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Buterin's framing matters because it pushes CROPS beyond the "decentralized AI" label — the same local-AI stack should also be Ethereum-native at the access layer, from ZK-paid LLM calls to private…
A multisig wallet requires multiple signatures to send funds. Learn how M-of-N schemes work, when the extra complexity is worth it, and what can still go wrong.
Choosing a multisig quorum is a probability problem, not a vibes decision. Here is how 2-of-3, 3-of-5, and 4-of-7 actually behave when signers vanish, lose keys, or go silent.
Uniswap v4 swaps hundreds of pools for one singleton contract and lets devs attach code "hooks" to every pool action. More flexibility, but a bigger smart-contract attack surface for LPs.
Most holders keep all their crypto in one place, creating a single point of failure. A tiered wallet setup with spending, savings, and inheritance layers reduces risk without becoming unmanageable.
1inch routes your swap across many DEXes to find the best price. Here is how the aggregator works, what 1INCH does, and where the real risks live.
These three custody models protect your crypto in fundamentally different ways. Here's how they actually work, where each one breaks, and how to pick the right one for your situation.
Multisig spreads signing power across devices and people so one compromised key can't drain the treasury. This walkthrough covers Safe setup, signer distribution, and recovery planning.
Modular chains split the four jobs of a blockchain into separate layers; monolithic chains do all four at once. Neither design has clearly won, and the trend in 2024–2026 is blurring the line.
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