Security Research
Vulnerabilities are not shortcuts to access—they are consequences of design decisions, assumptions, and trade-offs. Understanding where systems fail makes them stronger.
Approach
Security research naturally emerges from a reverse engineering mindset. The focus is on understanding where abstractions leak—studying web servers, network services, operating systems, and applications with the goal of discovering novel vulnerabilities and responsibly reporting them, contributing to a more resilient digital ecosystem.
Focus Areas
Vulnerability Discovery
Systematic analysis of web servers, network services, operating systems, and applications to identify where abstractions leak and assumptions break down.
Binary & Firmware Analysis
Reverse engineering compiled binaries and firmware images to understand internal logic, control flow, security mechanisms, and trust boundaries.
Cryptographic Review
Evaluating cryptographic implementations for correctness, studying key management practices, and identifying misuse patterns in real-world deployments.
Sandbox & Isolation Escapes
Researching how containment mechanisms fail—sandbox escapes, privilege escalation chains, and the boundaries between trusted and untrusted execution contexts.
Memory Corruption Research
Studying buffer overflows, use-after-free, type confusion, and other memory safety issues as consequences of language and runtime design trade-offs.
Web & Network Services
Analysis of authentication systems, API security, server misconfigurations, and the complex interactions between DNS, TLS, load balancers, and application servers.
Research Topics
Authentication
- ▸Session management flaws
- ▸OAuth/OIDC misconfigurations
- ▸Certificate validation bypasses
Memory Safety
- ▸Stack/heap corruption primitives
- ▸Type confusion attacks
- ▸ROP/JOP chain construction
Logic Flaws
- ▸Race conditions
- ▸TOCTOU vulnerabilities
- ▸Business logic bypasses
Infrastructure
- ▸Boot chain attacks
- ▸Firmware implant detection
- ▸Hypervisor escape research
Methodology
- 1.Decompose systems into fundamental components and identify assumptions
- 2.Test assumptions through controlled experimentation
- 3.Document findings in structured, reproducible formats
- 4.Correlate vulnerabilities across layers (hardware → firmware → OS → application)
- 5.Responsible disclosure with clear timelines and coordination
- 6.Publish research to empower independent security researchers
Ethics & Responsibility
Understanding systems deeply carries responsibility. The same knowledge that enables exploitation also enables defense, auditing, and improvement. This work emphasizes consent, ownership, and responsible disclosure—real understanding over security theater and shallow compliance.