YU H, ZHU Z B, WEI S, et al. Research on intrusion detection model based on synchronization of heterogenous executer[J]. Chinese Journal of Network and Information Security, 2025, 11(1): 54-65.
YU H, ZHU Z B, WEI S, et al. Research on intrusion detection model based on synchronization of heterogenous executer[J]. Chinese Journal of Network and Information Security, 2025, 11(1): 54-65. DOI: 10.11959/j.issn.2096-109x.2025006.
Research on intrusion detection model based on synchronization of heterogenous executer
DHR)构造技术可以通过判别异构执行体的行为一致性检测攻击。该发现为入侵检测提供了新的思路,基于该思路提出了一种新的入侵检测模型——IDHES(intrusion detection model based on synchronization of heterogenous executer),可在无训练的前提下检测到多种类型的入侵。同时,模型采用内外部事件转换的方式实现异构执行体目标功能同步,降低了因执行体异构性导致的检测假阳率。通过对模型的检测原理及检测准确率进行理论分析,得出IDHES检测准确率仅依赖异构执行体协同攻击成功率和目标功能同步效率这一推论。为验证模型有效性,进一步构建了DHR架构的微控制器原型验证系统,实现了基于内外部事件转换的目标功能同步方法。最后,利用白盒插桩模拟攻击的方式对模型的攻击检测能力进行了测试,测试结果验证了IDHES检测准确率仅依赖异构执行体协同攻击成功率和目标功能同步效率这一推论,也表明IDHES可在不依赖先验知识、不提前训练的情况下,对不同类型的攻击进行实时检测。
Abstract
Intrusion detection and cybersecurity situational awareness technologies based on machine learning and deep learning have generally been limited by their reliance on prior knowledge and pre-training
which restricts their accuracy in detecting various types of attacks. The dynamic heterogeneous redundancy (DHR) construction technique
which detects attacks by evaluating the behavioral consistency of heterogeneous executers
offers a new perspective for intrusion detection. Based on this concept
a novel intrusion detection model called IDHES was proposed. This model was capable of detecting multiple types of intrusions without requiring pre-training. Additionally
synchronization of the target functions of heterogeneous executers was achieved through internal and external event conversions
thereby reducing the false positive rate caused by the heterogeneity of executers. Through theoretical analysis of the model
it was concluded that the detection accuracy of the IDHES model depends solely on the success rate of coordinated attacks by heterogeneous executers and the efficiency of target function synchronization. To verify the effectiveness of the model
a prototype MCU system based on the DHR architecture was constructed
and the target function synchronization method was implemented through internal and external event conversions. Finally
the attack detection capability of the model was tested using white-box instrumentation. The test results confirm the conclusion that the detection accuracy of the IDHES model depends solely on the success rate of coordinated attacks by heterogeneous executers and the efficiency of target function synchronization. Furthermore
the results demonstrate that IDHES can perform real-time detection of various types of attacks without relying on prior knowledge or pre-training.
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references
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