Capital B Completes €1.2M Capital Increase, Adds 12 Bitcoin to Treasury
Capital B, parent company of The Blockchain Group, confirmed Monday the completion of a €1.2 million capital increase, finalising an agreement with asset manager TOBAM and adding 12 Bitcoin to its holdings. The company, listed on Euronext Growth Paris under the ticker ALCPB, said the new shares were issued at an average subscription price of €1.70 each. The move is part of an “ATM-type” capital increase program first announced on Sept. 23, 2025. Capital Raise Details Capital B issued a total of 706,000 ordinary shares to TOBAM funds, waiving existing shareholder preferential subscription rights. The breakdown included 305,000 shares allocated to TOBAM’s Bitcoin Enhanced Fund, 208,000 shares to the Bitcoin Alpha Fund, and smaller allocations across TOBAM’s Bitcoin Treasury Opportunities, BTC Linked and Blockchain Equity, and Global Blockchain Equity funds. The transaction raised €1,200,420.40, including share premiums. Prices per share ranged from €1.66 to €1.71 across the participating funds. Bitcoin Holdings and Strategy Following the transaction, Capital B said it acquired 12 Bitcoin at a total cost of €1.2 million. As of Sept. 29, the company and its Luxembourg subsidiary hold 2,812 Bitcoin, valued at €262.1 million at an average purchase price of €93,216 per coin. Since the start of 2025, the group reported a Bitcoin yield of 1,656.1%, equal to a gain of 662.4 BTC, representing €63.6 million in value. Capital B has described its approach as a strategy to increase Bitcoin holdings per fully diluted share, while continuing to expand its subsidiaries’ activities in data intelligence, artificial intelligence, and blockchain consulting.
What Is Card Tokenization? How Does It Work?
The convenience of online shopping has exploded in recent years. With just a few clicks, we can purchase almost anything imaginable, delivered right to our doorsteps. But with this ease comes a concern: the security of our financial data. Data breaches are a growing threat, and entering our credit card details on various websites can feel risky. Thankfully, there’s a solution called card tokenization. This innovative technology offers a way to make online transactions safer and more convenient. In this article, we’ll explore what card tokenization is, how it works, and why it’s becoming an essential part of the secure online shopping experience. Also Read: Anonymous Crypto Cards Key Takeaways What is Card Tokenization? istockphoto Card tokenization is a security measure that protects sensitive card information during online transactions. It involves replacing actual card details with a unique identifier known as a token. This token, generated through complex algorithms, represents the original data but lacks any intrinsic value. This means that even if a token falls into the wrong hands, it cannot be used to make fraudulent purchases or extract the original card details. Here’s a breakdown of the kind of information typically replaced with a token: The beauty of card tokenization lies in its simplicity. To the user, the process is seamless. They enter their card details as usual, and the system automatically replaces the sensitive data with a token. The actual card information is stored securely in a token vault, inaccessible to potential fraudsters. In essence, card tokenization transforms sensitive data into a format that is useless if stolen, providing an extra layer of security for online transactions. It’s a crucial tool in the fight against data breaches and identity theft. How Does Card Tokenization Work? depositphotos Card tokenization may seem complex, but it’s actually a straightforward process that occurs behind the scenes during an online transaction. Here’s a step-by-step breakdown of how it works: The process is done using complex algorithms that ensure each token is unique and cannot be reverse-engineered to reveal the original card data. This entire process happens very quickly in the background, and you typically won’t even notice it happening. It adds a layer of security without impacting your online shopping experience. Related: The Role of Sidechain Technology in Blockchain Networks Types of Card Tokenization Card tokenization can be categorized in different ways depending on its purpose and who manages the tokens. However, for most consumers, understanding the two main categories is sufficient: Payment Tokenization This is the most common type encountered during online shopping. As described earlier, it focuses on replacing credit card details with tokens specifically for making payments. Payment tokenization can be further divided into: Security Tokenization This broader form of tokenization goes beyond just payment processing. It can involve tokenizing various types of sensitive data, not just credit card details. Security tokens might be used for things like access control to secure systems or even representing ownership of digital assets. While understanding the specifics of these categories can be interesting, the core benefit for consumers remains the same: increased security for your sensitive information. In most cases, you won’t need to worry about the specific type of tokenization used as long as the system is reputable and adheres to security best practices. Card Tokenization vs. Encryption Card tokenization and encryption are both methods used to protect sensitive data, but they operate in different ways and serve different purposes. As previously explained, card tokenization operates by substituting sensitive card details, such as credit card numbers, with unique tokens. These tokens, generated using complex algorithms, serve as placeholders for the original data. During online transactions, these tokens are utilized instead of actual card details, furnishing an additional layer of security. Even if intercepted by hackers, tokens hold no intrinsic value as they cannot be leveraged to extract the original card information. Encryption involves scrambling data into a format that can only be read with the appropriate decryption key. The encrypted data appears as gibberish to anyone without the decryption key, making it unreadable and useless. Unlike tokenization, encryption does not replace the original data but rather secures it in its encrypted form. It is commonly used to protect data both at rest (stored data) and in transit (data being transmitted over networks). Encryption provides robust security, it does not offer the same level of granularity and transaction-specific protection as tokenization. While tokenization offers a superior level of security, encryption can still play a role in online transactions. For instance, some systems might encrypt the token itself while it’s being transmitted for additional protection. Why Do You Need Card Tokenization? Card tokenization offers a compelling solution, providing numerous benefits for both consumers and businesses. Here are some key reasons why card tokenization is becoming an essential part of the online shopping experience: For Consumers For Businesses: As online shopping continues to grow, card tokenization is poised to play a vital role in ensuring a secure and convenient future for everyone involved. What to Look out for in Implementing Card Tokenization Adobe Stock While card tokenization offers significant advantages, implementing it within a business can come with its own set of challenges: Overcoming these Challenges Despite these challenges, the benefits of card tokenization often outweigh the initial hurdles. Here are some tips for businesses looking to implement tokenization successfully: Conclusion Card tokenization offers a compelling solution for secure online transactions. Consumers gain peace of mind with enhanced security, while businesses benefit from reduced risk and potential cost savings. Though some challenges exist, the benefits of card tokenization are undeniable. As online shopping thrives, card tokenization is set to become the foundation of a secure and convenient future for everyone involved. When you make your next online purchase, keep in mind that a token has the ability to protect your personal information. FAQs