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The Satoshi Fortune

At Whale Alert we analyze and report interesting blockchain transactions and for Bitcoin there is no subject more interesting and mysterious than the founder known by the alias Satoshi Nakamoto. We were able to make the most accurate estimate of the number of blocks mined and bitcoins owned by Satoshi: 1,125,150 bitcoin mined up to block 54,316 with an estimated total value of the unspent bitcoin of at least $10.9 billion USD in today’s market. In addition to the size of his fortune we were also able to deduce the purpose of the Patoshi miner: to defend the young network from attacks.

Central to the workings of the Bitcoin network is mining, which ensures transactions are safely executed. In order for a transaction to be processed, one of the many miners needs to bundle it in the block they have mined. The strength of the Bitcoin network is positively correlated to the number of miners: more miners means a safer network that is more reliable and more resilient to attacks. Very simply put, mining is a guessing game in which the participants simultaneously try to guess a huge number. The winner gets to mine the block and claim the block reward (50 bitcoin per block in the early days)and, in addition to the transactions, other details related to the mining process, like the nonce and extranonce values (used by the miner during the mining process), are added to the block. In 2013 Sergio Demian Lerner discovered that there was a distinct pattern visible in this extranonce value in the coinbase transaction (the transaction in which the rewarded bitcoin for mining a block is created) of each block.

Figure1 shows the extranonce values at a block heights below 20,000 with each block represented by a dot and creating a distinct saw like pattern. Lerner argued that the diagonal lines are created by miners using the publicly released standard bitcoin software: the straight lines they leave behind are the result of the miner incrementing the extranonce either during their own mining process or each time a new block is mined on the network. The distinct saw pattern is created by resetting the extranonce value to zero which happens whenever a miner is restarted. The almost vertical lines in the graph have been attributed to a miner that Lerner named Patoshi. We know for certain that Patoshi was operated by Satoshi, because its pattern emerges at the very birth of the network and it mined the block that created the bitcoins sent to Hal Finney. Lerner found additional proof for his claims in the nonces (another value used in the mining process that is also stored in each block, but is different from the extranonce) of the blocks mined by the Patoshi miner: the last byte of the nonce was always within the ranges of 0 to 9 or 19 to 58 whereas all other miners used the full range of 0 to 255. This discovery made it easier to attribute blocks to Patoshi by removing the ones with nonces outside of the range. However, attributing blocks remained difficult at the intersections of Patoshi and standard miner patterns, especially past block 20,000 after which the number of active miners increased greatly.

We suspected that the limited range of the last byte of the nonces was the result of work being divided over a number of computers or CPU cores, with each one using a different number to prevent duplication of work. With this in mind we checked if there was any variation within the range itself as a result of mining capacity being added or removed and we found that it indeed changed over time. For instance, the range [0–9][19–58] was only used during the first 18,015 blocks and was then reduced to [0–9][19–48] until block 21308 with the same happening for later block periods (ranges per block period listed in table below) (Similar findings have been described in this anonymous blog). Our research also revealed some interesting new details: between blocks 21,467 and 25,777 the range [0–9] was only used at the start of each Patoshi chain (each chain being a single run of the miner, and thus a single line in the above graph) and the number 39 was only used sporadically. Between blocks 25,811 and 54,316 the number 29 is missing entirely from some chains. These anomalies could indicate that certain computers or cores were defective or turned off during these periods. These findings allowed us to exclude even more blocks that were not mined by Satoshi and provided us with a clearer image (see figure above) which was especially valuable at higher block heights where the mining activity on the network increased drastically.

The improved attribution of Patoshi blocks allowed us to accurately determine the average mining speed for Satoshi’s miner and surprisingly we found that changes in the nonce ending range did not correlated to changes in mining speed: the average mining speed stayed incredibly constant for long periods of time. For example, for the entire range of blocks between height 2,000 and 16,000 the average number of blocks mined by Patoshi per hour was almost exactly .6 per 10 minutes, even though the number of miners varied greatly during this period. From the data it is apparent that the Patoshi miner adjusted its speed between blocks to maintain the average; when a Patoshi chain was creating more than .6 blocks/10 minutes, the block time for the following Patoshi block was on average lower and vise versa. There are two reasons why Satoshi would want to maintain this average: first, he saw 51% attacks as the biggest threat to the growing network and by maintaining a constant 60% of the processing power he could prevent these from happening while leaving enough blocks for others to mine. As more “honest” miners joined the network and a 51% attack became less likely, Satoshi was able to gradually scale down his mining activities. Second, Satoshi stated that the ideal block time was around 10 minutes and by controlling enough processing power it was possible to artificially keep the block time around this time when there was not enough or too much activity on the network. We suspect that Patoshi was comprised of at least 48 computers, with one machine for coordination and more on standby in case of an attack, which would explain the missing range of [10–18]. As soon as Satoshi deemed the network strong enough he reduced Patoshi’s blocks per 10 min target to give others a better chance at mining a block.

Knowing the changing nonce ranges allowed us to attribute more blocks to Satoshi and with higher certainty: an estimated 22,503 out of the first 54,316 blocks mined. For 50 of these blocks the coinbase transactions (or mining rewards) have been spent, one of which certainly by Satoshi in a transaction of 10 BTC to Hal Finney. 31 of the spent blocks are possible false positives, meaning they matched the Patoshi ‘fingerprint’ by chance and belong to a different miner. We are confident that 18 of the spent blocks belonged to Satoshi, making the total spent by Satoshi 907 BTC (price per BTC was less than $0.01 USD at the time of these transactions) and leaving 1,122,693 BTC unspent.

The goal of this research was not only to find out how much, but also why Satoshi was mining in this particular manner. Did Satoshi stop mining with the Patoshi miner after block 54,316? It is impossible to know whether the mining software was changed and became undetectable as a result or if Satoshi continued mining using the publicly available mining software. There are some anomalies found in higher blocks like the over-representation of nonces ending in [0–9] after block 70,000 and a strange pattern using the same ranges between block 109,500 and 112,500, but at the moment it is safe to say that the Patoshi miner was turned off in May 2010. The timing of the shutdown, the mining behavior, the systematic decrease in mining speed and the lack of spending strongly suggest that Satoshi was only interested in growing and protecting the young network. The bitcoin mined by Patoshi were possibly a mere byproduct of these efforts and it is unlikely that the remainder will ever be spent, although the question remains why Satoshi didn’t simply burn them in this case. Our findings do not exclude the possibility that Satoshi was also running a miner using the publicly released software, if only for testing purposes, and we believe it is likely that at least one of the non-Patoshi patterns belongs to Satoshi as well.

Note: according to our research the following blocks have been mined and spent by Satoshi: 9, 286, 688, 877, 1760, 2459, 2485, 3479, 5326, 9443, 9925, 10645, 14450, 15625, 15817, 19093, 23014, 28593 and 29097.

https://whale-alert.medium.com/the-satoshi-fortune-e49cf73f9a9b

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🚨 A Senior UAE Official Has Forecasted...👀

🇦🇪 The United Arab Emirates has taken a decisive step that the United States has been reluctant to pursue.

👉 “Within the next two years, cryptocurrency will be used more frequently than traditional currencies like the dollar or dirham, even for everyday purchases such as coffee and groceries.” 🏦☕🛒

It is worth noting which cryptocurrencies offer transaction fees that are virtually negligible. 😏

The official further stated: “Mark my words, I believe in actions, not just words.”

00:01:00
The Digital Euro 🇪🇺 Is Ready 💶🌍 Via XRP &XLM

The legislative process is complete, and the Digital Euro 🇪🇺 is ready for real time use and October 2025 is the big roll out.

Around this time Europe will also be releasing their
•Request2pay
• SEPA credit transfer rulebook
•PSD3 instant payments
•Verification of payee
•TIPS multi-currency phase 1

The Digital Euro will be minted on #XRPL and #Stellar

OP: MRMANXRP

00:00:27
Tesla isn’t aiming to simply compete with Uber 👀

Tesla isn’t aiming to simply compete with Uber—they’re building an “Airbnb for cars.” Elon Musk has explained that Tesla will soon launch a self-driving fleet sourced from both company-owned vehicles and customer-owned Teslas that can be “rented out” when parked.

Unlike Uber, which connects riders with human drivers, or Airbnb, which matches guests with spare bedrooms, Tesla’s model will match passengers with autonomous vehicles. This eliminates the middleman, extra fees, and gives Tesla full control over hardware, software, data, and payments.

This approach signals a broader shift: the next wave of AI will be about physical agents that move goods and people, manage logistics, and even energy grids. Companies that control the entire technology stack—from chips to cloud to real-world deployment—won’t just disrupt existing industries; they’ll rewrite the rules of asset ownership and revenue sharing.

Ultimately, this means rethinking every business model built on ...

00:01:21
👉 Coinbase just launched an AI agent for Crypto Trading

Custom AI assistants that print money in your sleep? 🔜

The future of Crypto x AI is about to go crazy.

👉 Here’s what you need to know:

💠 'Based Agent' enables creation of custom AI agents
💠 Users set up personalized agents in < 3 minutes
💠 Equipped w/ crypto wallet and on-chain functions
💠 Capable of completing trades, swaps, and staking
💠 Integrates with Coinbase’s SDK, OpenAI, & Replit

👉 What this means for the future of Crypto:

1. Open Access: Democratized access to advanced trading
2. Automated Txns: Complex trades + streamlined on-chain activity
3. AI Dominance: Est ~80% of crypto 👉txns done by AI agents by 2025

🚨 I personally wouldn't bet against Brian Armstrong and Jesse Pollak.

👉 Coinbase just launched an AI agent for Crypto Trading
XRP Just Got Major Boost – $300 Million Webus Investment Incoming 🚀

XRP received a significant push this week after Webus International Limited confirmed its plan to invest up to $300 million into the digital asset. The funds will be used to create a strategic XRP reserve and accelerate the development of blockchain infrastructure to support the company’s global mobility services.

According to Whale Insider (@WhaleInsider), Webus is preparing to acquire XRP as part of a broader plan to expand internationally and upgrade its payment systems. This move ensures that XRP plays a key role in Webus’s ongoing expansion.

The firm aims to obtain $300 million in funds by borrowing money from banks, using credit lines issued by institutions, and with support from its shareholders. The funds will be invested in building an XRP-based payment network that intends to reduce the delays and charges of international transactions.

Webus CEO Nan Zheng explained that this move would reduce some of the difficulties commonly associated with cross-border payments. The business also plans ...

Ripple-Backed Hidden Road Unveils Crypto OTC Swaps Platform For US Institutions 👀

The digital asset infrastructure provider Ripple is gradually actualizing its vision of becoming a powerhouse for institutional liquidity flows. The firm’s recently acquired prime brokerage platform, Hidden Road, has launched a crypto over-the-counter (OTC) service for institutions in the U.S.

According to an official release from Hidden Road, the brokerage will enable U.S. institutional clients to settle OTC swaps across leading cryptocurrencies with cash.
Hidden Road to Service U.S. Institutions
Institutions often use OTC trades to execute large transactions privately rather than on exchanges. This is to prevent huge price swings on open markets.

Hidden Road said its Financial Conduct Authority-regulated United Kingdom arm, Hidden Road Partners CIV UK Ltd., will handle the operations of the new OTC Swaps product alongside several crypto cross-margining and financing services.

Michael Higgins, International CEO and Global Head of Corporate Development for Hidden Road, said: “The United States ...

$VELO ALERT: The integration of Shopify into Sanity’s headless CMS

Check this out... Talk about UTILITY! 👇

The integration of Shopify into Sanity’s headless CMS—especially under the OmniPoints umbrella—signals a massive step toward seamless, scalable commerce.

When you combine $VELO with a content platform trusted by giants like Puma, AWS, and #Google Cloud, AND you unlock compatibility with one of the world’s biggest e-commerce solutions (Shopify), you’re looking at exponential reach for both merchants and users.

If OmniPoints can truly bridge $VELO with Sanity-powered Shopify stores or POS systems, it’s not just an incremental upgrade—it’s opening the door to real-world utility and mass adoption potential. Imagine frictionless crypto payments, loyalty points, and dynamic content all managed in one flexible ecosystem. The potential for onboarding merchants is enormous!

Keen to hear more updates from the team—this is definitely one to watch. 🔥 GOT #VELO?

https://x.com/Omni_Points/status/1928437991095345590

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🚀Comprehensive Overview of Reggie Middleton's Patents
Pioneering Innovations in Decentralized Finance and Blockchain Technology

Key Takeaways

  • Innovative DeFi Solutions: Reggie Middleton has developed groundbreaking technologies that facilitate trustless and low-trust value transfers, revolutionizing decentralized finance.
  • Robust Patent Portfolio: His patents cover a wide range of applications, including blockchain infrastructure, peer-to-peer transactions, digital asset security, and regulatory compliance.
  • Legal and Market Impact: Middleton's patents have significant legal standing, demonstrated by successful defenses against challenges and high-profile lawsuits, positioning him as a key player in the FinTech industry.

Introduction

Reggie Middleton is a distinguished innovator in the fintech and blockchain sectors, recognized for his extensive portfolio of patents that address critical challenges in decentralized finance (DeFi) and trustless value transfers. His work has been instrumental in advancing blockchain technology, enhancing security, scalability, and accessibility within decentralized ecosystems.

Overview of Reggie Middleton's Patent Portfolio

Trustless Value Transfer Systems

Middleton's patents in this category focus on enabling secure transactions between parties with minimal or no trust. Utilizing advanced cryptographic protocols and blockchain technology, these systems eliminate the need for intermediaries, thereby reducing costs and increasing transaction efficiency.

Mechanisms and Applications

His innovations include systems for decentralized exchanges, peer-to-peer lending platforms, and digital marketplaces. An exemplary application is the facilitation of currency exposure hedging, allowing users to swap risks (e.g., AUD/USD) via Bitcoin without prior trust between parties.

Blockchain Infrastructure Enhancements

Middleton has developed solutions that address scalability, interoperability, and consensus mechanisms within blockchain systems. These enhancements are crucial for handling high transaction volumes and ensuring seamless interaction between different blockchain networks.

Key Innovations

His patents introduce scalable blockchain infrastructures capable of supporting enterprise-level applications and multi-chain platforms. By improving consensus algorithms, Middleton's work ensures faster and more secure transaction validation processes.

Peer-to-Peer Transactions

The patents in this domain enable direct asset exchanges, such as cryptocurrencies and non-fungible tokens (NFTs), through smart contracts and decentralized networks. These innovations are foundational for modern DeFi platforms and decentralized governance systems.

Practical Implementations

Middleton's technologies facilitate seamless peer-to-peer transactions, enhancing user autonomy and reducing dependency on centralized institutions. This is particularly evident in decentralized exchanges and governance frameworks where direct asset management is paramount.

Digital Asset Security

Ensuring the security of digital assets is a cornerstone of Middleton's patent portfolio. His solutions include advanced storage systems and multi-signature wallets designed to protect against cyber threats and unauthorized access.

Security Solutions

Implementing cold storage systems and multi-signature protocols, Middleton's patents provide robust defenses against potential security breaches, safeguarding cryptocurrencies and other digital assets from malicious attacks.

Regulatory Compliance and Central Bank Digital Currencies (CBDCs)

Middleton's patents also address the growing need for regulatory compliance within digital financial systems. His frameworks for issuing and managing CBDCs align with existing regulatory standards, facilitating the integration of government-backed digital currencies into the broader financial ecosystem.

Compliance Frameworks

These technologies ensure that digital currency systems adhere to legal requirements, enabling smoother adoption and acceptance by both financial institutions and regulatory bodies.

Legal and Market Impact

 

Patent Enforcement and Legal Challenges

Reggie Middleton has actively defended his intellectual property, most notably filing a $350 million lawsuit against Coinbase Inc. for alleged patent infringement. The Patent Trial and Appeal Board (PTAB) has upheld the validity of his patents, denying Coinbase's Inter Partes Review (IPR) petition, thereby reinforcing the strength and enforceability of his patent claims.

Market Position and Influence

Middleton's patents are considered some of the most powerful in the FinTech industry, covering essential technologies that underpin DeFi and blockchain operations. With approximately 90% of blockchain patent applications typically rejected by the USPTO, Middleton's successful patents distinguish him as a leading innovator in the space.


Future Directions

Integration of AI in Decentralized Systems

While current patents focus on human-driven transactions, the foundational technologies developed by Middleton provide a robust framework for future integration of artificial intelligence (AI). Potential applications include automated trading systems, intelligent asset management, and enhanced decision-making processes within DeFi platforms.

Expansion into Global Markets

With patents protected in multiple jurisdictions, including the U.S. and Japan, Middleton is well-positioned to expand his technological solutions globally. This expansion will likely involve adapting his systems to comply with diverse regulatory environments and addressing region-specific financial challenges.


Detailed Patent Analysis

Technological Innovations

Middleton's patents encompass a range of technological advancements designed to enhance the functionality and security of decentralized financial systems. These include but are not limited to:

  • Proof of Stake (PoS) and Proof of Work (PoW) Enhancements: Improved algorithms for validating transactions and securing blockchain networks.
  • NFT Transfer Mechanisms: Secure and efficient methods for transferring non-fungible tokens, ensuring authenticity and ownership integrity.
  • Adaptive Security Protocols: Systems that dynamically adjust security measures based on transaction parameters and threat assessments.

Scalability and Interoperability

Addressing scalability, Middleton's patents introduce solutions that enable blockchain networks to handle increased transaction volumes without compromising performance. Additionally, his work on interoperability protocols facilitates seamless communication and transaction processing across different blockchain platforms, fostering a more integrated and efficient decentralized ecosystem.

Regulatory Alignment

In response to the evolving regulatory landscape, Middleton has developed frameworks that ensure digital financial systems comply with existing laws and standards. This alignment is crucial for the widespread adoption of decentralized finance solutions and the issuance of Central Bank Digital Currencies (CBDCs).

Conclusion

Reggie Middleton stands out as a pivotal figure in the FinTech and blockchain industries, with a patent portfolio that not only addresses current technological challenges but also lays the groundwork for future advancements in decentralized finance. His innovations in trustless value transfers, blockchain scalability, and digital asset security have significant implications for the financial ecosystem, reinforcing the importance of robust intellectual property in driving technological progress. Through sustained legal defense and strategic market positioning, Middleton continues to influence the direction and adoption of decentralized financial systems globally.

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⚖ SEC: many crypto staking services aren’t securities ⚖

The Securities and Exchange Commission (SEC) yesterday clarified that most staking services don’t involve securities, resolving a major uncertainty that has hung over the crypto industry. The guidance provides regulatory clarity for major platforms like Coinbase, Kraken, and Lido, which collectively handle billions in staked assets.

The ruling removes a regulatory cloud that has limited institutional adoption of staking services. Without this clarity, staking service providers faced potential enforcement action and costly compliance requirements designed for traditional securities.

Blockchain staking typically involves locking tokens to secure the network and earning a reward in return. The least contentious option would be someone who operates a node themselves, keeping custody of their assets and staking directly.

However, there’s been a major question mark hanging over staking-as-a-service, in which a third party performs the staking on behalf of the token owner. This is hugely popular because on Ethereum the minimum staked amount is 32 ETH (over $80,000 at current prices) and doing it yourself requires appropriate hardware and technical knowledge.

How the SEC reached its decision

For assets that aren’t obviously securities, the Howey legal test is used to establish whether there’s an “investment contract.” A key test is whether the return is dependent on the entrepreneurial efforts of someone other than the investor.

Applying this test to staking services, the SEC concluded that the staking service provider is simply providing an “administrative or ministerial activity” rather than an entrepreneurial one and doesn’t set the rate of return earned by the investor, although they deduct fees.

The SEC takes the same view whether the investor retains custody of their tokens or the service provider additionally provides custody. If a custodian is involved, the note only covers the situation where the investor chooses how much to stake.

However, the devil is in the details. For example, the opinion does not cover liquid staking (where the token holder receives another token while the main tokens are locked), re-staking or liquid re-staking.

One commissioner strongly disagrees

This interpretation faces significant pushback from Democrat Commissioner Caroline Crenshaw, who noted that these are simply staff opinions and don’t affect the law. She went as far as saying that in authoring the note, the Division of Corporate Finance was channeling the adage “fake it ’till you make it.”

In her view, the note inadequately justified the legal interpretation and she believes the conclusions conflict with the law. However, she acknowledged that certain bare bones staking programs may not involve an investment contract.

Since the change in administration, the SEC has published several staff notes related to digital assets, the first of which clarified that solo and pooled mining for proof of work blockchains will generally not be considered to involve securities.

While this is staff guidance rather than formal regulation, it signals the SEC’s likely enforcement approach under the new administration. It marks a significant shift in how crypto staking will be regulated, though the strong dissent suggests this interpretation could face challenges if the political landscape changes again.

The newly proposed digital asset legislation, the CLARITY Act, doesn’t explicitly cover staking. However, it includes explicit regulatory relief regarding blockchain-linked tokens, making such guidance less vulnerable to future political shifts by providing statutory protections for digital commodities that meet specific criteria.

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XRPL Unleashes Batch Power—What’s Hidden in the 2.5.0 Rollout?
XRPL prepares for its 2.5.0 upgrade, introducing batch transactions and advanced features to challenge Ethereum and Solana.

Highlights:

  • XRPL is preparing to release version 2.5.0 in June with several major feature upgrades.
  • The new XLS-56 feature allows users to group up to eight transactions in a single batch.
  • Batch transactions support atomic swaps and enable smart transaction dependency logic.
  • XRPL is also testing features like Account Permission Delegation and Dynamic NFTs.
  • Smart Escrows is currently being evaluated on the WASM Devnet for future release.

The XRP Ledger (XRPL) has confirmed integrating a major XLS-56 feature in preparation for the upcoming 2.5.0 upgrade. This release, scheduled for June, introduces batch transactions and supports future scalability. As XRPL aims to enhance performance, it moves to compete directly with Ethereum and Solana.

XLS-56 Brings Batch Transactions and Atomic Swaps to XRPL

XRP Ledger now includes the XLS-56 amendment, which enables users to group up to eight transactions in a single batch. This batch feature supports atomic swaps and smart transaction dependencies across the XRPL ecosystem. Consequently, it streamlines transaction processes and optimizes blockchain functionality.

Integrating batch transactions will support XRPL-based monetization and peer-to-peer NFT trading on a broader scale. With more efficient bundling, developers can execute advanced logic while keeping operational costs low. The upgrade demonstrates XRPL’s strategy to reduce complexity and promote seamless operations.

RippleX Senior Software Engineer Mayukha Vadari confirmed this integration through an announcement on X. She emphasized the technical breakthrough in batch processing in XRPL 2.5.0. After testing, the feature will be live once the amendment receives full validator approval.

Testing Begins for Next-Gen Blockchain Tools

Alongside batch processing, XRPL is testing additional features for phased deployment across the network. These include Account Permission Delegation, Multipurpose Tokens, Credentials, Permissioned Domains, and Dynamic NFTs. Each feature is being refined through XRP Ledger’s Devnet and Testnet environments.

The Devnet includes completed amendments that are still pending release, while the Testnet mirrors the mainnet for simulation. These networks allow developers to review feature behavior before final mainnet integration. This structured process ensures that XRPL can maintain reliability while deploying innovations.

Smart Escrows is another addition currently undergoing testing on the WASM-based Devnet. The tool aims to enhance asset handling with programmable conditions on XRPL. Once validated, this feature will expand XRPL’s smart contract capabilities.

XRPL Faces Competition from Ethereum and Solana in Upgrade Race

The XRP Ledger upgrade emerges when Ethereum prepares for its Pectra release and Solana advances with Alpenglow. Each platform is racing to improve network performance, though XRP Ledger focuses on reducing costs and enhancing functionality. Meanwhile, Ethereum and Solana prioritize scalability and speed.

XRPL’s approach includes integrating AI-powered tools like XRPTurbo to strengthen DeFi automation and utility. These enhancements position XRPL as a versatile ledger for financial and decentralized services. The upgrade aligns with long-term goals of supporting advanced applications and high-throughput demands.

XRPL continues to refine its core infrastructure with performance, modularity, and stability as key priorities. With XLS-56 now integrated, the ledger can support more complex transaction workflows. XRPL’s roadmap reflects a clear commitment to expanding use cases across its decentralized environment.

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