How Does SPV Reduce the Data Load for Mobile Cryptocurrency Wallets?

SPV significantly reduces the data load by eliminating the need for the wallet to download the entire transaction history of the blockchain. A mobile wallet only needs to download the block headers, which are tiny in comparison, and request the specific Merkle Proofs for its own transactions from a full node.

This saves massive storage space and bandwidth on mobile devices.

What Is the Specific Threat Known as a “Fork Attack” in the Context of SPV?
How Does the Reduced Security of an SPV Client Manifest Compared to a Full Node?
How Does an SPV Wallet Trust the Block Headers It Receives?
What Is the Fundamental Difference between a Full Node and an SPV Client in a Blockchain Network?
How Does a Merkle Tree Enable Simplified Payment Verification (SPV)?
How Does a Merkle Root Verify a Transaction without Exposing the Entire Block?
What Is the Primary Security Assumption for an SPV Client?
What Is Simplified Payment Verification (SPV) and Its Role in Lightweight Wallets?

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