XMRig is a high performance, open source, cross platform RandomX, KawPow, CryptoNight and GhostRider unified CPU/GPU miner and RandomX benchmark. Official binaries are available for Windows, Linux, macOS and FreeBSD.

The preferred way to configure XMRig is the JSON config file as it is more flexible and human friendly. The command line interface does not cover all features, such as mining profiles for different algorithms. Important options can be changed during runtime without miner restart by editing the config file or executing API calls.


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Everything is working correctly.

 Protection was triggered by an attempt by an application with limited rights to start the system process.

 It was necessary to add XMRigminer to trusted applications, which you did as a result.


 If anyone wants to try and replicate it the steps are as follows for Windows 10 Pro Build 1909.


 1. Pause protection

 2. Download XMRig

 3. Extract XMRig and move to a folder in a data drive

 4. Add folder and application (xmrig.exe) to exclusions

 5. Add xmrig.exe to "Specify trusted applications" in threats and exclusions settings

 6. Turn off "Perform recommended actions automatically" in Interactive protection

 7. Resume protection and open xmrig folder


 You should then get a popup asking if you want to delete xmrig.exe or add to exclusions, despite already adding both the folder and application to exclusions. If you select add to exclusions in the popup it will disappear and come back a couple of seconds later. This will repeat endlessly when you select add to exclusions, if you check your exclusions afterwards you will find a long list of duplicate exclusions.

In the older version, the worm will then unpack the XMRig Miner as Network01 to the tmp folder and run it. The miner is embedded within the Golang binary using a Go resource embedding package called go-bindata. The bindataFile functions are used by the malware to unpack the embedded XMRig Miner binary. Figure 2 shows the function inside this file.

Using the Activity Monitor application on my iMac (running Monterey 12.1) I noticed a process called "xmrig." It was using more than 100% of my CPU and much more memory than is physically available. I also noticed a process called "cudo-miner-core." I did once install a crypto miner but thought that I fully removed it 6+ months ago. My antivirus, ClamXAV, found the xmrig virus and quarantined it several times (I delete it each time). I've tried to use Malwarebytes to clean it out, but it's not clear to me what to do to generate a report. I am running the Premium trial right now, but it just shows three panels. The first shows no items detected; the second just continually says "scanning"; and the third says that Real-Time Protection is on.

I just wanted to let people know that there is currently a 3 XMR bounty out there for building a GUI XMRig miner (that allows a user to specify pools/config options and doesn't have hard-coded donation, among a few other items) for Android. And before anyone asks, the apps currently out there are either out of date, or do not quite meet the needs in the requirements described in this bounty.

I've been mining perfectly fine for a month since I started but today when I went to turn it on, I watched the xmrig.exe disappear. I re-extracted the miner a few diff times to diff drives and tried again. I was using 6.10 so I figured it may be an out of date problem, so I went to the github and downloaded the newest 6.12 and still the same thing was happening. Any help much appreciated. Would love to get my 3900x back up and printing money.

Edit: It seems a Windows update deleted the exemption I made in the windows defender for my miner folder. I made a new exemption and it seems to be working. I will update if anything goes wrong again. Is there any way to permanently disable win10 updates instead of that silly 35 day pause that they have in the update settings?

If you continue to have problems with removal of the xmrig cpu miner, reset your Microsoft Edge browser settings. Click the Edge menu icon (at the top right corner of Microsoft Edge) and select Settings.

Proof of Work (PoW) cryptocurrencies, like Bitcoin and Monero, use a process called mining to help secure the blockchain. To find a valid form of a block to add to the blockchain, a miner needs to perform computationally expensive operations. Miners are incentivized for their efforts by earning rewards for creating blocks.

Hey, so I am writing a bachelors thesis for which I need to mine crypto for a bit. I downloaded cudominer from the official website, but ever since first launch of Cudo application, XMRig miner process has been running and I cant shut it off with the Task manager and my PC keeps running even after I shut it down.

The initial detection for this cryptocurrency miner was for a suspicious Windows service running on the endpoint; the detection alerted shortly after the miner was placed on the endpoint, and the Windows service was created to ensure that it persisted on the endpoint. The detection is illustrated in Figure 2.

The Huntress team took a deeper look into this incident, specifically to determine the initial access that led to the cryptocurrency miner being installed, to see if there were any opportunities for detections that could be applied earlier in the infection chain.

The determining factor across all identified systems was the TeamViewer [.highlight]connections_Incoming.txt[.highlight] log file, which identified systems (by hostname, not IP address) that had connected to the endpoint, when, and for how long. Correlating this log information with the timeline of malicious activity from impacted endpoints clearly demonstrated that TeamViewer was the initial access used by threat actors to install the XMRig cryptocurrency miner.

All endpoints showed indications (via the TeamViewer [.highlight]connections_incoming.txt[.highlight] log file) of access from source systems that appeared to have a common naming convention. Specifically, [.highlight]DESKTOP[.highlight]-, followed by seven alphanumeric characters, such as [.highlight]DESKTOP-77Q9LC9[.highlight]. Several endpoints showed signs of repeated access from similarly-named endpoints, which aligned with the use of PowerShell to download and install a cryptocurrency miner. The Huntress team was not able to determine the IP address of the source systems from available TeamViewer logs.

One endpoint showed signs of prior access, including PowerShell scripts to download the XMRig miner from [.highlight]hXXp://follow247[.]xyz/ViewXmrig[.highlight] and subsequently, [.highlight]hXXps://github[.]com/xmrig/xmrig/releases/latest[.highlight]

As protection methods improve, the developers of miners have had to enhance their own creations, often turning to non-trivial solutions. Several such solutions (previously unseen by us) were detected during our analysis of the open source miner XMRig.

The installation process is of interest: the .NET executable file, packed into an ELF file using standard .NET Core tools (Apphost), sends information about the infected machine to the C&C server, and then downloads the cryptocurrency miner and its configuration. The versions of the loaders for Windows and Linux differ only slightly: the .NET build for different platforms saved the attackers from having to create a separate loader for Linux and allowed cryptocurrency mining on powerful Windows and Linux servers.

Detected in September 2020, Cliptomaner is very similar to its fellows: like them, it not only mines cryptocurrency, but can also substitute cryptowallet addresses in the clipboard. The miner version is selected according to the computer configuration and downloaded from C&C. The malware is distributed under the guise of software for Realtek audio equipment. On the whole, we saw no new techniques, but interestingly Cliptomaner is written entirely in the AutoIT scripting language. Most of the time, families with similar behavior are written in compiled languages, such as C# or C, but in this case the authors opted for a more creative approach, and wrote a lengthy script that selects the required version of the miner and receives cryptowallet addresses from C&C for substitution.

Before mining, you should decide if it is worth it or not for you. Youhave to decide this for yourself, based on your power costs and thehardware that you have available. There are many sites, such asCryptoComparethat allow you to enter your miner's speed and power draw, and it willshow you the profit (or loss) per week/month.

Some anti-viruses flag XMRig as malware because it is often deployedto infected computers to mine without the owner's consent. As it isyour computer and you are configuring the miner to mine for you, it issafe to add XMRig to your anti-virus whitelist.

On some CPUs, XMRig tries to increase performance by disabling certainfeatures like your CPU's instruction prefetcher. These operationsrequire root/administrator, so try right clicking xmrig.exe andrunning it as administrator, or running sudo ./xmrig on othersystems.

pplauncher is a rather large executable file (3.5 MB) that was written in Golang and then compiled for macOS. The sole responsibility of this process appears to be the fairly simple process of installing and launching the miner process.

This process appears to be an older version of the legitimate XMRig miner, which can be installed on Macs via Homebrew. Getting the version information from the current XMRig gives the following results:

This command invokes a PowerShell process in hidden mode and downloads a malicious file to the C:\ directory on the vulnerable server. After the download is complete, the PowerShell process executes the file. The file, minerxmr.exe, is the XMRig miner malware. ff782bc1db

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