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Myanmar's electric fraud AI industrialization exposed: Starlink becomes a key infrastructure, with encrypted payments and OpenAI/Google models included in the toolchain

According to a report from Hongxing News, an investigation report leaked from a scam park in Myanmar shows that global telecom fraud is accelerating towards an "AI industrialization + cross-border encrypted payment" system. The scam network completes fund circulation through cryptocurrency and uses automated tools based on large models for multi-language script generation, identity disguise, and emotional manipulation.According to the investigation analysis, these systems extensively utilize OpenAI's ChatGPT and Google's Gemini at the functional level to support "scaled social fraud." The funding side achieves rapid laundering and transfer through on-chain payments and cross-border channels, forming a dual structure of "AI customer acquisition + encrypted settlement," which gives the fraud industry a high degree of automation and transnational diffusion capability. In addition, Starlink, owned by Musk, has become the number one network service provider for the scam park in Myanmar, with American ISP providers carrying nearly one-fifth of the park's traffic.In response to the related accusations, OpenAI stated that the behavior of scammers using ChatGPT is highly similar to that of ordinary users, making identification difficult. However, they have banned about 100,000 suspicious accounts monthly through behavioral pattern recognition and risk control systems. Google stated that its AI models have safety barriers in place and emphasized its commitment to "responsible AI development" to limit the tools' use for fraud and other illegal purposes.

The cumulative recharge amount of encrypted payment cards has surpassed 10 billion USD for the first time, driven by the growth of stablecoin applications

Paymentscan data shows that the total recharge amount of cryptocurrency payment cards has surpassed $10 billion for the first time, reaching approximately $10.33 billion, an increase of 82% since the beginning of the year and about 250% year-on-year. This data reflects the cumulative recharge scale of cryptocurrency payment cards and related payment projects, rather than the trading volume of cryptocurrency exchanges.Reports indicate that stablecoins are becoming the main driving force behind the popularity of cryptocurrency payment cards. Compared to volatile assets like Bitcoin, stablecoins can complete payment settlements through traditional card networks, lowering the access threshold for merchants and making them more suitable for cross-border payments, remittances, and daily consumption scenarios in high-inflation areas.As payment companies, cryptocurrency exchanges, and asset management institutions continue to improve stablecoin infrastructure, cryptocurrency payment cards are gradually becoming an important gateway connecting digital assets to real-world consumption. However, as the scale of application expands, regulatory agencies will also pay more attention to issues such as consumer protection, sanctions screening, tax reporting, reserve asset transparency, and transaction monitoring.

first_img The expansion of the head encryption VC investment landscape extends to cutting-edge technology sectors such as AI and robotics

According to The Block, influenced by the maturation of the crypto market and the rapid development of emerging technologies, several leading crypto venture capital firms are shifting their investment focus from the pure crypto sector to a broader "frontier technology" track, involving AI, robotics, fintech, and biotechnology.It is reported that Framework Ventures and Haun Ventures have recently raised $400 million and $1 billion funds respectively to support cross-domain layouts; Paradigm is planning to raise up to $1.5 billion for a frontier technology fund; and the former Binance incubator YZi Labs has also ventured into the fields of AI and biotechnology.Industry investors analyze that the core reasons for this strategic shift are the demand for capital deployment brought about by the expansion of fund sizes, the decrease in high-quality pure crypto projects, and the increasing integration of adjacent technologies such as blockchain and AI. Some venture capitalists predict that as cryptocurrencies gradually integrate into a broader technology ecosystem, the exclusive label of "crypto VC" may gradually fade, and the market will ultimately differentiate into large multi-strategy investment funds and a few vertical investors focused on digital assets. However, some institutions like a16z Crypto and Dragonfly still insist on deepening their investment strategies in the pure crypto sector.

The second front of the encryption bill has opened, with tax policies focusing on the controversy over deferring taxes on mining and staking profits

According to CoinDesk, major lobbying organizations in the U.S. cryptocurrency industry jointly sent a letter to the House Ways and Means Committee, urging the advancement of the "Tax Clarity for Mining and Staking Act," advocating for tax treatment options for cryptocurrency miners and staking income recipients. The bill was introduced by Republican Congressman Mike Carey, and its core content allows taxpayers to choose the timing of taxation when they receive new mining or staking assets—either paying taxes at the time the assets are generated or deferring taxes until the final sale.Industry associations, including the Blockchain Association, Digital Chamber, and Crypto Council for Innovation, have expressed support, arguing that the current tax system may force users participating in network security maintenance to bear tax burdens before they have realized the assets. Supporters claim that the proposal does not provide "indefinite deferral," but rather avoids immediate taxation on income that has not yet realized liquidity, thereby alleviating cash flow pressure on miners and validators.However, Democratic lawmakers and some external critics are concerned that this mechanism could be exploited by large mining companies for long-term tax deferral, especially in the context of some publicly listed or politically connected companies participating in mining operations, raising potential policy arbitrage disputes. Meanwhile, the industry's focus remains on the broader "Digital Asset Market Structure Act" (Clarity Act), but tax issues have become the second key battleground, expected to continue advancing in tandem with regulatory framework legislation in the coming weeks.

G7 central bank quantum technology working group releases first report: warns of long-term risks in the financial encryption system

According to a report by Crowdfund Insider, the first public report released by the G7 Central Bank Quantum Technology Working Group (QTWG) indicates that quantum computing technology could have a profound impact on the global financial system, particularly posing structural challenges in the fields of data encryption and cybersecurity. The working group was established in 2025, co-led by the Bank of France and the Bank of Canada, with members including the Federal Reserve, the European Central Bank, the Bank of England, the Bank of Japan, and major central banking institutions from Germany, Italy, and others.The report points out that although quantum computers capable of breaking encryption have not yet emerged, there is a general belief in the industry that the likelihood of their appearance within the next decade is increasing, which poses potential risks to existing financial infrastructure that relies on traditional encryption algorithms. One core risk is referred to as the "collect now, decrypt later" strategy, which involves the long-term storage of currently encrypted financial data, with the intention of decrypting it once quantum computing capabilities mature, potentially threatening the long-term data security of the financial system.The report recommends that financial institutions in various countries proactively compile a list of their reliance on encryption systems and gradually assess the feasibility of transitioning to post-quantum cryptography, while also strengthening inter-agency coordination to reduce systemic risk exposure. In terms of opportunities, quantum computing is expected to enhance the computational capabilities of financial institutions in areas such as risk modeling, portfolio optimization, macroeconomic forecasting, and stress testing, but its practical application still depends on technological maturity and scaling progress.Analysts believe that this report marks the beginning of G7 central banks systematically incorporating quantum technology into their financial stability assessment framework, which may drive long-term upgrades of global financial infrastructure at the encryption and computational architecture levels.
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