![]() ![]() Within the product folder you might make additional subfolders for your different categories of products and could add additional levels of subfolders as needed depending on the range of products you sell. The lifestyle photos are the ones used for headers, footers, on your homepage, etc that showcase your products being used. ![]() The product photos will be all of the pictures you’ll use in the store portion of your website. If you have an online store, you might want to start by making two folders within your master – one called Products and another called Lifestyle. Name the folder the name of your website plus the word Photos. Right click (or two-finger click on a Mac) on your desktop, in finder on Mac, or windows explorer on PC and click “New Folder”. Start general and then get more specific.īegin with a master folder. The best place to start is by creating a structure to organizing these photos into folders.Īt first it might make sense to organize your images by the date they were taken but in the long run it’s usually more helpful to categorize them by the contents of the images. If you’re working towards the hundreds, though, it can quickly become overwhelming. If you only have a dozen or so images, it’s easy to keep them all in one folder. This guide is to help you follow the best practices to re-name your photos before they are used on your website. It will also make finding images in the website’s media library a lot easier for both of us! It can be time consuming now, but will be worth it in the end. Next we use stats to calculate how many different filenames that hash ran as, including the filenames and the full cli strings for contextual data.įinally, we filter for where the same hash ran as at least two filenames, indicating a rename.When it comes to this kind of thing, Google is king and we need to play by their rules.įollowing these steps will help your overall Google rankings, so it is important to take the time to get it right. | stats dc(filename) as NumFilenames values(filename) as Filenames values(Image) as Images by sha1 We also make it lowercase so that Windows' lack of case sensitivity doesn't mess with our analysis. | rex field=Image "(?*)$" | eval filename= lower(filename)Įarlier versions of Sysmon didn't extract a filename by default, so we are adding that in here. Because we're looking for process launches, we then filter for EventCode=1 (the Sysmon Process Launch code). This could be any EDR data source that provides file hash information. Live Data index=* sourcetype= "xmlwineventlog:microsoft-windows-sysmon/operational" EventCode= 1įirst we pull in our basic dataset, which consists of XML format Sysmon logs from the endpoints (ingested via the Sysmon TA). It then looks for the number of filenames per system, per file hash, and surfaces files that have been renamed. Our dataset is a collection of Windows process launch logs (Event ID 4688), where we have hashing turned on (look for tools like WLS, or Sysmon to help here). This example leverages the Simple Search assistant. If not, the user credentials may have been used by another party and additional investigation is warranted to determine if executables have been loaded onto the system with common names.įind Processes with Renamed Executables Help If it is authorized, document that this is authorized and by whom. Contact the user and system owner and contact them regarding this action. Determine which system(s) are executing the renamed executables by observing the user, image and parent image values, amongst others. When this search returns values, initiate your incident response process and identify the system(s) with the matching hashes. Generally, you should not review these alerts directly (except for high sensitivity accounts), but instead use them for context, or to aggregate risk (as mentioned under How To Respond). ![]() ![]() If you see false positives here, you should be able to filter out the noise by looking the final filename and filter out those instances. This search will look for any time an executable file is renamed, which should be rare but could occur during software installations. For the demo and live version of this search we use Microsoft Sysmon with the CommandLine field, but you could adjust that to another data source and match the field names (extract filename, sha1 or change the field names to match that datasource). In order to use it, we need to get process launch events with the file hash information. Implementing this search is similar to any of the other searches that require EDR data. ![]()
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