IT Forensics – Windows
Forensic analysis of Windows ReadyBoot and ReadyBoost artefacts – tracing boot processes and system usage
ReadyBoot and ReadyBoost are designed to optimise start-up and loading processes in Windows. Depending on the version of Windows and the system configuration, this may result in artefacts that allow conclusions to be drawn about boot processes, disk usage and certain system activities.
As part of a professional IT forensic investigation, this information is never assessed in isolation. Only by correlating it with prefetch files, event logs, registry artefacts and other file system traces is it possible to arrive at a reliable 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
Analysis of ReadyBoot and ReadyBoost artefacts, chronological ordering of system starts, correlation with other Windows artefacts, and full documentation of all investigation steps.
Typical areas of application
This is how the analysis works
Once a forensic image has been created, the relevant artefacts are identified, analysed and technically assessed alongside other digital traces.
Why are ReadyBoot and ReadyBoost artefacts important?
They can provide additional insights into system start-ups and performance optimisations. However, their evidential value 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 ReadyBoot or ReadyBoost artefacts? LanCologne can assist you with the forensic preservation of digital evidence and the objective analysis of complex Windows systems.