Anticipating Adversary Behavior in DevSecOps Scenarios through Large Language Models
Mario Mar\'in Caballero, Miguel Betancourt Alonso, Daniel D\'iaz-L\'opez, Angel Luis Perales G\'omez, Pantaleone Nespoli, Gregorio Mart\'inez P\'erez

TL;DR
This paper introduces a novel approach using Large Language Models to predict adversary actions in DevSecOps, enabling proactive security measures through automated attack defense trees and Security Chaos Engineering.
Contribution
It presents a new LLM-based flow for automating attack defense tree creation, integrating it with Security Chaos Engineering to anticipate cyber threats in DevSecOps environments.
Findings
Automated attack defense trees effectively model adversary behavior.
Enhanced proactive defense strategies reduce vulnerability exposure.
Method demonstrated with reproducible experiment in GitHub repository.
Abstract
The most valuable asset of any cloud-based organization is data, which is increasingly exposed to sophisticated cyberattacks. Until recently, the implementation of security measures in DevOps environments was often considered optional by many government entities and critical national services operating in the cloud. This includes systems managing sensitive information, such as electoral processes or military operations, which have historically been valuable targets for cybercriminals. Resistance to security implementation is often driven by concerns over losing agility in software development, increasing the risk of accumulated vulnerabilities. Nowadays, patching software is no longer enough; adopting a proactive cyber defense strategy, supported by Artificial Intelligence (AI), is crucial to anticipating and mitigating threats. Thus, this work proposes integrating the Security Chaos…
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Taxonomy
TopicsInformation and Cyber Security · Network Security and Intrusion Detection · Software System Performance and Reliability
