Alchemy Pay Enhances Crypto Card Services With New BINs


In the dynamic world of cryptocurrency, Alchemy Pay is making significant strides, further bridging the gap between traditional finance and digital currencies. This Singapore-based crypto payment gateway is making headlines with its latest innovation – the introduction of new Bank Identification Numbers (BINs) for its crypto card, a move set to enhance the crypto payment experience for users in Hong Kong.

The announcement, made earlier this week, marks a significant step for Alchemy Pay and its user base. The new BIN, starting with “515783”, is designed to streamline transactions on various popular platforms. Users can now effortlessly transact with merchant sites and apps such as Aliexpress, Netflix, Twitter, Facebook, and the Apple Store. This integration signifies a leap towards wider acceptance and ease of use for crypto payments in everyday life.

Alchemy Pay isn’t just stopping there. In a move to further facilitate user access to crypto transactions, the company has made this new feature available through its mini app ‘Crypto Card’ on the Binance Marketplace. This integration is poised to simplify the crypto spending process, making it as straightforward as using a traditional payment card.

The addition of new BINs is more than just an expansion of services. It represents a significant upgrade in the functionality and reliability of crypto cards. For merchants, this means the ability to accept a broader array of payment forms, catering to a growing segment of crypto-savvy consumers. For users, it translates into faster and more successful transaction processing. Furthermore, the enhanced security measures associated with these BINs, such as improved detection of fraudulent or stolen cards, provide an added layer of safety against identity theft – a paramount concern in the digital age.

But Alchemy Pay’s vision extends beyond just enhancing card services. The firm is actively seeking to cement its position in the Hong Kong market by applying for critical regulatory licenses. The pursuit of a Money Service Operator (MSO) license and a Virtual Asset Service Providers (VASP) license in Hong Kong underscores their commitment to compliance and operational excellence in the region.

In partnership with ZD Group, Alchemy Pay is sharing the Type 1, 4, and 9 Financial Services Licenses granted by Hong Kong’s Securities and Futures Commission (SFC). These licenses are not just formalities; they are essential for conducting financial investment activities within Hong Kong’s regulatory framework, demonstrating Alchemy Pay’s dedication to adhering to local regulations and fostering a secure investment environment.

Alchemy Pay’s proactive approach was on full display during the Web3 Blockchain Week held in Hong Kong earlier this year. The company launched a month-long cryptocurrency public service announcement advertising campaign, showcasing its commitment to educating the public and promoting the safe usage of cryptocurrencies.

A key aspect of Alchemy Pay’s strategy is its focus on accessibility. The firm is keen on ensuring that locals can easily access their crypto assets through widely used payment options like Visa, Mastercard, Apple Pay, and Google Pay. This strategy not only simplifies the process for existing crypto enthusiasts but also lowers the barrier for new users to enter the world of digital currencies.

Moreover, Alchemy Pay’s integration with major exchanges such as OKX and Bitget is a testament to its robustness and reliability. This collaboration enables Hong Kong users to engage in secure trading activities, leveraging Alchemy Pay’s ramp services for a seamless transaction experience.

In summary, Alchemy Pay’s introduction of new BINs for its crypto card is a significant milestone in the fintech and cryptocurrency sectors. By enhancing transaction capabilities and ensuring regulatory compliance, Alchemy Pay is not only expanding its service offerings but also reinforcing its commitment to providing secure, efficient, and accessible crypto payment solutions.