The critique extends to how difficult it is not only to design these APIs but also to provide comprehensive usage information to end users. This conversation revolves around the necessity for enhancing the security and efficiency of Simplified Payment Verification (SPV) as outlined in Satoshi Nakamoto's seminal whitepaper, specifically in section 8. However, it is noted that one critical aspect often overlooked is the increased risk of Denial of Service (DoS) attacks on full nodes. These nodes bear the computational cost of generating and indexing transaction inclusion proofs, a factor that significantly impacts network scalability.

The debate further explores the implications of making consensus changes to improve SPV verification processes, such as the proposition to invalidate coinbase transactions. While this could potentially streamline SPV, it does not address the broader challenge of balancing network economics. The current state of public Electrum and BIP157 servers, which are vastly outnumbered by distinct IP full nodes (by an order of magnitude of around 1000 times less), exemplifies the existing disparities within the network. Despite acknowledging the value of aiming to optimize SPV verification, there is a strong sentiment that this goal falls short without a comprehensive strategy that considers the overall economic equilibrium of the Bitcoin network. This discussion underscores the complexities of implementing robust security measures and efficient verification processes within the Bitcoin ecosystem, highlighting the need for a more holistic approach to address these multifaceted challenges.