Stratum V2 Noise Protocol: Mining Privacy Explained
Stratum V2 uses the Noise Protocol Framework to encrypt miner-pool traffic, blocking eavesdroppers and share tampering. The mechanism, plainly broken down.
№ 002MiningProof-of-Work Block Withholding Attacks Explained
A block withholding attacker drains a mining pool's revenue while submitting clean shares. The mechanics, the math, and why detection takes months.
№ 003MiningBitcoin Nonce Exhaustion and the Extra Nonce Fix
Modern ASICs exhaust Bitcoin's 32-bit nonce in under a millisecond. The coinbase extra nonce keeps the search running, and shapes pool architecture.
№ 004MiningBitcoin Nonce Exhaustion and Extra-Nonce Mining Explained
Bitcoin's 32-bit nonce space runs dry in under a second. Miners extend the search through the coinbase extra-nonce, the exact mechanism, worked through.
№ 005MiningBitcoin Nonce Exhaustion and Extra-Nonce Mining Explained
Modern ASICs exhaust Bitcoin's 4-billion nonce space in microseconds. This is the exact mechanism pools use to keep miners working.
№ 006MiningBitcoin Nonce Exhaustion and the Extra Nonce Fix
A modern ASIC sweeps 4 billion nonces in under a millisecond. The extra nonce mechanism expands the search space, here is how the architecture actually works.
№ 007MiningStratum V2 Header-Only Mining Cuts Pool Censorship
Stratum V2's Job Negotiation mode lets miners build their own block templates, removing the pool's ability to censor transactions. The tradeoffs explained.
№ 008MiningStratum V2 Job Negotiation: Miners Reclaim Block Templates
Stratum V2 lets miners build their own block templates, stripping pool operators of the power to quietly drop specific transactions. The mechanics, examined.
№ 009MiningStratum V2: Bitcoin Miners Reclaim Block Template Control
Stratum V2 separates transaction selection from hashrate contribution, giving individual miners editorial control over what their machines actually confirm.
№ 010MiningBitcoin Nonce Patterns and What They Reveal About ASICs
How a miner's nonce recycling behavior exposes its firmware strategy to anyone watching the blockchain. The mechanics, plainly explained.
№ 011MiningPPS vs PPLNS Mining Pool Payouts Explained
PPS pays a fixed rate per share; PPLNS ties earnings to the last N shares. Learn which model suits which miner and why the math matters.
№ 012MiningBitcoin Nonce Grinding and the ASIC Clock Speed Plateau
ASIC clock speeds have stalled while SHA-256's sequential dependencies keep the per-hash cost floor stubbornly fixed, what that means for mining economics.
№ 013MiningMiner Fee Sniping: The Risk That Grows With Each Halving
Bitcoin's block subsidy suppresses fee sniping today. As it declines toward zero across successive halvings, the incentive math shifts, and the stakes rise.
№ 014MiningBitcoin Block Template Construction Explained
How miners pick which transactions fill a block, why fee rate alone doesn't decide it, and what dependency graphs actually do to your wait time.
№ 015MiningBitcoin Difficulty Epochs: Miner Strategy at the Boundary
Every 2,016 blocks, Bitcoin recalculates mining difficulty. That boundary reshapes miner behavior in the final stretch, the mechanics, the math, and the limits.
№ 016MiningMining Revenue Smoothing and Miner Behavior
Revenue smoothing products transfer difficulty risk from miners to counterparty desks, reshaping hashrate dynamics and who stays online through tough epochs.
№ 017MiningBitcoin Nonce Exhaustion: How Miners Roll Timestamps
A single ASIC sweeps Bitcoin's 4-billion nonce space in 0.00003 seconds. The timestamp field and ExtraNonce are what keep the search running.
№ 018MiningMining Farm Cooling Costs: Engineering Per-Hash Efficiency
Cooling is a mining farm's second-largest expense. Operators who master thermal infrastructure cut cost per hash, this piece breaks down exactly how.
№ 019MiningHow to Mine Bitcoin in 2025: The Honest Version Nobody Tells You
Mining Bitcoin sounds like free money until you look at the electricity bill. Here's what it actually takes now, and why your laptop won't cut it.
№ 020MiningMining Pool Luck Variance: Why It Never Fully Disappears
Even over thousands of blocks, mining pool luck variance persists. Here's the probability mechanic that explains why, with real numbers.
№ 021MiningWhy PoW Difficulty Adjustments Lag Behind Hash Rate Drops
When miners leave suddenly, blocks slow to a crawl before difficulty catches up. Here's the exact mechanic, the numbers, and why it matters.
№ 022MiningBitcoin Mining Difficulty Falls 10% in Sharp 2026 Drop
Bitcoin mining difficulty fell roughly 10% in the second-largest downward adjustment of 2026. What the move tells us about hashrate and miner stress.
№ 023MiningHow Mining Pool Variance Reduction Works
Solo mining is a lottery. Pool variance reduction through proportional share accounting turns that lottery into a paycheck. Here's the exact mechanics.
№ 024MiningHash Rate Distribution and Bitcoin Censorship Resistance
How mining pool concentration quietly shapes Bitcoin's ability to resist transaction censorship — and what the numbers actually mean for the network.
№ 025MiningWhy Miners Sometimes Orphan Their Own Blocks
Proof-of-work miners occasionally discard valid blocks they just mined. Here's the exact mechanic, why it happens, and what it reveals about mining incentives.
№ 026MiningBitcoin's Difficulty Adjustment: Why Two Weeks?
Bitcoin recalibrates mining difficulty every 2,016 blocks. Here's the exact mechanic, why Satoshi picked that window, and what it means in practice.