When regulatory storms hit, only truly decentralized projects will survive. Monero's architecture was designed for that moment. #monero #xmr 🔐 #privacy

RandomX has brought democracy back to Monero mining. Unlike Bitcoin's ASIC monopoly, any laptop can participate. Its CPU-friendly design allows for a wider distribution of computing power and a more decentralized network, which is Satoshi Nakamoto's original vision. #monero #xmr #privacy #adoption

Central banks in several countries have launched CBDCs promising controlled anonymity. Translation: The government can see everything, but you can't. Monero offers truly uncontrollable anonymity: no backdoors, no master keys, no freeze buttons. Choose true freedom. #monero #xmr #privacy #freedom

Monero mining remains one of the most accessible ways for people to participate in decentralized cryptocurrency networks without needing expensive ASIC hardware. Unlike many other cryptocurrencies, Monero uses the RandomX algorithm, which is optimized for CPU mining and designed to resist ASIC dominance. In this thread, I want to share a realistic and practical overview of Monero mining for beginners and those earning small profits, projected for 2026. Why is Monero mining different? Monero focuses on privacy and decentralization. Because of: RandomX: CPU mining remains relevant. There is no strong centralization of ASICs. Fairer distribution compared to many Proof-of-Work cryptocurrencies. This makes Monero attractive to users with standard PCs or even low-budget setups. Hardware Considerations (Realistic Setup) Based on real user experiences and performance testing: Ryzen CPUs offer significantly better performance than lower-end processors. 8 to 16 GB of RAM is recommended for stable mining. An SSD improves system responsiveness during mining. However, mining with very low-performance devices can result in extremely small rewards and a greater impact on electricity costs. Profitability vs. Electricity Costs One of the most misunderstood aspects is profitability. Many beginners assume that mining equates to quick profits, but in reality: Profitability depends heavily on electricity costs. Hashrate efficiency is more important than uptime. Pool fees and network difficulty affect rewards. For users in regions with higher electricity costs, individual mining may not be profitable, and mining pools become the more practical option. Mining Pools vs. Individual Mining Mining Pools: Small and consistent rewards. Less variability. Easy to use for beginners. Individual Mining: Larger but rarer rewards. Requires a higher hashrate. Not recommended for small-scale miners. Long-Term Perspective Instead of viewing Monero mining as a "get-rich-quick scheme," it's more sustainable to consider it as: A way to gradually accumulate XMR. Support for network decentralization. Hands-on learning of blockchain infrastructure. Final Thoughts In my opinion, Monero mining is best suited for: Cryptocurrency enthusiasts. People who accumulate cryptocurrencies long-term. Users with idle CPU resources. Not ideal for those expecting quick or guaranteed profits. I'd like to hear from the community: Are you currently mining Monero in 2026? What hardware and pool are you using, and what has your actual profitability experience been so far? #monero #xmr #privacy

From the Cypherpunk mailing list to today's global network, Monero embodies the original ideals of cryptocurrencies: not as a speculative tool, but as a liberating technology. When regulators try to control everything, Monero demonstrates that code can resist the law.

The integration of tips in Monero (XMR) on Nostr already exists as a real feature, although it's still a niche market. Monostr, Nosmero and Posterchan AI are the three most visible services, and together they offer something valuable for Monero: They transform XMR into a native form of "Zap" within an open social network, without Lightning or custodians. WHAT DOES EACH ONE OFFER? MONOSTR Nostr Android client; the ɱ button opens the user's wallet with a Monero link; a "watcher" publishes a signed receipt on Nostr. It's the closest to a "Zap" experience in XMR: Direct payment from Cake, Monerujo, Feather, etc., without a custodian or wallet within the app. It requires the recipient to register their address and private view key with a watcher; Although it can be self-hosted, this adds friction. NOSMERO Nostr web client with XMR tips and on-chain verification via TXID and tx_key; it publishes a 9736 event. Very good for demonstrating verifiability: anyone can check the payment with check_tx_key, and it allows XMR paywalls. Exposing the tx_key allows verification of that specific payment, but it involves a manual step and reveals transaction data publicly. POSTERCHAN AI Nostr client/relay with a ɱ button to send XMR to posts or profiles; receipts appear as notes with a transaction hash. Useful as a social proof of concept: it displays real tips in the feed and encourages others to add their XMR address. It seems less polished and less well-known than Monostr or Nosmero; its reach depends on the community that uses it. IMPACT ON ADOPTION AND AWARENESS These projects help Monero in three concrete ways: THEY MAKE XMR USABLE, NOT JUST “STORABLE.” A tip is a small, frequent, and understandable use case: someone posts something useful and receives XMR instantly. Monostr brings it especially close to the mental standard of Nostr zaps. THEY NORMALIZE PRIVACY WITHOUT HIDING PROOF. Nosmero allows a tip to be verified through cryptographic proof on the blockchain, while Monostr can keep tips anonymous; this combination demonstrates that Monero can be private and auditable when the user chooses to reveal proof. THEY REDUCE NOSTR'S DEPENDENCE ON BITCOIN/LIGHTNING. Most Nostr customers associate “zap” with Lightning; these projects create a native Monero alternative, important for users who prioritize financial privacy. Even so, their overall impact today is modest but strategic. They aren't mass-producing Monero on their own, but they are creating infrastructure, interface standards, and public examples that other clients can copy. The biggest obstacle is that the user must understand XMR addresses, view keys, watchers, and—in some flows—tx_keys; that's still more complex than scanning a Lightning QR code. OTHER RELATED SERVICES Besides the three you mentioned, I found at least these: XMRADAR A Chrome/Firefox extension that adds XMR tip buttons to X/Twitter, discovering addresses published by Nostr users using PIN-A3 and PIN-39; it implements "Xaps," verifiable tips registered in Nostr according to NKIP-0002. MONSTR It appears listed as a Nostr client powered by Monero, although the publicly available information is more limited than that of Monostr or Nosmero. NOSTR RELAYS PAID IN XMR: These aren't tips, but they strengthen the ecosystem by allowing users to post or access relays by paying small amounts in Monero. Monostr is probably the most important for practical adoption because it integrates tipping directly into a Nostr client and uses the user's own wallet instead of a custodian. Nosmero is the most important for credibility and education because it makes the payment visible and verifiable on the Monero blockchain. PosterChan AI and XMRadar broaden visibility, showing that the idea can be extended to different clients and platforms. #monero #xmr #privacy #adoption #monostr #nosmero #posterchan

New here paternostr.poster.place

New here on BCHNostr, so excited 🥳

New here on Nosmero! 😁