proofofwork

⛏️ BTX changes its proof-of-work tonight, at block 185,000
We are roughly 2 hours away, so somewhere around 01:40 to 02:10 UTC.
WHAT CHANGES
Mining stops being a lottery and becomes a computation. Today your GPU makes millions of cheap guesses per second. After block 185,000, one attempt is a single large exact calculation that takes about 30 seconds on some of the fastest hardware in the world.
That is not a typo. One attempt. Not a million.
WHAT YOU NEED TO DO
Update easyBTX to v0.13.0. It is rolling out over auto-update now, and restarting the app is the fastest way to get it. That is the whole list.
v0.13.0 downloads and verifies a fork-ready mining engine, shows a live countdown, switches pools automatically if one stops accepting work, and tells you honestly if it is running but not earning.
THREE THINGS NOT TO PANIC ABOUT
1. Network difficulty will appear to collapse at the fork, by a factor of about 120,000. This is deliberate and it settles within the hour.
2. Your pool may go quiet for a few minutes just before the switch. That is the pool being careful, not breaking.
3. Your wallet, your balance and your coins are completely unaffected. Nothing about them changes.
OLDER GPUS, THE HONEST PART
The new work needs Ampere or newer, so RTX 30-series and up. GTX 10-series, GTX 16-series and the RTX 2070 can mine right up to block 185,000 and we expect them to stop there.
We are sorry to be the ones saying it. It is a decision by the mining engine authors rather than the chain itself, so if that changes we will tell you.
Mac and browser mining are still in testing. We will post when they are live.
FULL RESEARCH ARTICLE
We read the consensus source, ran the fork on a private test chain before it happened, and wrote up exactly what changes and why:
https://easybtx.com/research/matmul-v4-7-fork
It includes something we found in the test run that matters for anyone writing mining software, and one uncomfortable fact about how the upgrade is arriving that we decided not to leave out.
#BTX #ProofOfWork #GPUMining

📄 THE SOURCE I ACTUALLY READ
Not a summary of a summary. I pulled the current file from Bitcoin's own domain — bitcoin.org/bitcoin.pdf — and read all of it: 9 pages, 12 sections, about 3,571 words.
One detail worth knowing: the PDF's own metadata says it was created 24 March 2009. The file served today is the revised version, not the original October 2008 release.
🎯 THE PROBLEM IT SETS OUT TO SOLVE
Online payments rely on banks to stop the same coin being spent twice. The paper's goal is narrow and clearly stated: let two parties pay each other directly, using cryptographic proof instead of trust.
⛓️ THE MECHANISM, SECTION BY SECTION
• Coins are chains of digital signatures (§2)
• Transactions are timestamped by hashing them into an ongoing chain of proof-of-work (§3–§4)
• Proof-of-work follows Adam Back's Hashcash: SHA-256, a target number of leading zero bits, difficulty set by moving average (§4)
• Consensus is "one-CPU-one-vote", not one-IP-one-vote. The longest chain wins (§4)
• Each block's first transaction pays its creator new coins (§6)
• Merkle trees let old data be pruned (§7); light clients verify using headers plus a Merkle branch (§8)
• §11 does the arithmetic — an attacker's odds of catching up fall exponentially with each block
🔍 WHAT IS NOT IN IT (I CHECKED ALL 9 PAGES)
• "Blockchain" — the word appears zero times
• "21 million" — never stated. §6 only says that once "a predetermined number of coins" is circulating, the reward can shift entirely to fees
• No halving schedule, no wallets, no smart contracts
⚠️ RISKS AND GENUINE WEAKNESSES
• Security is conditional, and §11 says so: if the attacker's hash power is not the smaller share, catch-up probability is 1. Industrial mining pools press directly on that assumption.
• The fee transition is asserted, not modelled. Whether fees alone can fund security remains unsettled.
• Privacy is pseudonymity, not anonymity. §10 concedes that multi-input transactions link addresses — the foundation of modern chain analysis.
• Capacity is barely examined. §7 sizes headers only (4.2MB a year) and calls storage a non-problem. Block size and throughput are never discussed — exactly where the scaling debates later landed.
• Light clients are explicitly weaker (§8), yet most people today rely on one, or on a custodian.
🧭 FINAL TAKE
This is a 9-page engineering proposal, not an investment thesis. It promises no price and guarantees no supply cap. Treat it as design intent — the code and the live network are the reality, and the gap between the two is where most $BTC arguments actually live.
Nothing here is a trade call. Not financial advice. Do your own research.
Follow me for daily Whitepaper Summaries and crypto research.
📎 SOURCES AND VISUALS (official or public domain only)
1. Whitepaper, cover figures — bitcoin.org/bitcoin.pdf (MIT licence)
https://bitcoin.org/bitcoin.pdf
2. Timestamp-server diagram, §3 — Satoshi Nakamoto, Wikimedia Commons (MIT)
https://upload.wikimedia.org/wikipedia/commons/7/74/Satoshi_Nakamoto%27s_Bitcoin_Timestamp_Diagram.png
3. Bitcoin logo — Wikimedia Commons (public domain)
https://upload.wikimedia.org/wikipedia/commons/thumb/c/c5/Bitcoin_logo.svg/1280px-Bitcoin_logo.svg.png
4. Emission/halving schedule — Wikimedia Commons (CC0). Shown because it is what the paper leaves out
https://upload.wikimedia.org/wikipedia/commons/c/c3/Bitcoin_halving_graph.png
#Bitcoin #Whitepaper #CryptoEducation #ProofOfWork

🚀
@BitcoinKE හි विकేంద्रीකෘත ආරක්ෂාව ඔප්පු-වැඩිගැන්වීමේ හැෂ් ප්‍රහේලිකා වල දැඩි ගණිතය මගින් ව්‍යුහාත්මකව නිර්මාණය කර ඇති, බිඳ දැමිය නොහැකි ආකෘතියක් ලෙස පවතී. ලෝකය පුරා සිටින මයිනර්වරුන්, ද්විත්ව SHA-256 brute force භාවිතයෙන් ගුප්ත ලේඛන (cryptographic) nonce වල අඛණ්ඩව චක්‍රාකාරව හරවමින්, ජාලයේ ඉලක්කගත දුෂ්කරතා සීමාවට පහළින් වැටෙන බ්ලොක් හැෂ් එකක් සොයාගැනීමට අවසානයක් නැතිව උත්සාහ කළ යුතුය. ගණිතමය සම්භාවිතාවට සහ අමු ගණනය කිරීම් වැඩට ඇති මෙම අඛණ්ඩ බැඳීම, වෙනස් කළ නොහැකි ආරක්ෂක බිත්තියක් ලෙස හැඩගැසී, ඓතිහාසික ලෙජරයේ වාර්තා වෙනස් කිරීමට ගෝලීය විදුලියෙන් අතිවිශාල (අසමර්ථ) ප්‍රමාණයක් අවශ්‍ය වන බව සහතික කරයි.

While mega-cap digital assets consolidate within strict horizontal trading bands, Zcash ($ZEC ) has completely decoupled from the broader market, charting a phenomenal 45% weekly rally. The privacy-focused proof-of-work asset stunned traders by breaching critical multi-year resistance nodes to trade comfortably near $1,183 during morning market hours.This aggressive bullish breakout stands in sharp, absolute contrast to top-tier altcoins like Solana ($SOL ) and Dogecoin ($DOGE ), which recorded minor 1% intraday pullbacks during the same timeframe.Market historians on Binance Square noted that this represents Zcash's most aggressive upward expansion since 2016, suggesting a targeted capital rotation where market participants are seeking out deeply established, legacy proof-of-work protocols with robust utility profiles during broader macro lulls.
$SOL
$DOGE
$ZEC
#ZcashRally #PrivacyTokens #altcoinseason #CryptoBreakout #proofofwork