Summary
- VirusTotal detections confirmed — SHA-256 48d0a3f845d7df80666b32a676126d9e4b0ad5cb286e532d155a38eb36276727 is flagged by multiple AV engines.
- File properties expose anomalous metadata inconsistent with any legitimate Windows or game component.
- The Everything tool rapidly locates the Kazo binary on disk regardless of folder location.
- Prefetch folder records execution history and survives standard user-side cleanup.
Overview
Kazo is a commercially distributed FiveM cheat. It has an established VirusTotal detection profile with multiple AV engine hits, making hash-based identification straightforward. Its file properties carry distinctive metadata that differentiates it from legitimate software at a glance.
The Everything tool is particularly effective for locating the Kazo binary on disk regardless of where the user has stored it. Combined with prefetch records and hash verification, Kazo leaves a robust and cleanup-resistant forensic trail.
Sample metadata (IOC)
The following file was recovered and added to the research corpus. All hash values are provided for cross-platform matching.
SHA-256 48d0a3f845d7df80666b32a676126d9e4b0ad5cb286e532d155a38eb36276727 SHA-1 1cdb0035e19acb20e81b4cd05607e8e1aacafd88 MD5 a6366805d6a2d49ca5478875fc3d77a3
The SHA-256 value 48d0a3f845d7df80666b32a676126d9e4b0ad5cb286e532d155a38eb36276727 is the primary identifier for cross-referencing against VirusTotal and other threat intelligence platforms.
Behavioral indicators
VirusTotal detections
The Kazo binary receives detections from multiple AV engines on VirusTotal. Submitting the SHA-256 hash directly to VirusTotal will return the current detection verdict without needing to upload the file.
File properties
The file properties of the Kazo binary reveal anomalous metadata. Right-clicking the executable and opening Properties exposes version information and signing details that are inconsistent with any legitimate application.
Everything tool file location
The Everything tool (by voidtools) provides instant filesystem search and is highly effective for locating the Kazo binary regardless of where it has been placed on disk. Searching for the known filename or partial strings in the Everything index will surface the file immediately.
Screenshare check guide
Work through these steps in order. Step 1 provides the fastest definitive identification via hash lookup. Steps 2–4 cover on-disk presence and execution history.
VirusTotal hash check
- Submit the SHA-256 hash 48d0a3f845d7df80666b32a676126d9e4b0ad5cb286e532d155a38eb36276727 to VirusTotal.
- A detection result confirms the presence of the known Kazo binary. No file upload is required — hash lookup is sufficient.
Everything tool search
- Open the Everything tool and search for Kazo-related filenames.
- The tool will instantly surface any matching files across all indexed drives, regardless of folder depth or obfuscated placement.
File properties analysis
- Right-click any located binary and open Properties.
- Check the Details tab for version information, product name, and company fields. Legitimate software will have consistent, verifiable metadata. Anomalous or blank fields are a red flag.
Prefetch folder check
- Navigate to C:\Windows\Prefetch and look for any prefetch entry matching the Kazo executable name.
- A prefetch entry confirms that the binary was executed on this system and provides a timestamp of the most recent run.
Detection summary
Artifact Survives cleanup? Check location ────────────────────────────────────────────────────────────────────────── VirusTotal hash match N/A (remote) virustotal.com hash search Everything tool file location Until deletion Everything search index File properties metadata Until deletion Right-click → Properties Prefetch record Usually C:\Windows\Prefetch
The most immediately actionable indicator is the VirusTotal SHA-256 hash match. Submitting 48d0a3f845d7df80666b32a676126d9e4b0ad5cb286e532d155a38eb36276727 to VirusTotal returns a definitive verdict. On-disk presence is rapidly confirmed via the Everything tool, and prefetch records provide persistent execution history.
Defensive material
All indicators and methodology documented here are published for server administrators, DFIR practitioners, and anti-cheat researchers. This material describes detection techniques only. For vulnerability disclosures or to contribute to the research corpus, contact security@clubhouseac.shop.