IT Forensics – Windows
Forensic Analysis of Windows SMB Artifacts – Tracing Network Shares and File Accesses
The Server Message Block (SMB) protocol is used in Windows for file and printer sharing, as well as for accessing network resources. As part of a digital forensics investigation, SMB-related artefacts can provide evidence of network shares, connections to other systems and specific file accesses.
A professional analysis is never carried out in isolation. Only by correlating data with event logs, network profiles, registry artefacts, user accounts and other digital traces is it possible to carry out a robust technical assessment.
Why LanCologne?
Since its foundation, LanCologne has specialised in professional IT forensics. Our staff have decades of experience in the field of information technology and assist companies, solicitors, private individuals and, on a regular basis, the courts in the technical investigation of complex digital matters.
The examination is carried out exclusively on a forensic copy or a forensic image. The original evidence remains unchanged and is stored in a manner that preserves its evidential integrity.
Our services
We analyse SMB-related system artefacts, reconstruct network connections and correlate all findings with other Windows artefacts. All stages of the investigation are documented in a transparent manner.
Typical areas of application
This is how the analysis works
Once a forensic image has been created, the relevant SMB artefacts are analysed. This is followed by a technical assessment, carried out in conjunction with other digital evidence.
Why are SMB artefacts important?
They can provide evidence of network communication and the use of shared resources. However, their significance only becomes apparent once all relevant digital traces have been analysed as a whole.
Frequently Asked Questions
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LanCologne – Windows Forensics in Cologne
Do you need a professional analysis of Windows SMB artefacts or other Windows components? LanCologne can assist you with the forensically sound preservation of digital evidence and the objective analysis of complex Windows systems.
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