Revisiting the M2M remote SIM provisioning protocol: A comprehensive security and performance analysis
Alexandria Engineering Journal, Elsevier
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2025 2025 2025 2026 2026
Jhury Kevin Lastre
Lead, OWASP Cebu
Talk
The New Attack Surface: Emerging Threats at the Apex of Cybersecurity
Emerging Trends ·Post-Quantum ·All Levels
A keynote that frames the day. As computing moves to post-quantum cryptography, AI-driven pipelines, software-defined radios, and connected vehicles, the attack surface stops being a perimeter and becomes everything. Jhury connects the threads running through APEX 2026 - crypto agility and post-quantum readiness, AI-augmented AppSec, the cellular edge, software supply chains, side-channel and fault-injection attacks on silicon, and automotive systems - into a single map of where cybersecurity is heading and what defenders should prepare for next.
Research
- Cybersecurity Researcher, MobiSec Lab, Kookmin University
- MS in Cybersecurity, Kookmin University
- Research in 5G security, eSIM provisioning, and post-quantum cryptography
Engineering
- Nearly 4 years of full-stack development experience
- Lead Software Engineer, Tax Maverick Software
- Next.js, Supabase, TypeScript, Node.js, GraphQL, Docker, and Kubernetes
Community
- Lead, OWASP Cebu
- Workshop speaker and organizer for AppSec and web development
- Former Microsoft Learn Student Ambassador and GDSC San Carlos CTO
Jhury Kevin Lastre got his MSc Degree in Cybersecurity from Kookmin University, Seoul, South Korea. He is a software engineer with nearly 4 years of full-stack development experience and a growing specialization in cybersecurity research, with work spanning 5G security, eSIM provisioning protocols, and post-quantum cryptography.
His research and engineering work includes 5G security, formal verification of eSIM security protocols, virtual eSIM and 5G roaming testbeds using Open5GS, Docker, and Kubernetes, and machine learning approaches for intrusion detection in 5G networks.
As Lead of OWASP Cebu, Jhury helps bridge software engineering practice and security awareness through community events, technical workshops, and local cybersecurity education.
Published research
2026
Evaluating Transport Layer Security 1.3 Optimization Strategies for 5G Cross-Border Roaming: A Comprehensive Security and Performance Analysis
Sensors, MDPI
Formal Verification of Remote SIM Provisioning Common Mutual Authentication using BAN Logic
IEEE ICCT Pacific 2025
Enhancing Roaming Security in Cloud-Native 5G Core Network through Deep Learning-Based Intrusion Detection System
Computer Modeling in Engineering and Sciences, Tech Science Press
Towards 6G Roaming Security: Experimental Analysis of SUCI-Based DoS, Cost, and NF Stress
Applied Sciences, MDPI
Benchmarking Deep Learning Architectures for Real-Time Intrusion Detection in Kubernetes-Orchestrated 5G Core Networks
Research Briefs on Information and Communication Technology Evolution