Combined software and hardware fault injection vulnerability detection

Given-Wilson, Thomas; Jafri, Nisrine; Legay, Axel

doi:10.1007/s11334-020-00364-5

Cited by 15 publications

(8 citation statements)

References 41 publications

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“…In the process of signal denoising, the selection and quantification of the threshold are very critical; it can be said that it directly affects the effect of denoising. erefore, in the application, the selection method and quantification rule of the threshold should be determined according to the specific situation [15].…”

Section: Ultrasonic Data Acquisition and Signal Processing Algorithmsmentioning

confidence: 99%

Detection and Analysis of Man-Machine Interactive Software Vulnerabilities Based on Ultrasonic Data Acquisition and Signal Processing Algorithms

Lei

2021

Advances in Multimedia

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With the gradual increase in the informatization, there is much software in various industries, such as data management, business execution, public orientation, and company OA, which greatly facilitates the development of various tasks, but it also brings many hidden dangers. There exist certain vulnerabilities in some software, which have become backdoors to be attacked. In view of these needs and potential hazards, the ultrasonic data acquisition and signal processing algorithms are introduced in this paper, analyzing and grasping the possibility of potentially dangerous paths by combining the instruction addresses and locations of software vulnerabilities, and avoid the existence of these software vulnerabilities through corresponding constraint instructions. The simulation experiment results prove that the ultrasonic data acquisition and signal processing algorithms are effective and can support the detection and analysis of man-machine interactive software vulnerabilities.

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Section: Ultrasonic Data Acquisition and Signal Processing Algorithmsmentioning

confidence: 99%

Detection and Analysis of Man-Machine Interactive Software Vulnerabilities Based on Ultrasonic Data Acquisition and Signal Processing Algorithms

Lei

2021

Advances in Multimedia

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“…The purpose of fault injection testing is to verify the effectiveness of the safety mechanisms or safety measures proposed during the system design and software/hardware design processes, including attributes such as response time and whether the system enters a safe state [5]. The specific implementation methods for fault injection can be broadly categorized into two types: hardware-based faults and software-based fault injection [6,7]. For hardwarebased fault injection, the main categories are as follows:…”

Section: Types Of Fault Injectionmentioning

confidence: 99%

Design of a Testing Tool Based on Fault Injection for Functional Safety

Yan,

Li,

Lei

et al. 2024

E3S Web Conf.

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ISO 26262 provides testing requirements for functional safety development and testing to mitigate unacceptable risks arising from system functional failures. Fault injection plays a vital role in assessing system robustness and validating the efficacy of safety mechanisms. This paper explores the fault types and implementation process of fault injection in the context of functional safety confirmation and validation. A fault injection board specifically designed for electrical faults is developed and integrated with Controller Area Network (CAN) messages to verify the effectiveness and correctness of safety mechanisms. The proposed approach offers the advantages of flexible switching and ease of control, making it a valuable tool in ensuring the functional safety of automotive systems.

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“…Hardware-based fault injections require expert knowledge and manual testing. However, their results are unquestionable [9]. It's a kind of physical fault injection.…”

Section: Hardware-based Fault Injectionmentioning

confidence: 99%

“…In Software-based fault injection, different errors or bugs are introduced at a software level that would result in the production of faults in hardware. For speedy coverage, Software-based fault injections depend upon simulations [9]. Software injection can further be categorized on how the Fault is injected: [11].…”

Section: Software-based Fault Injectionmentioning

confidence: 99%

Comparison of Fault Simulation Over Custom Kernel Module Using Various Techniques

Sandhu

2021

Research Journal Of Computer Science And Information Technology

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To test the behavior of the Linux kernel module, device drivers and file system in a faulty situation, scientists tried to inject faults in different artificial environments. Since the rarity and unpredictability of such events are pretty high, thus the localization and detection of Linux kernel, device drivers, file system modules errors become unfathomable. ‘Artificial introduction of some random faults during normal tests’ is the only known approach to such mystifying problems. A standard method for performing such experiments is to generate synthetic faults and study the effects. Various fault injection frameworks have been analyzed over the Linux kernel to simulate such detection. The following paper highlights the comparison of different approaches and techniques used for such fault injection to test Linux kernel modules that include simulating low resource conditions and detecting memory leaks. The frameworks chosen to be used in these experiments are; Linux Text Project (LTP), KEDR, Linux Fault-Injection (LFI), and SCSI.

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Combined software and hardware fault injection vulnerability detection

Cited by 15 publications

References 41 publications

Detection and Analysis of Man-Machine Interactive Software Vulnerabilities Based on Ultrasonic Data Acquisition and Signal Processing Algorithms

Detection and Analysis of Man-Machine Interactive Software Vulnerabilities Based on Ultrasonic Data Acquisition and Signal Processing Algorithms

Design of a Testing Tool Based on Fault Injection for Functional Safety

Comparison of Fault Simulation Over Custom Kernel Module Using Various Techniques

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