Australian Tax Office Requests Data from 1.2 Million Crypto Exchange Users

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Australian Tax Office Requests Data from 1.2 Million Crypto Exchange Users

Australia’s tax office reportedly seeks personal information and transaction details from up to 1.2 million cryptocurrency exchange users to crack down on potential tax evasion related to crypto trading.

According to a notice issued last month, the Australian Taxation Office (ATO) aims to identify traders who may have failed to fulfil their tax obligations on cryptocurrency trades, as reported by Reuters.

The data sought includes users’ personal information, such as date of birth, social media accounts, phone numbers, and transaction-related details like wallet addresses, types of coins traded, and bank account information.

Unlike other foreign currencies, cryptocurrencies are considered taxable assets by Australian regulators. This means traders must pay capital gains tax on profits from selling crypto assets.

This move by the ATO comes at a time when cryptocurrency investors are seeing significant profits. Since the beginning of the year, Bitcoin has surged by over 44%, while Ether has risen by 32% year-to-date (YTD).

According to TradingView data, the market capitalization of top altcoins, excluding Bitcoin and Ether, has also increased by over 27% YTD.

The ATO’s notice highlighted the complex nature of the cryptocurrency space, suggesting that the ability to purchase crypto assets using false information might attract those seeking to evade tax obligations.

Australia is not the only country stepping up efforts to collect unpaid taxes on digital asset gains. In Canada, the Canada Revenue Agency (CRA) is currently conducting over 400 crypto-related audits and investigating hundreds of crypto investors to recover unpaid taxes.

The Turkish government is also expected to introduce crypto-related legislation later this year, providing a legal framework for crypto taxes in the country with a significant crypto economy.

In the United States, regulators are considering raising the long-term capital gains tax rate to 44.6% for investors earning over $1 million a year. Additionally, a 25% tax on unrealized gains is proposed for ultra-high-net-worth individuals.

Bitcoin Mining Revenue Hits Yearly Low Following Fourth Halving Event

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In May, Bitcoin mining revenue significantly dropped as the effects of the fourth Bitcoin halving event took hold.

The halving mechanism, designed to limit the total issuance of Bitcoin to 21 million, saw mining rewards reduced from 6.25 BTC to 3.125 BTC on April 20.

While the launch of Bitcoin Runes and initial hype around the halving temporarily sustained miners’ earnings, May saw a notable decline.

According to data from Blockchain.com, on May 1, total revenue from block rewards and transaction fees hit a new low of $26.3 million, down from an average of $6 million per day before the halving.

This decline continued throughout May, signalling a new normal in Bitcoin mining revenue.

Although mining revenue reached an all-time high of over $107 million on April 20, miners worldwide have had to strategize to remain profitable in the post-halving era.

Miners have upgraded their equipment and operations to maintain profitability.

CryptoQuant CEO Ki Young Ju estimated that Bitcoin needs to stay above $80,000 to remain profitable post-halving.

Despite these efforts, Bitfarms, a major Bitcoin mining firm, recorded its lowest monthly earnings in over two years in April, prompting them to triple their hash rate with a $240 million investment in new mining equipment.

KfW Ventures into Blockchain Territory with Digital Bond

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Germany’s state-owned bank, Kreditanstalt fur Wiederaufbau (KfW), is gearing up to launch its first-ever blockchain-based digital bonds. This move marks a significant step towards embracing blockchain technology within traditional financial institutions. It is expected to provide a transformational option for investors, enabling them to engage with the traditional bond market digitally.

According to a Bloomberg report, KfW’s Treasurer, Tim Armbruster, expressed his enthusiasm about the development, stating, “We believe that digitalization will be advantageous in increased efficiency and scalability. With the issuance of a blockchain-based bond, we aim to attract as many investors as possible, taking the next big step in our digital journey.”

KfW plans to commence discussions with European institutional investors in the coming weeks before the bond’s official launch. Union Investment, the investment arm of the DZ Bank Group, is reportedly lined up as an anchor investor.

Although the bond will utilise blockchain technology, KfW will maintain traditional payment processes. The transaction is anticipated to be completed during the summer months. However, whether KfW will use public blockchain networks for digitization or develop its private blockchain solution remains unclear.

DZ Bank, Deutsche Bank, LBBW, and Bankhaus Metzler collaborate as joint bookrunners in this initiative. German fintech firm Cashlink Technologies will serve as the crypto securities registrar. The bond, expected to mature in December 2025, will have a minimum size of €100 million ($108 million), as reported by sources familiar with the matter.

This development signifies a significant move towards integrating blockchain technology within traditional financial institutions, emphasising the potential for enhanced efficiency and scalability in the bond market.

Decade-Long Dormant Bitcoin Address Awakens, Transfers $43.9 Million

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A Bitcoin address, dormant for over a decade and dating back to the time of Satoshi Nakamoto, recently stirred the crypto community as it came to life. The wallet, containing 687 BTC (approximately $43.9 million), moved on May 6, transferring its holdings to two separate wallets.

The transfer included 625.43 BTC to an address beginning with “bc1qky” and 61.9 BTC to “bc1qdc.” Such movements from ancient wallets, especially those from the Satoshi era, never fail to pique curiosity among crypto enthusiasts.

The term “Satoshi era” refers to the period after Bitcoin’s creation when its mysterious founder, Nakamoto, actively participated in online forums. Wallets from this era are often speculated to be linked to Satoshi himself.

In August 2023, another wallet that had been dormant for almost 14 years came to life, transferring 1,005 BTC mined in 2010. This movement also sparked speculation, with many suggesting it might be Satoshi’s wallet. However, experts believe these wallets are more likely associated with early miners or investors seeking profits.

According to a Fortune report, approximately 1.75 million Bitcoin wallets have remained inactive for over a decade. Many of these wallets hold significant BTC holdings, acquired when Bitcoin’s price was double-digit and is now valued in millions.

In total, these dormant wallets contain 1,798,681 Bitcoin, worth around $121 billion at current prices.

Over the past few years, several dormant Satoshi-era wallets have been reactivated, often transferring their BTC holdings to new addresses or crypto exchanges. For instance, in July 2023, a wallet inactive for 11 years transferred $30 million to BTC. Similarly, in November 2023, three wallets, dormant for six years, transferred $230 million to BTC. These wallets are believed to be connected to the same individual or organisation, as their last transactions were made on Nov. 5, 2017.

Omnichain Protocols Present Solution to Blockchain Fragmentation

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The blockchain ecosystem is expanding rapidly, with numerous blockchains serving various purposes and hosting many decentralised applications (DApps). However, this growth brings with it a significant challenge: fragmentation. As the blockchain space becomes increasingly crowded and complex, achieving interoperability between blockchains becomes crucial for the widespread adoption of the technology.

The lack of intrinsic interoperability in blockchains creates uncertainties for businesses and users, hindering adoption. Developing interoperable applications is particularly challenging, as there is no established standard of systems and languages between technologies.

Omnichain solutions like Dojima are emerging to address these challenges and realise the full potential of blockchain technology. These solutions offer a holistic approach to blockchain development, focusing on interoperability and simplifying cross-chain interactions.

Dojima, a cross-chain platform, aims to unite various protocols with different architectures and consensus mechanisms. It provides a universal layer where Ethereum Virtual Machine (EVM) and non-EVM chains like Bitcoin can interact seamlessly.

The platform’s omnichain hub allows different blockchains to coexist and integrates them for developers and users. By pooling assets and data from various chains, Dojima simplifies the development and deployment of complex cross-chain applications.

One of Dojima’s key features is its Magic Dashboard, a developer dashboard with templates for building various products, such as ERC-20 tokens, non-fungible tokens (NFTs), and a deposit manager. These templates enable developers to build and deploy omnichain applications in minutes, significantly reducing development time.

Dojima also offers Functionality-as-a-Service (FaaS), an omnichain API service that interacts with and retrieves data from all integrated chains. This service helps ecosystem participants create accounts, sign transactions, and set gas rates.

To enhance user experience, Dojima has developed an omnichain explorer, allowing users to access and track transactions across connected chains easily. Additionally, the platform includes a cryptocurrency wallet that enables cross-chain interactions, allowing users to store, send, receive, and swap tokens across different chains.

Dojima’s recent launch of its stagenet, the alpha version of its mainnet, marks a significant milestone for the project. The team aims to establish Dojima Network as the go-to cross-chain platform that seamlessly connects diverse blockchain networks, revolutionizing how developers, users, and protocols interact and expand within the blockchain universe.

MetaMask Introduces ‘Smart Transactions’ to Counter Ethereum Front-Running

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MetaMask, Ethereum’s leading crypto wallet, is introducing a new feature, Smart Transactions, to help users combat the impacts of maximal extractable value (MEV).

MEV is the additional profit blockchain operators can extract from users by previewing or reordering transactions before they are confirmed on the network. This is similar to front-running orders in traditional financial markets. This practice significantly affects Ethereum, increasing user costs, slowing down transaction speeds, and causing transactions to fail under certain network conditions.

The optional new feature, Smart Transactions, allows users to submit transactions to a “virtual mempool” before they are officially processed on-chain. This virtual mempool protects against certain MEV strategies, running simulations of transactions behind the scenes to help users achieve lower fees.

According to Jason Linehan, director of the Special Mechanisms Group at ConsenSys, MEV-related issues cost users around $400 million annually due to transaction reversals, stuck transactions, and predatory MEV front-running and sandwich attacks.

MetaMask’s solution, the virtual mempool, aims to address this problem. It’s the first step in a more comprehensive roadmap to overhaul how MetaMask handles transactions on Ethereum.

The virtual mempool concept shares similarities with a private mempool, a strategy gaining popularity for ensuring transaction privacy and protecting against MEV. However, ConsenSys emphasizes that its virtual mempool differs from private mempools and is essential for tackling Ethereum’s hidden costs.

When users send a transaction to Ethereum through MetaMask, it typically goes to a public mempool, where transactions await confirmation. This is where builders and searchers assemble transactions into blocks, which are then added to Ethereum’s blockchain.

However, these builders and searchers sometimes reorder transactions to maximize profits, resulting in higher costs, failed transactions, and user delays. MetaMask’s virtual mempool aims to address this issue.

MetaMask’s virtual mempool network, with its transparent operations and unique incentive scheme, distinguishes it from conventional private mempools. The Smart Transactions feature ensures better prices for users and simplifies tracking transaction progress directly from within MetaMask.

Jason Linehan describes Smart Transactions as the “concrete first step” towards MetaMask’s broader vision, laying the groundwork for future use cases like intent-based architectures.