Btrust
Written by Rita Anene If you've spent time in the Bitcoin developer space, you've probably heard of LDK, (the Lightning Development Kit). LDK gives a great deal of control. You can decide how peers connect, how channels are configured, how keys are handled, and how data
Technical
Written by Abdullahi Yunus Most people know the Lightning Network as a fast way to send Bitcoin payments. It’s a network of computers (called nodes) connected by payment channels. When someone sends a payment, it travels through several nodes, and each step of the journey is protected using something
Technical
Written by Sonkeng Maldini Bitcoin is constantly evolving, and one of the recent developments attracting attention is Silent Payments. In this post, we provide a simplified, high‑level explanation of how Silent Payments work, their advantages over existing approaches, and how they can be used in practice. We will also
Btrust
Written by Abiodun Awoyemi Table of Contents 1. Introduction to BIP326 2. Locktime Fundamentals: nLockTime vs nSequence 3. Fee Sniping: The Threat That Locktime Solves 4. How LockTime Defends Against Fee Sniping 5. The Taproot Connection: How MAST works 6. HTLC vs PTLC: Why Off-Chain Protocols Leak 7. The Privacy
Btrust
Written by Jamal Errakibi This article is a written version of my talk “Why Rust Is Becoming Essential in Bitcoin,” which I gave during the 2025 Btrust Developer Day. If you prefer watching instead of reading, you can watch the talk linked here. Rust has been voted the most loved
Btrust Builders
E-Cash for Commerce: How Cashu empowers merchants via Bitcoin
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Understanding BIP340 Schnorr Signature Verification
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Exploring how Lightning Nodes source onchain data.
Btrust Builders
We take a closer look at the progress and architecture of the dual-funded channel implementation in the Lightning Development Kit (LDK).
Btrust Builders
Written by Sadiq Ismail In theory, Bitcoin Core’s block-building algorithm reserves 4,000 WU for miners’ coinbase transactions. This means it should generate a block template with a weight of 3,996,000 WU. However, in practice, this is not the case due to an accidental double-reservation bug (see
Btrust Builders
Written by Sadiq Ismail In our journey to understand Bitcoin's cryptography, we've already seen how the ECDSA (Elliptic Curve Digital Signature Algorithm) plays a key role in securing transactions. But, as Abubakar Sadiq Ismail pointed out in his previous piece, ECDSA comes with a notable vulnerability;
Btrust Builders
Written by Sadiq Ismail Digital signatures are crucial for ensuring the authenticity and integrity of digital documents, offering a level of security that physical signatures simply can't match. Among the various digital signature algorithms available, the Elliptic Curve Digital Signature Algorithm (ECDSA) stands out for its efficiency and