The days of needing specialized computing hardware and sophisticated know-how to mine digital currency are over. Anyone can easily mine Verium. Just download the Verium Vault software to any computer, click mine and starting earning Verium, the digital gold that backs the digital currency VeriCoin. Verium is one of the few digital currencies that can not be mined by specialized GPUs and ASICs.By making it easy for anyone and everyone to mine Verium the project has created a more decentralized system.
Power Based Rewards
As mining power increases the reward slowly decreases, this mechanism makes the reserve commodity supply curve drop based on increased demand and can drive a value increase over time and increased usage.
- 1 General
- 2 Mining Software Guides
- 3 Solo vs. Pool Mining
- 4 Hardware
- 5 Maintenance & Monitoring
- 6 Optimization
The overall network can be viewed in the Live Global Mining Statistics.
The network difficulty evolution is displayed here.
- Complete Guide How To Mine Verium by birty
Miner command options
The mining command options differ a bit depending on the actual software and setup you use, but this sample should give an overview:
cpuminer -o stratum+tcp://pool-eu.bloxstor.com:3003 -u VEXMki29ycW5vSt3MmdM5iwHqsHux91EMr.Guide -p GuidePwd -1 4 \ Pool URL or Solo Wallet IP / \ Pool User Name / \ PoolPwd / \ #threads /
- CPU specific
--cpu-priority 4 --cpu-affinity 0x0000F0
-b 4049 --api-bind 0.0.0.0:4049
Mining Software Guides
The first mining software especially designed for Verium was provided by Douglas Pike aka effectstocause, one of the creators of this project.
Based on effectstocauses original miner fireworm has created an update which includes several optimizations especially for Linux (memory) and ARMv8 CPUs.
cpuminer, cpuminer-opt can be used as well.
Solo vs. Pool Mining
Solo mining is not for everyone but with a little patience and determination even low hash rates can render results. While rare, when it occurs it is very lucrative. If you have over 15Kh/m and don't mind waiting for your rewards, there are several advantages.
- Zero downtime - You are directly connected to the blockchain
- Zero pool fees - Typically about 1%
- Zero withdrawal fees
- Zero trust in a third party
- zero dependency on pool availability
- All transaction fees per block!
Step 1: Setup your Wallet
Once you have your verium wallet installed, you must edit your verium.conf file. The following example assumes your local network is 192.168.1.0/24 and your wallet has an IP address of 192.168.1.10. You will need to keep your 'rpcuser' and 'rpcassword' when you point your miner to your wallet.
server=1 daemon=1 rpcuser=solouser rpcpassword=s0l0pass rpcallowip=192.168.1.* rpcallowip=localhost
The verium.conf can be found in the following locations:
%APPDATA%\Roaming\Verium or c:\users\[username]\appdata\roaming\verium
~/.verium or /user/home/.verium (The folder is hidden so you must put the "." in the path)
Step 2: Point your miner to your wallet
Once you have you wallet setup. You can start pointing your miners to mine direct.
cpuminer.exe -o 192.168.1.10:33987 -O solouser:s0l0pass
./cpuminer -o 192.168.1.10:33987 -O solouser:s0l0pass
The payout algorithm of poolium, n3rd3d, beertendr and OVH recently was updated to PPLNS to prevent pool hopping:
Pay Per Last N Shares (PPLNS) - A PPLNS pool is the same as a Prop pool in so much as the miner takes the risk of variance. Where they differ is how the payouts are calculated. PPLNS pools were designed to stop pool hoppers as they don’t technically payout the current block, rather they payout based on an average of the shares you submit over the last x number of blocks. As a result, when you first start mining on a PPLNS pool like d2’s pools you’ll notice that you hardly get paid anything until a few hours later. This will ramp up over time and once you stop mining, you still get paid for a few hours… this is due to the “buffer effect” of PPLNS and pool hoppers hate this as they cant jump on a fresh, profitable round! You, as a loyal miner still get the correct amount eventually but you have to be a bit patient for the ramp up and ramp down times.
NEW: Detailed overview of all pools.
The following mining pools are available. Please look at their "Getting started" pages:
- Register for an account
- Login and create a worker for each miner you control (alternatively, you can re-use workers for multiple miners)
- Download your miner e.g. cpuminer-opt or verium miner
- Configure your miner for Poolium
- Poolium Settings:
- For cpuminer-opt...
./cpuminer-opt -a scrypt:1048576 -o stratum+tcp://vrm.poolium.win:3333 -u Weblogin.WorkerName -p WorkerPassword
- Or for verium miner...
./cpuminer -o stratum+tcp://vrm.poolium.win:3333 -u Weblogin.WorkerName -p WorkerPassword
- Weblogin is your registered username from Step 1.
- Workername and WorkerPassword are the values you set when you created your worker in Step 2.
- 'Note:' These command lines are for Linux. If you are using Windows, replace the "./" with the path to your .exe file.
cpuminer -o stratum+tcp://us.vrm.n3rd3d.com:3333 -u Weblogin.WorkerName -p WorkerPassword \ Pool URL incl. diif.-port ^ / \ Pool User+ Worker / \ PoolPwd /
How to set up a Verium Mining Pool.
Reminder: when solomining there is zero downtime, zero pool fees, zero withdrawal fees, zero trust, zero dependency, plus all transaction fees per block!
Fee efficient payout is 20 VRM (which will cost 0.2 fee).
Special Hardware Guides:
See a comparison of hashrates across a variety of processors!
Help us out by adding your hashrate to the growing database!
A hashrate profitability calculator:
- Please make your own copy of this spreadsheet by selecting "File > Make Copy"
- Make changes locally by entering your data into the green fields (the spreadsheet has been locked except for green cells to ensure continued functionality)
Hardware Buying Guide
If you are planning on purchasing hardware for VRM mining there are 4 main routes you can take. The fasted ROI can be had from used server hardware; the best long term profitability comes from used laptops and SBC’s.
- Used Server Hardware
- Used Laptops
- Single Board Computers (SBC)
The below table outlines the basic pros and cons of each build type:
|Power Usage||Upfront Cost||Maintenance Burden||Hashrate|
Maintenance & Monitoring
If you have a Raspberry Pi at hand there is an OS image with pre-installed Web-based Miner Monitor for easy use.
A web-based miner monitor was initially contributed
- here by birty and there is an
- extended version here done by DerrickE as well as
- another one here by wienerdog.
- Updated frontend version forked from DerrickE's by ChiefThunderCunt here
- Miner.farm is interesting. Needs some set-up and shuffling of binaries but it also allows control of miner (at least start/stop) from any web browser. I have played around with it some. Very spiff. Not $cheap. Low system resource use.
- Minera can be set up for custom local-miner and also can monitor miners on your LAN by RPC. ad-supported $free. I have played with it, some. Spiff. Easy install and set-up. Requires node.js and all the system overhead that comes with it. Right now Minera does not appear to work with Fireworm's cpuminer port.
You can also check your miners if you run your wallet on linux by executing:
Netstat | grep :33987
in a terminal. If they are connecting means they are working.
TheTinkeringTypist's CLI Monitor
A python script to help monitor miners on a LAN, great for small to moderate sized SBC setups.
By default, it is configured to work on a machine running two miner instances, one using port 4048 and one using port 4049. If you are using a single miner or a miner bound to a different port number, change the ports in the list in monitor.py:
#! monitor.py ports = [4048, 4049] #! NOTE: Change port numbers to those in use by your miners pool_mining = True #! NOTE: Change to False if solo mining
Each miner has to be configured with the correct api-bind option at launch:
cpuminer [options] --api-bind "0.0.0.0:<port-number>"
So long as cpuminer is configured with the correct api-bind option, this script will work regardless of worker architecture.
NOTE: different miners may not report all currently displayed information.
g4b's CLI Monitor
Another python script to monitor miners, with focus on pool mining with grouped workers (ie. several cpuminer instances using the same pool worker id).
Supports querying MPOS API to measure difference between cpuminer-reported hashrates and pool-reported hashrates.