24 stories mentioning it. Newest first.
Bitquery's block-by-block census puts the cost in numbers: 96,231 unspendable outputs now live in node state, while 4.4M OP_RETURN bytes never had to.
The complaint frames server freezes and internal trades as deliberate user-fund grabs timed to the orderly wind-down, putting BitMEX's exit liability under judicial review.
The launch lands ahead of any concrete quantum threat to Bitcoin's secp256k1 curve, but it gives institutions a framework to triage UTXO exposure now, before the timeline forces a decision.
The chip is a research milestone, not a market event — but the framing matters because quantum risk is now being named at the chip-launch stage, not only on crypto Twitter.
Layer 2 networks make blockchains fast and cheap without sacrificing security. Here's how they work, why they exist, and the main types in plain language.
Render, Akash, and Filecoin all pitch 'decentralized compute,' but only two actually compute. Storage vs GPU vs general-purpose clouds serve very different workloads.
Toncoin (TON) is the native asset of The Open Network, a blockchain born from Telegram and tightly woven into its messenger and mini-app ecosystem.
Learn what Bitcoin is, how it works, why it has value, and how to buy it safely. A complete beginner's guide to BTC, blockchain technology, mining, and investing in 2026.
Exchange tokens behave less like crypto and more like unsecured credit on a single company. Here is how BNB, OKB, BGB, and GT actually differ.
A plain-English comparison of BTC, ETH, and SOL supply mechanics, halvings, burn rates, and staking yields, with no tribal hype.
Bitcoin and Ethereum are the two giants of crypto, but they were built for different purposes. Here's a clear breakdown of how they actually differ.
Render and Akash both sell GPU power as a token. We compare real tenants, supply overhang, staking yield, and what could go wrong with each.
Storage tokens pitch permanent data and recurring fees, but most networks show node supply outpacing retrievable demand. Here is how Walrus, Filecoin and Arweave differ.
Danksharding uses erasure coding and data availability sampling so light nodes can verify massive blob throughput without downloading it. Here is how it actually works.
Three tokens share the Bitcoin L2 label but target different users: institutional finance (HASH), smart contracts (STX), and BTCFi yield (Corn). They are not substitutes.
Bitcoin bleeds ETFs while Hyperliquid, Monad-Aave, and Lean Ethereum vacuum up attention. The crowd is bored of recycled narratives and hunting new rails.
LINK, PYTH, and NEAR all sit at the edge of crypto data, but their token economics, revenue, and unlock risks differ sharply. Here's what each one really does.
On-chain signals break rank. BTC tracks gold, ETF flows reverse, the CLARITY Act stalls, and the utility story quietly slips sideways.
Bitcoin bounced off $60K while $4.5B bled out of spot ETFs. The contradiction isn't noise. It's the new regime.
DePIN tokens back real hardware networks like Filecoin and Render. AI tokens like TAO and VIRTUAL fund software models with no physical layer. The economics diverge sharply.
CryptoSlate
WuBlockchain
Crypto News
Sofia Almeida
Marco De Santis
Alex Morgan