MoneroPrice = 412.21$
Low Price = 403.05 $
High Price = 438.6 $
Height = 3668766
Hashrate = 5.67 Gh/s
Difficulty = 680.02 G
rhodzyNew blog post: Monero: Level Up Your Digital Privacy
In a world where every digital footprint is logged, Monero offers a different path. Let's dig into why this privacy-focused crypto is more than just a buzzword and what it means for your digital future.
https://rhodzy.com/blog/monero-level-up-your-digital-privacy
#monero #cryptocurrency #privacy #blockchain #digitalfinance #fungibility
claim_arguablyHow to setup group wallet in cake wallet properly?
Café MoneroHoy en el #space de @cakewallet hablamos de la nueva stressnet de #monero, $BTC arriba de los 80k, el bug de $XLM, y alguna que otra cosa:
Arrancó la 2da stressnet de Monero FCMP, BTC arriba de 80k, bug de XLM #spacedecake
Price = 433.52$
Low Price = 400.0 $
High Price = 437.45 $
Height = 3668055
Hashrate = 5.8 Gh/s
Difficulty = 695.82 G
sayzardDiscovering Monero
이 기사는 프라이버시 중심의 암호화폐인 모네로(Monero)를 직접 사용해본 경험을 공유한다. 모네로는 현금과 유사하게 추적이 어려운 거래를 가능하게 하며, 사용자는 거래소 대신 개인 지갑을 통해 자산을 직접 관리해야 한다. Kraken 거래소에서 KYC 절차를 거쳐 모네로를 구매하는 과정과, Cake Wallet 같은 개인 지갑 사용법, 그리고 모네로의 실제 활용 사례(기부, VPN 결제 등)를 소개한다. 또한 KYC가 암호화폐의 익명성 취지와 상충하는 문제점과, KYC 없는 P2P 거래소인 LocalMonero에 대해서도 언급한다.
Price = 405.56$
Low Price = 382.27 $
High Price = 419.98 $
Height = 3667345
Hashrate = 6.01 Gh/s
Difficulty = 721.74 G
Howard Chu @ SymasI first described how the RandomX proof of work algorithm was designed at MoneroKon in 2019 https://www.youtube.com/watch?v=4Hkd-n1W_e4
For people who think all cryptocurrency projects are a worthless waste, you're 99.99% right but #Monero is actually useful. And the innovative work we did here has also led to the Equi-X PoW algorithm used to protect TOR from DoS attacks.
People who claimed ASIC-resistance was impossible didn't understand what makes a CPU a CPU.
MoneroKon 2019 - ASIC-Resistant Proof of Work: Fact or Fantasy? (Howard Chu)
GripNews🌗 Monero 工作量證明機制 RandomX 的運作原理
➤ 深入剖析 Monero RandomX 工作量證明機制，如何透過模擬 CPU 負載對抗 ASIC
✤ https://blog.alcazarsec.com/tech/posts/how-moneros-proof-of-work-works
Monero 使用名為 RandomX 的獨特工作量證明機制，旨在模擬一般 CPU 的運作，而非依賴特定的、效率極高的 ASIC 晶片。此機制透過建立記憶體快取、擴展資料集、初始化暫存區、生成隨機程式碼，並執行包含大量記憶體存取與分支判斷的虛擬機指令，來增加挖礦難度，進而防止專業挖礦硬體的主導，維持去中心化。
+ 這篇文章詳細解釋了 RandomX 的複雜性，讓人對 Monero 的去中心化理念有了更深的理解。
+ 終於有人把 RandomX 的技術細節講清楚了，對於想深入瞭解 Monero 的人來說是寶貴的資料。
#加密貨幣 #工作量證明 #Monero #RandomX #區塊鏈技術
➤ 深入剖析 Monero RandomX 工作量證明機制，如何透過模擬 CPU 負載對抗 ASIC
✤ https://blog.alcazarsec.com/tech/posts/how-moneros-proof-of-work-works
Monero 使用名為 RandomX 的獨特工作量證明機制，旨在模擬一般 CPU 的運作，而非依賴特定的、效率極高的 ASIC 晶片。此機制透過建立記憶體快取、擴展資料集、初始化暫存區、生成隨機程式碼，並執行包含大量記憶體存取與分支判斷的虛擬機指令，來增加挖礦難度，進而防止專業挖礦硬體的主導，維持去中心化。
+ 這篇文章詳細解釋了 RandomX 的複雜性，讓人對 Monero 的去中心化理念有了更深的理解。
+ 終於有人把 RandomX 的技術細節講清楚了，對於想深入瞭解 Monero 的人來說是寶貴的資料。
#加密貨幣 #工作量證明 #Monero #RandomX #區塊鏈技術
Hacker NewsHow Monero's proof of work works
https://blog.alcazarsec.com/tech/posts/how-moneros-proof-of-work-works