VMRX, also known as VargaMesh RX, is an independent Layer-1 cryptocurrency built with Monero-derived blockchain technology and the RandomX mining algorithm. This technical overview covers its distinct architecture, mainnet specifications, desktop node and mining software, and early developmental status.
What is VMRX?
VMRX is a standalone Layer-1 cryptocurrency designed around Proof-of-Work mining and independently operated nodes. The project utilizes RandomX, an algorithm tailored for general-purpose CPUs. While its underlying codebase is derived from Monero, VMRX operates as a separate network with its own genesis block, independent consensus rules, addresses, blocks, and mining rewards.
Unlike tokens deployed on external networks such as Ethereum or BNB Chain, VMRX does not share the Monero blockchain or rely on third-party host chains. More details can be found on the official VMRX website.
Mainnet technical specifications
| Specification | VMRX |
|---|---|
| Coin name | VargaMesh RX |
| Symbol | VMRX |
| Blockchain | Independent Layer 1 |
| Consensus | Proof of Work |
| Mining algorithm | RandomX |
| Codebase | Monero-derived |
| Target block time | 120 seconds |
| P2P network port | 29780 |
| Local daemon RPC port | 29781 |
| Coinbase maturity | 60 blocks |
| Tail emission | 0.6 VMRX per block |
| Maximum supply | No fixed supply cap |
| Founder allocation | 200,000 VMRX premine in block 1 |
| Mainnet status | Live |
| Source code | Open source on GitHub |
The project publishes its technical parameters and source code publicly so developers and node operators can examine network mechanics directly.
VMRX and VMESH are completely different cryptocurrencies
An essential distinction for users is that VMRX is not the same cryptocurrency as VargaMesh (VMESH). Despite the shared naming prefix, the two projects function across separate blockchain networks.
VMRX uses RandomX Proof of Work and Monero-derived architecture, whereas VMESH operates an independent SHA-256d blockchain with AuxPoW support. Because address formats, consensus rules, and blockchain histories diverge entirely, VMRX cannot be sent directly to VMESH addresses, nor does it exist as a token on the VMESH chain.
RandomX mining and network participation
Network participants can allocate computational power to VMRX through CPU-oriented Proof-of-Work mining. RandomX prioritizes consumer hardware efficiency over specialized SHA-256 ASIC equipment.
The node software exposes local mining controls to start, monitor, and stop CPU mining processes. Block discovery remains probabilistic and depends on network difficulty, hashrate distribution, and miner competition. Node operators must verify wallet address accuracy and ensure full mnemonic backup recovery before receiving mining payouts.
VMRX Node & Miner desktop software
For graphical management, the project provides VMRX Node & Miner v0.1.3 across Windows and Linux. The desktop application packages the following core functions:
Starting and monitoring a local VMRX node.
Viewing blockchain synchronization progress.
Monitoring connected peers and network difficulty.
Managing CPU mining operations.
Creating and opening encrypted wallet files.
Displaying wallet addresses and balance information.
Accessing transaction history and recovery functions.
The integrated desktop wallet engine remains experimental. While new wallet generation and seed recovery have undergone initial testing, funded mainnet transactions and historical wallet imports still require validation. Large balances should not be entrusted to the native wallet until stability improves.
Standalone VMRX Core
Users preferring headless node operations can deploy the standalone VMRX Core software, which maintains the ledger, validates peer data, and provides local RPC endpoints. Version v0.1.3 introduces enhancements to mainnet peer discovery and synchronization routines. Source code and binary builds are maintained in the VMRX Core GitHub repository.
Blockchain explorer and website tooling
The project website integrates a public blockchain explorer displaying block heights, block hashes, mining difficulty metrics, transaction records, and real-time network status. Web tools offer read-only visibility into ledger activity; private key operations and recovery phrase entries should strictly remain on local, verified software rather than public web interfaces.
Transparent supply and founder allocation
VMRX launched with a documented 200,000 VMRX founder premine allocated in block 1. Consequently, the cryptocurrency is not an unallocated or zero-premine launch. Ongoing issuance uses a tail emission of 0.6 VMRX per block, resulting in an uncapped total coin supply over time.
Exchange listings and market availability
As of October 25, 2026, VMRX has no confirmed listings on centralized or decentralized cryptocurrency exchanges, and no official market price exists. Development remains focused on protocol stability, peer synchronization, and wallet testing. Users should exercise caution regarding unofficial trading channels or unverified price quotations.
Development priorities and participation
Current development roadmap items prioritize node synchronization stability, transaction verification tests, explorer tooling improvements, and expanded technical documentation. Because early-stage networks carry risks of software bugs, network disruption, and wallet bugs, participants are advised to verify builds independently, store seed phrases offline, and test features with minimal funds.
Conclusion
VMRX establishes a standalone Monero-derived network centered on RandomX CPU mining. With live mainnet infrastructure and open-source binaries available, ongoing efforts center on wallet stability, transfer verification, and network hardening without an active secondary market exchange presence.
Written by atis1993, rewritten and improved by the Coinvote editors according to our editorial guidelines.
