Silent Inflation Bugs in Zero-Knowledge Proof Systems
ZK inflation bugs mint tokens from nothing while every proof verifies clean. The mechanism, the failure modes, and what a real detection framework requires.
№ 014SecurityPedersen Commitments and Confidential Transactions Explained
Pedersen commitments hide transaction amounts while letting anyone verify no coins were created from nothing. The exact mechanism, step by step.
№ 015EthereumEthereum Precompiles: How Crypto Operations Get Fast
Ethereum precompiles run heavy cryptographic work at fixed gas costs inside the client, not the EVM. Here's exactly how they work and why they matter.
№ 016BitcoinBitcoin Schnorr Signatures and Key Aggregation Explained
Schnorr signatures let multiple Bitcoin signers collapse into one. Here's exactly how key aggregation works and why it cuts fees and improves privacy.
№ 017AnalysisRecursive zk-Proofs: Scalability Without Growing Costs
Recursive zk-proofs let blockchains batch thousands of transactions into one compact proof. Here's exactly how the math stays flat as volume grows.
№ 018BitcoinHow Hash Functions Prevent Bitcoin Block Malleability
Cryptographic hash functions lock every Bitcoin block into place. Here's the exact mechanism that makes retroactive tampering computationally absurd.
№ 019SecurityHow zk-SNARKs Stay Small Without Breaking Soundness
zk-SNARKs produce tiny proofs that verify in milliseconds. Here's the exact mechanism that makes them compact without letting cheaters through.