The results of the mining calculator are just the results of multiplying and diving different numbers. #2 rule of every mining calculator: Always take the results of the mining calculator as a point for comparison and not a sacred truth. And as soon as a coin is being mined with minerstat, we add it to our mining calculator. Why is such a coin on the mining calculator anyway, you might ask? Because some of the experienced miners, developers of this coin, or pool operators for this coin are actually mining this coin. Thousands of people use mining calculators every day and they have stumbled upon the same data as you did - if the coin would actually be making fortunes, most of the miners would already mine it. #1 rule of every mining calculator: If the estimated earnings of one coin are very high, there is a greater chance that there is something wrong in calculation or with this coin particular than the chance of actually making that much. They will answer the questions a miner should be asking when they are exploring what to mine.
Hash calculator comparison how to#
While we already published a guide on how to use a mining calculator like a pro (which you should also read), there are still some other tips and tricks you can use. If applicable, clear the Enabled option next to any previously imported hash sets that you don't want to use for this search.With the increasing number of people exploring different mining calculators, more questions rise up.Browse to the location where you saved the hash sets, and then click Open.In Ignore non-relevant files, click Add file.Even though the files are excluded from the Artifacts explorer, you can still view the files and the tag that is applied to them in the File system explorer. txt files containing MD5 hashes (such as NSRL files), with each hash declared on its own line. Ignoring non-relevant files is subject to the specified size limit for hash files. If you don’t want common operating system files like icons, wallpapers, system files, and so on to clutter up your evidence, you can exclude them by providing their hash values in a hash set. In the Tag field, provide a name for the tag.If applicable, clear the Enabled option next to any previously imported hash list files that you don't want to use for this search.Browse to the location where you saved the hash list and click Open.In Tag files with matching hash values, click Add file.In AXIOM Process, click Processing details > Calculate hash values.You can view the matching files in the File system explorer in AXIOM Examine.
After you add a hash list, you can provide a tag that gets applied to the files. txt files containing MD5 or SHA1 hashes (such as NSRL files), with each hash on a separate line. If you want to quickly see if known files exist in your evidence, you can import a list of hash values for files that might be of interest to your case. In Calculate hash values for all files, select the Calculate hash values for all files option.In AXIOM Process, click Processing details > Calculate hash values.By default, files larger than 500 MB will not be hashed though you can customize the file size limit for hashing. In AXIOM Examine, you can then quickly search for, compare, or filter those files based on known hash sets (for example, NSRL hash sets).Ĭalculating hash values slows down processing times. Calculate hash values for all filesĭuring a search, AXIOM Process can calculate unique hash values for each file. AXIOM Process remembers your previous selections the next time you create a new case or add evidence to an existing case. Searching through and categorizing each file can be a very time consuming task.īy calculating hash values for all files and importing hash sets of known files, AXIOM Process automatically searches and categorizes evidence for you.
Evidence sources can contain thousands of files, including known files that are critical to an investigation and common files that are not relevant.
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