Integrating Multi-Agent Simulation, Behavioral Forensics, and Trust-Aware Machine Learning for Adaptive Insider Threat Detection
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arXiv
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| Autori principali: | , , , |
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| Natura: | Preprint |
| Pubblicazione: |
2026
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| _version_ | 1866917189172330496 |
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| author | Kausar, Firdous Muallem, Asmah Sattar, Naw Safrin Kurdi, Mohamed Zakaria |
| author_facet | Kausar, Firdous Muallem, Asmah Sattar, Naw Safrin Kurdi, Mohamed Zakaria |
| contents | We present a hybrid framework for adaptive insider-threat detection that tightly integrates multi-agent simulation (MAS), layered Security Information and Event Management (SIEM) correlation, behavioral and communication forensics, trust-aware machine learning, and Theory-of-Mind (ToM) reasoning. Intelligent agents operate in a simulated enterprise environment, generating both behavioral events and cognitive intent signals that are ingested by a centralized SIEM. We evaluate four system variants: a Layered SIEM-Core (LSC) baseline, a Cognitive-Enriched SIEM (CE-SIEM) incorporating ToM and communication forensics, an Evidence-Gated SIEM (EG-SIEM) introducing precision-focused validation mechanisms, and an Enron-enabled EG-SIEM (EG-SIEM-Enron) that augments evidence gating with a pretrained email forensics module calibrated on Enron corpora. Across ten simulation runs involving eight malicious insiders, CE-SIEM achieves perfect recall (1.000) and improves actor-level F1 from 0.521 (LSC) to 0.774. EG-SIEM raises actor-level F1 to 0.922 and confirmed-alert precision to 0.997 while reducing false positives to 0.2 per run. EG-SIEM-Enron preserves high precision (1.000 confirmed-alert precision; 0.0 false positives per run), slightly improves actor-level F1 to 0.933, and reduces detection latency (average TTD 10.26 steps versus 15.20 for EG-SIEM). These results demonstrate that cognitive context improves sensitivity, evidence-gated validation enables high-precision, low-noise detection, and pretrained communication calibration can further accelerate high-confidence insider threat identification. |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2601_04243 |
| institution | arXiv |
| publishDate | 2026 |
| record_format | arxiv |
| spellingShingle | Integrating Multi-Agent Simulation, Behavioral Forensics, and Trust-Aware Machine Learning for Adaptive Insider Threat Detection Kausar, Firdous Muallem, Asmah Sattar, Naw Safrin Kurdi, Mohamed Zakaria Cryptography and Security Artificial Intelligence We present a hybrid framework for adaptive insider-threat detection that tightly integrates multi-agent simulation (MAS), layered Security Information and Event Management (SIEM) correlation, behavioral and communication forensics, trust-aware machine learning, and Theory-of-Mind (ToM) reasoning. Intelligent agents operate in a simulated enterprise environment, generating both behavioral events and cognitive intent signals that are ingested by a centralized SIEM. We evaluate four system variants: a Layered SIEM-Core (LSC) baseline, a Cognitive-Enriched SIEM (CE-SIEM) incorporating ToM and communication forensics, an Evidence-Gated SIEM (EG-SIEM) introducing precision-focused validation mechanisms, and an Enron-enabled EG-SIEM (EG-SIEM-Enron) that augments evidence gating with a pretrained email forensics module calibrated on Enron corpora. Across ten simulation runs involving eight malicious insiders, CE-SIEM achieves perfect recall (1.000) and improves actor-level F1 from 0.521 (LSC) to 0.774. EG-SIEM raises actor-level F1 to 0.922 and confirmed-alert precision to 0.997 while reducing false positives to 0.2 per run. EG-SIEM-Enron preserves high precision (1.000 confirmed-alert precision; 0.0 false positives per run), slightly improves actor-level F1 to 0.933, and reduces detection latency (average TTD 10.26 steps versus 15.20 for EG-SIEM). These results demonstrate that cognitive context improves sensitivity, evidence-gated validation enables high-precision, low-noise detection, and pretrained communication calibration can further accelerate high-confidence insider threat identification. |
| title | Integrating Multi-Agent Simulation, Behavioral Forensics, and Trust-Aware Machine Learning for Adaptive Insider Threat Detection |
| topic | Cryptography and Security Artificial Intelligence |
| url | https://arxiv.org/abs/2601.04243 |