Adsecdata Platform: An Open-Source Data Platform for Autonomous Driving Cybersecurity

Autonomous driving (AD) software needs to be secure, and its decision control must be robust against cyber threats. The development of cybersecurity solutions for legacy and connected vehicles has been supported by an array of opensource datasets, mainly focused on the CAN Bus protocol. There exists a lack of open-source cybersecurity data and communitydriven platforms that enable fair and reproducible evaluations of AD algorithms from a cybersecurity perspective and defensive mechanisms. This study addresses this problem by conducting an in-depth analysis of the data ecosystem for AD cybersecurity and introducing an initial open-source data platform, ADSecData. ADSecData offers the community a comprehensive 4 -stage method for the creation of AD cybersecurity datasets, along with an initial common dataset. We evaluate the utility of ADSecData through a case study featuring diverse malicious injection attacks, including GPS spoofing, LiDAR point-cloud manipulation, and sensor interference. The results demonstrate the viability of ADSecData in generating AD cybersecurity datasets and supporting community research and development.

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Publication Details

Published
2025-06-17
DOI
https://doi.org/10.1109/vtc2025-spring65109.2025.11174582
Primary Topic
Traffic Prediction and Management Techniques
Type
article
Field-Weighted Citation Impact
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article

Adsecdata Platform: An Open-Source Data Platform for Autonomous Driving Cybersecurity

Olaf Maennel, Raivo Sell, Mohammad Hamad, Mauro Bellone et al.
Traffic Prediction and Management Techniques
article

Adsecdata Platform: An Open-Source Data Platform for Autonomous Driving Cybersecurity

Olaf Maennel, Raivo Sell, Mohammad Hamad, Mauro Bellone, Andrew D. Roberts, Mohsen Malayjerdi, Sebastian Steinhorst
article en

Abstract

Autonomous driving (AD) software needs to be secure, and its decision control must be robust against cyber threats. The development of cybersecurity solutions for legacy and connected vehicles has been supported by an array of opensource datasets, mainly focused on the CAN Bus protocol. There exists a lack of open-source cybersecurity data and communitydriven platforms that enable fair and reproducible evaluations of AD algorithms from a cybersecurity perspective and defensive mechanisms. This study addresses this problem by conducting an in-depth analysis of the data ecosystem for AD cybersecurity and introducing an initial open-source data platform, ADSecData. ADSecData offers the community a comprehensive 4 -stage method for the creation of AD cybersecurity datasets, along with an initial common dataset. We evaluate the utility of ADSecData through a case study featuring diverse malicious injection attacks, including GPS spoofing, LiDAR point-cloud manipulation, and sensor interference. The results demonstrate the viability of ADSecData in generating AD cybersecurity datasets and supporting community research and development.

Tallinn University of Technology (EE), The University of Adelaide (AU), Technical University of Munich (DE)
Openalex Percentile: Top 71%
Traffic Prediction and Management Techniques
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Adsecdata Platform: An Open-Source Data Platform for Autonomous Driving Cybersecurity — Olaf Maennel, Raivo Sell, et al. · (2025) | TGRS Research Map | TGRS