain security reviews

Advanced security teams may use AI-based vulnerability scanning tools to identify potential threats and reduce risks before launch.

  1. Launch and Token Distribution

The final stage involves deploying the token on the blockchain and distributing it to the community or investors. Common launch models include:

  • ICO (Initial Coin Offering)
  • IDO (Initial DEX Offering)
  • Ecosystem reward distributions
  • Private investor allocations

A well-planned launch strategy helps ensure liquidity, adoption, and long-term ecosystem growth.

While these steps outline the core process of launching a digital asset, executing them effectively requires strong technical expertise and blockchain experience. This is why many startups and businesses collaborate with an experienced crypto coin development company when bringing their cryptocurrency to market.

Discover the 7 key insights behind building a successful cryptocurrency.

Technologies Powering Modern Crypto Coin Development

Modern development relies on a combination of blockchain infrastructure, smart contract frameworks, security tools, and data technologies that enable scalable and secure digital asset ecosystems.

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1. Blockchain Frameworks and Protocols

The foundation of any cryptocurrency is the blockchain network that records transactions and maintains the distributed ledger.

Common blockchain technologies include:

  • EVM – the execution environment used by many Ethereum-compatible networks
  • Solana Runtime – designed for high-throughput decentralized applications
  • Cosmos SDK – a modular framework for building custom blockchains
  • Substrate – a flexible framework used to build blockchains within the Polkadot ecosystem

These languages allow developers to implement token standards, automate transactions, and build decentralized applications.

2. Token Standards

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Token standards define how digital assets operate within a blockchain ecosystem.

Common standards include:

  • ERC-20 – the most widely used token standard on Ethereum
  • ERC-721 – used for non-fungible tokens (NFTs)
  • BEP-20 – the token standard used on Binance Smart Chain

In many cases, projects implement token standards like ERC-1155, TRC-20, and SPL tokens to ensure compatibility across various blockchain ecosystems.

3. Smart Contract Languages

Smart contracts define how tokens behave and how transactions are executed on the blockchain.

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Developers commonly use programming languages such as:

  • Solidity – widely used for Ethereum and EVM-based networks
  • Rust – preferred for performance-focused blockchains like Solana
  • Vyper – a Python-like language designed for secure smart contracts

These languages allow developers to implement token standards, automate transactions, and build decentralized applications.

4. Wallet and Infrastructure Integration

Cryptocurrency platforms must integrate with digital wallets that enable users to securely store and transfer assets.

Popular wallet integrations include:

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  • MetaMask
  • Trust Wallet
  • Phantom
  • WalletConnect

Wallet compatibility improves accessibility and ensures seamless interaction with blockchain networks.

5. AI and Data Analytics Tools

Artificial intelligence is increasingly being used to enhance cryptocurrency ecosystems and improve operational efficiency.

AI technologies can support:

  • Blockchain data analytics
  • Fraud detection and transaction monitoring
  • Smart contract vulnerability detection
  • Predictive market insights

By analyzing blockchain data and user activity patterns, AI-driven tools help projects improve security, optimize token ecosystems, and detect potential risks.

6. Security and Smart Contract Auditing Tools

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Security is a critical component of cryptocurrency development. Specialized tools help identify vulnerabilities before deployment.

Common tools include:

  • MythX – smart contract security analysis
  • Slither – static analysis framework for Solidity
  • OpenZeppelin libraries – secure smart contract templates

These tools help developers reduce risks and strengthen the reliability of blockchain applications.

How Much Does Cryptocurrency Development Cost?

The scope of crypto development can vary significantly depending on the project’s goals, architecture, and functionality. From creating a simple token to building a full blockchain ecosystem, each project requires different levels of technical design, security measures, and infrastructure.

Several factors influence the development process, including:

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  • Blockchain Network Selection: The choice of blockchain affects scalability, transaction efficiency, and overall system architecture.
  • Smart Contract Architecture: The complexity of smart contracts determines how the cryptocurrency behaves, including token distribution, governance mechanisms, and automated transactions.
  • Security and Auditing Requirements: Ensuring the reliability of smart contracts and blockchain infrastructure requires comprehensive security testing and professional audits.
  • Platform and Ecosystem Integrations: Many cryptocurrency projects integrate with wallets, exchanges, decentralized applications, and other blockchain services to enhance accessibility and usability.

Because cryptocurrency development involves multiple technical layers, businesses often collaborate with experienced development teams to ensure their digital assets are secure, scalable, and ready for real-world deployment.

Conclusion

Creating a cryptocurrency is no longer limited to large technology firms or early blockchain innovators. Today, startups, fintech platforms, and digital businesses are exploring cryptocurrency development to power decentralized payments, build token-driven ecosystems, and unlock new digital economies. However, building a secure and scalable cryptocurrency requires careful planning, strong blockchain expertise, and the right development strategy. Partnering with an experienced cryptocurrency development company can help transform a concept into a fully functional digital asset while ensuring security, scalability, and seamless ecosystem integration.

With extensive experience in blockchain engineering and token development, Antier works with startups and enterprises to design, develop, and launch secure cryptocurrency projects, helping turn innovative blockchain ideas into practical and scalable solutions. Ready to build your own cryptocurrency? Connect with Antier’s experts today and take the first step toward launching your blockchain-powered digital asset.

Frequently Asked Questions

01. What is cryptocurrency development?

Cryptocurrency development is the process of designing, building, and launching a digital currency using blockchain technology, which includes creating secure token structures, writing smart contracts, and establishing the necessary ecosystem for transactions and governance.

02. What components are typically included in a cryptocurrency system?

A typical cryptocurrency system includes blockchain infrastructure, token or coin architecture, smart contracts, consensus mechanisms, and wallets and transaction interfaces to ensure secure creation, distribution, and exchange of digital assets.

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03. What are EVM-compatible and non-EVM blockchain networks?

EVM-compatible networks, like Ethereum and BNB Chain, support the Ethereum Virtual Machine and offer benefits in scalability and developer tooling, while non-EVM chains provide alternative solutions with unique advantages for specific use cases in cryptocurrency development.

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Polymarket and Palantir team up to protect the integrity of sports betting as prediction platforms face a make-or-break moment

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Polymarket and Palantir team up to protect the integrity of sports betting as prediction platforms face a make-or-break moment

Prediction market platform Polymarket has teamed up with Palantir and TWG AI to build a monitoring system designed to detect suspicious trading and manipulation in sports prediction markets, a move that reflects growing pressure on the fast-growing sector to establish credibility.

The new system will use Palantir’s data infrastructure and TWG AI’s analytics to monitor trading activity across Polymarket markets. The companies say the platform will detect unusual trading patterns, screen participants and generate compliance reports that could be shared with regulators or sports leagues.

Polymarket founder and CEO Shayne Coplan said the goal is to bring “world-class analytics and monitoring to sports markets” while helping leagues and teams maintain confidence in the integrity of games.

The effort reflects a broader challenge facing prediction markets as they move from niche crypto experiments to platforms that increasingly influence public discussion about elections, economics and sports.

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Prediction markets allow users to trade contracts tied to the outcome of real-world events. Because participants put money behind their views, proponents argue the markets can aggregate information efficiently and produce accurate forecasts.

But that same structure creates risks.

Prediction markets have faced criticism in recent years over the possibility that traders with inside knowledge could profit from events before the public becomes aware of them. Markets have emerged around sensitive topics such as policy decisions, military actions, labor strikes and political pardons, raising questions about whether participants might be trading on privileged information.

Carlos Pereira, a general partner at BITKRAFT Ventures, which manages more than $1 billion across investments in gaming, AI and digital assets, said those concerns could become a serious obstacle for the industry if they are not addressed.

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“There has been what seems to be insider trading,” he said. “When you have a market that is new and by consequence a little bit fragile, making the news in negative ways can be dangerous.”

The monitoring system Polymarket is building resembles the kind of surveillance infrastructure used by traditional financial exchanges. According to the company, it will track trading before and after orders are placed, flag coordinated activity and identify traders who may be prohibited from participating.

For prediction market operators, the stakes are partly regulatory. Formal insider trading rules for these markets remain unclear in many jurisdictions, particularly in the U.S., where regulators are still debating how to classify them.

Efforts to strengthen monitoring could help the industry demonstrate that it can police itself.

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Absent those safeguards, Pereira said regulators may feel pressure to intervene more aggressively.

“If markets don’t show they are trying to manage insider trading,” he said, “the odds of regulation becoming harsher and tapering growth would be much higher.”

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CFTC Chair Michael Selig Outlines DeFi, Prediction Market Rulemaking Plans

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Coinbase's Armstrong, Ripple's Garlinghouse among familiar crypto execs in U.S. CFTC advisory group

Calling the U.S. the “crypto capital of the world,” Commodity Futures Trading Commission (CFTC) Chairman Mike Selig updated his agency’s ongoing plans to provide long-awaited regulatory clarity for decentralized finance (DeFi) developers, crypto derivatives and prediction markets.

Speaking this week at the FIA Global Cleared Markets Conference in Boca Raton, Florida, Selig said the U.S. is reclaiming leadership in digital assets through closer coordination between regulators. He said he and the Securities and Exchange Commission (SEC) Chairman Paul Atkins have put an “end to the days of CFTC-SEC infighting by partnering on the Project Crypto initiative.”

During his speech, Selig reiterated the CFTC will issue guidance to clarify how prediction markets, known as event contracts in regulation, can list and trade products under U.S. law and will launch a rulemaking process seeking public input on how the fast-growing sector should be overseen. Prediction markets are no longer a niche and have become a fast-growing ecosystem of trading platforms that allow users to trade contracts tied to elections, economic outcomes and real-world events.

Selig said that because “market participants deserve clarity” the agency intends to assert a more active role in regulating these markets and defending its authority over them amid ongoing legal challenges from several U.S. states. He repeated his sentiment from last month that the CFTC must be seen as the regulator for these markets, and he “will continue to assess litigation strategies to make sure the agency’s voice is heard.”

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DeFi developers and crypto derivatives

The CFTC, he said, also plans to address one of the crypto industry’s most contentious regulatory questions: “For too long, there has been an open question as to whether software providers trigger the CFTC’s registration requirements,” Selig said. “We intend to address this question head-on.”

The agency is also analyzing how U.S. law should treat several crypto trading structures that have historically operated in regulatory gray areas, including leveraged crypto spot trading and standards for margined spot trading on exchanges. Previous Acting Chairman Caroline Pham got started last year on erasing old guidance on “actual delivery” standards from President Donald Trump’s first term so the regulator could write something friendlier to the industry spot-market practices.

The agency has also been addressing the classification of crypto perpetual derivatives, a dominant product in global crypto markets.

Read More: CFTC chief Selig to clear path for U.S. perpetual futures in coming weeks

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The CFTC chairman also pointed to the rise of artificial intelligence (AI) and automated trading systems across digital markets and the need for regulatory frameworks that support innovation in these technologies.

Selig’s comments echo recent statements by NEAR co-founder Illia Polosukhin, who said AI agents will soon be the primary blockchain users, and Coinbase CEO Brian Armstrong, who wrote on X that “very soon there are going to be more AI agents than humans making transactions.”

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Tornado Cash Dev Roman Storm Could Face Retrial

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Tornado Cash Dev Roman Storm Could Face Retrial

A U.S. federal prosecutor has requested to retry the co-founder of the privacy-focused crypto protocol months after he received a mixed verdict.

A United States federal prosecutor has requested to retry Roman Storm, the co-founder of decentralized cryptocurrency mixer protocol Tornado Cash, according to court documents submitted on March 9.

In a letter to U.S. district judge of the District Court for the Southern District of New York, Katherine Polk Failla, U.S. Attorney Jay Clayton said the government wants to retry Storm on two charges.

Back during his highly publicized trial this summer, Storm received a guilty verdict on the lesser of the three charges brought against him — operating an unlicensed money-transmitting business. But the jury was unable to come to a verdict on the other two, namely violating U.S. sanctions and engaging in money laundering.

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The U.S. Attorney said in the retrial request that he expects the trial on the two remaining counts to take three weeks, and asks that it begin in October of this year.

Storm took to X today in response to the retrial request, writing:

“A jury of 12 Americans heard 4 weeks of evidence and deadlocked: no verdict on money laundering, and no verdict on sanctions violations. The government’s response? Try again to make writing code a crime.”

Storm also noted in his X post that if found guilty on the two counts, he could face up to 40 years in prison. He also referenced recent regulatory shifts in the U.S. that have come out in defense of decentralized protocol developers.

Specifically, he noted, a new report from the U.S. Department of the Treasury to Congress this week states, “Lawful users of digital assets may leverage mixers to enable financial privacy when transacting through public blockchains.”

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Also noted by Storm in today’s X post, last March, the U.S. Treasury removed Tornado Cash from its list of sanctioned entities, as The Defiant reported at the time. The protocol had been banned in the U.S. since 2022.

The US v Roman Storm

Tornado Cash is a non-custodial protocol that lets users anonymize their transactions on multiple Ethereum Virtual Machine-compatible blockchains. The platform and Storm personally have received overwhelming support from the crypto industry for their focus on privacy throughout a multi-year legal battle with the U.S. government.

Storm was first indicted by the U.S. government in August 2023. The U.S. Department of Justice alleged that Storm and his fellow co-founder Roman Semenov were aware of the platform’s usage by criminal organizations for laundering illicit funds, and claimed that the two are responsible for more than $1 billion in laundered crypto.

Prosecutors also alleged that the two developers in some cases helped launder funds, “including by laundering hundreds of millions of dollars on behalf of a state-sponsored North Korean cybercrime group sanctioned by the U.S. government,” referring to the notorious Lazarus Group.

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Semenov has yet to face trial for the alleged charges, and remains on the FBI’s wanted list since 2023, when the indictment came out and a federal warrant for his arrest was issued.

In a motion to dismiss filed by Storm’s lawyers in 2024, the developer pleaded not guilty, and argued that he “is a developer, and his only agreement, together with the members of his U.S.-based company, was to build software solutions to provide financial privacy to legitimate cryptocurrency users.”

As the Defiant previously reported, the outcome of Storm’s legal battle could significantly influence the future of DeFi, especially in the U.S., and set a precedent for how responsible DeFi developers are for how users interact with protocols.

Last February, the third founding developer of Tornado Cash, Alexey Pertsev was released from prison to house arrest in the Netherlands, where is serving an over five year sentence for money laundering related to Tornado Cash. He was arrest in 2022 and found guilty in 2024. After his most recent attempt to appeal the decision in June, Pertsev was allowed to remove his ankle monitor, though his movement remains resitricted to The Netherlans and he is unable to work, per an X post from the dev in October.

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In November of last year, the two co-founders of another crypto mixer protocol, Samourai Wallet, were found guilty in a U.S. federal court of “a conspiracy to operate a money transmitting business in which they knowingly transmitted criminal proceeds.”

Samourai Wallet’s Keonne Rodriguez and William Lonergan Hill were sentenced to five and four years in prison, respectively.

This article was generated with the assistance of AI workflows.

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Treasury Report Identifies Technology Tools to Counter Digital Asset Crime

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Treasury Report Identifies Technology Tools to Counter Digital Asset Crime

The report notes that AI, digital identity systems, blockchain analytics, and APIs can be harnessed to fight financial crime.

The U.S. Department of the Treasury has submitted a report to Congress examining how emerging technologies can be used to detect and prevent illicit financial activity involving digital assets. The report was required under the Guiding and Establishing National Innovation for U.S. Stablecoins (GENIUS) Act, signed into law in July 2025.

The report notes that victims reported over $9 billion in digital asset-related fraud losses to the FBI in 2024, with investment scams accounting for $5.8 billion, a 47 percent increase over the prior year. North Korean cybercriminals stole at least $2.8 billion in digital assets between January 2024 and September 2025, including $1.5 billion from Bybit in February 2025. Meanwhile, ransomware payments, predominantly made in digital assets, totaled approximately $734 million in 2024.

The report also examines the use of cryptocurrency mixers and similar obfuscation tools, finding that roughly $1.6 billion in deposits to major cross-chain bridges between 2020 and 2025 originated from mixing services.

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To address these risks, Treasury identified four key technologies for broader adoption by financial institutions: artificial intelligence for transaction monitoring and fraud detection; digital identity tools to reduce onboarding fraud; blockchain analytics to trace suspicious activity; and application programming interfaces (APIs) to improve interoperability across compliance systems.

On decentralized finance (DeFi), the report recommends that Congress clarify which DeFi participants should be subject to anti-money laundering obligations.

Treasury acknowledged barriers to adoption, including high costs for smaller institutions and regulatory uncertainty, and committed to issuing new guidance, partnering with NIST on technical standards, and pursuing legislative options, including potentially allowing institutions to temporarily freeze digital assets suspected of involvement in illegal activity.

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ETH Needs to Reclaim This Key Level to Reignite Sustainable Rally

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ETH Needs to Reclaim This Key Level to Reignite Sustainable Rally

Ethereum is still trading within a broader bearish structure, but the recent price action shows signs of short-term stabilization above a key support zone. After the sharp selloff seen in early February, ETH has managed to base around the $1,800 area, and buyers are hoping for another push higher, although the market still needs a stronger breakout to confirm a more meaningful recovery.

Ethereum Price Analysis: The Daily Chart

On the daily chart, ETH remains below the 100-day and 200-day moving averages, which keeps the higher timeframe trend tilted to the downside. The asset is also still trading inside a descending channel, while the $2,400 and $2,800 zones continue to act as the main resistance barriers on any larger rebound.

At the same time, the market has been holding above the blue demand region around $1,800 to $1,700, which is currently the most important support range. As long as ETH stays above this area, the structure can remain constructive in the short term, but a daily reclaim of the $2,400 region is still needed to suggest that the broader bearish pressure is starting to weaken.

ETH/USDT 4-Hour Chart

On the 4-hour chart, ETH is gradually moving higher from the late February lows and is now pressing toward the $2,150 resistance level once again. The formation of a rising short-term trendline from the recent swing lows also points to improving momentum, while the RSI has pushed back above the midline and supports the case for a stronger recovery attempt.

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Still, the price has not broken out yet, and the $2,150 level remains the key trigger in the near term. A clean move above it could open the way toward the $2,400 supply zone, while another rejection would likely keep ETH stuck inside its current range and send it back toward the $1,800 support levels.

On-Chain Analysis

From an on-chain perspective, Ethereum’s exchange reserve continues to trend lower and has now dropped to around 16.1 million ETH, which is a notable long-term bullish signal. The persistent decline suggests that more coins are being moved away from exchanges, typically reflecting lower immediate sell pressure and a stronger preference for holding rather than distributing.

That said, the exchange reserve trend is a supportive background factor rather than a direct timing signal. In the short term, ETH still needs price confirmation through a breakout above nearby resistance, but the continued drawdown in exchange balances does strengthen the idea that downside pressure may be more limited than before if demand starts to improve.

 

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Societe Generale-FORGE Deploys MiCA-Compliant EURCV Stablecoin on Stellar

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Europe, United States, European Union, Stablecoin, MiCA, Genius Act

Societe Generale-FORGE, the crypto arm of French banking company Societe Generale, has deployed its euro-denominated stablecoin on the Stellar blockchain, completing a multichain expansion first announced in 2025.

The stablecoin, known as EUR CoinVertible (EURCV), is designed to comply with the European Union’s Markets in Crypto-Assets (MiCA) framework and represents a tokenized euro issued by the company for use in digital asset markets.

According to the company, the Stellar deployment is intended to broaden the stablecoin’s use across blockchain-based financial applications and tokenized asset services.

SG-FORGE said Stellar offers high transaction throughput, low network fees and built-in support for tokenized assets. The network also includes a decentralized exchange that allows users to trade digital assets directly onchain.

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Societe Generale-FORGE first launched the EUR CoinVertible (EURCV) stablecoin on Ethereum in April 2023. The stablecoin is fully backed by reserves consisting of bank deposits and high-quality liquid assets on a one-to-one basis, and has a current market cap of around $452 million, according to DefiLlama data.

The development comes weeks after SG-FORGE deployed EUR CoinVertible on the XRP Ledger, then marking the token’s third blockchain network after Ethereum (ETH) and Solana (SOL).

In January, the stablecoin was used by global banking network SWIFT in a pilot that demonstrated the exchange and settlement of tokenized bonds using both fiat and digital currencies.

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Related: Stablecoin payments startup Kast raises $80M at $600M valuation: Report

European stablecoin push

Despite growing interest in euro-denominated tokens, the stablecoin market remains dominated by US dollar-backed assets. Tether’s USDT (USDT) holds a market capitalization of about $185 billion, representing nearly 60% of the sector, while Circle’s USDC (USDC) accounts for roughly $78 billion.

Adoption of digital dollars accelerated in the US after the GENIUS Act passed in July 2025, providing regulatory clarity for stablecoin issuers. Total market capitalization has climbed from around $260 billion on July 20 to more than $314 billion today, per DefiLlama data.

Meanwhile, Europe has taken a more restrictive regulatory approach. The European Union’s MiCA framework introduced new rules for stablecoin issuers in June 2024, requiring companies operating in the European Economic Area to obtain an e-money license in at least one EU member state.

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Europe, United States, European Union, Stablecoin, MiCA, Genius Act
Stablecoin market cap. Source: DefiLlama

The regulation prompted several exchanges, including Coinbase, OKX, Bitstamp, Uphold and Binance, to remove or restrict support for stablecoins that had not secured authorization under the framework. Tether also decided it would discontinue its euro-pegged stablecoin EURT.

In November, European Central Bank officials warned that the growth of US dollar–backed stablecoins could weaken Europe’s monetary sovereignty by increasing reliance on dollar-denominated digital assets.

Magazine: The debate over Bitcoin’s four-year cycle is over: Benjamin Cowen