IT FORENSICS · VEHICLES

IT Forensics for Vehicles – Forensic Analysis of Digital Vehicle Data

Modern vehicles store extensive amounts of digital data via control units, driver assistance systems, event data recorders and connectivity features, which can be analysed forensically in the event of accidents, theft or insurance claims.

We place particular emphasis on ensuring that our records are legally admissible, as well as on having key findings cross-checked by a second qualified person, in order to enhance the reliability of the results.

Specialising in vehicle forensics
Documentation admissible in court
GDPR-compliant processing
Experienced experts

BASICS OF CAR FORENSICS

How a forensic analysis of vehicle data is carried out

We analyse data from control units, Event Data Recorders (EDRs), driver assistance systems, battery management data for electric vehicles, as well as telematics and connectivity data – depending on the circumstances, in cases of accidents, theft or insurance claims. Key findings are cross-checked by a second qualified person wherever possible.

OUR APPROACH

This is how your examination will be carried out

A transparent process – from the initial enquiry to the handover of the report.

1
We clarify the issue at hand – such as the circumstances of an accident, theft or odometer tampering – as well as the vehicle type and relevant control units.
2
The vehicle and the relevant control units are forensically secured; hash values are used to verify data integrity.
3
Depending on the issue at hand, we analyse event data recorders (EDRs), driver assistance system data, battery management data or telematics data.
4
Key findings are cross-checked by a second qualified person in accordance with the dual-control principle.
5
The findings are documented in a clear and comprehensive report that can be used by insurance companies, the courts or businesses.

TYPICAL QUESTIONS

When is a forensic analysis of vehicle data appropriate?

  • Electric vehicles and battery management data
  • Advanced Driver Assistance Systems (ADAS) and the level of automation
  • Event Data Recorder (EDR)
  • Vehicle theft and immobilisers
  • Connectivity and telematics data
  • Odometer verification (odometer tampering)
  • Special-purpose vehicles and optional extras
  • Quality assurance and the dual-control principle

LIMITATIONS & CONCLUSION

What you should know

We analyse data from vehicle control units, event data recorders, driver assistance systems and telematics systems – in the event of accidents, theft or insurance claims. The legal assessment remains the responsibility of the insurance company, the court or legal advisers; we provide the independent technical basis of facts.

CUSTOMER REVIEWS

What our customers say

4.8 out of 5 stars on Trustpilot · 54 reviews

★★★★★

“The highest standards of professionalism, prompt service and excellent communication. They made the seemingly impossible a reality. This is what genuine customer service is all about – unrivalled in Germany!”

idalein

Verified review on Trustpilot

★★★★★

“Very helpful advice, excellent responsiveness and communication. My problem was completely resolved and the lost data was recovered. I’m very satisfied and, of course, relieved!”

Layla Pankratz

Verified review on Trustpilot

★★★★★

“My problem was sorted out professionally and quickly; everyone I spoke to was always friendly, and I can still get in touch if I have any questions – I’m very grateful for that!”

a woman from Cologne

Verified review on Trustpilot

Enquire now – free initial consultation

Do you need assistance with the forensic analysis of vehicle data? LanCologne captures and analyses ECU and event data in a reproducible manner, with documentation that stands up in court.

FREQUENTLY ASKED QUESTIONS

Frequently Asked Questions

Click on a question to see the answer.

What information does the Event Data Recorder (EDR) record in the event of an accident?
The Event Data Recorder, often referred to as an accident data recorder, briefly records vehicle parameters such as speed and braking behaviour in many modern vehicles in the event of an accident or a triggering event.
How is a vehicle theft reconstructed using forensic methods?
The forensic reconstruction of a vehicle theft brings together various digital data sources – such as keyless entry, immobiliser, alarm system and telematics data – to form a coherent overall picture of how the crime unfolded.
What data do advanced driver-assistance systems (ADAS) record?
Advanced Driver Assistance Systems, or ADAS for short, assist the driver with various driving tasks and, in some cases, record the times at which they are activated, as well as any warnings or interventions triggered.
Why are the findings of a vehicle inspection checked in accordance with the dual-control principle?
Where possible, key findings from a forensic vehicle examination are reviewed by a second qualified person in order to identify any misjudgements at an early stage and to enhance the reliability of the results.