Blog

In 2026, MiCA reshaped the Monero-Zcash debate: one ships privacy by default, the other ships it as an option. A deep comparison of ring signatures, zk-SNARKs, fungibility, and the real-world tradeoffs.

Monero churning sends XMR to yourself before spending, deepening anonymity by refreshing decoys and breaking timing links. This 2026 guide explains when it matters, how many hops to use, and the wallets that handle it best.

Monero's Seraphis transaction protocol and Jamtis addressing scheme are the network's biggest upgrade since RingCT. This guide explains what changes, why fungibility improves, and how to prepare your wallet for activation in 2026.

RingCT is the cryptographic scheme that has hidden every Monero amount on chain since 2017. Here is how Pedersen commitments, Bulletproofs+, and CLSAG cooperate — and what FCMP++ changes in 2026.

Monero's biggest privacy upgrade in a decade replaces 16-output ring signatures with cryptographic proofs spanning the entire chain — over 100 million outputs. Here is how FCMP++ works, what changes for wallets, and how to prepare for the fork.

Every Monero transaction quietly creates a fresh one-time output that no observer can link to your public address. Here is how stealth addresses derive that output, and what their privacy guarantees do not cover.

A 2026 walkthrough for self-hosting a Monero full node on a Raspberry Pi: which model and SSD to pick, real sync times, systemd hardening, Tor remote access, and how a personal daemon eliminates a metadata leak every public-RPC wallet suffers.

Cut your Monero blockchain footprint from 215 GB to 90 GB without losing any privacy. This guide covers pruned node setup on Linux, Raspberry Pi 5, macOS, and Windows — with the exact systemd unit, monerod.conf, and Tor configuration.

Your remote Monero node operator can see your IP, refresh patterns, and broadcast timing — even when the cryptography stays sealed. Here is how local nodes, Tor endpoints, and pruned daemons actually compare in 2026.