Corporate Fraud Analyst at Eneba (20M+ Users), Standalone Windows Desktop Software (.EXE) Architect, Dynamic Binary Reverse Engineer with Frida, and High-Concurrency Telegram Cloud Daemon Creator.
Corporate Fraud Analyst @ Eneba • Python Desktop Architect • Reverse Engineer
Explore My GitHub aznasim488-coderI am MD MINHAZUL ISLAM (NASIM), a Corporate Fraud Analyst at Eneba and systems engineer based in Bangladesh 🇧🇩. For over 3 years, I have actively protected a global digital marketplace serving 20,000,000+ users against automated fraud syndicates, credential stuffing, and illicit carding rings.
Alongside fraud forensics, I architect standalone Windows desktop software (.EXE), 24/7 autonomous Telegram cloud daemons with Supabase ledgers, and dynamic binary instrumentation tools with Frida for deep memory inspection and API protocol analysis.
A proven record in enterprise marketplace security, custom desktop systems, and binary analysis.
Conducting transaction forensics, investigating organized payment fraud rings, preventing account takeovers, and writing risk engine rules.
Engineering standalone Windows desktop (.EXE) suites, hardware-bound licensing, and 24/7 cloud daemons on Railway with Supabase ledgers.
Developing dynamic runtime hooking scripts using Frida Core, TLS/SSL pinning bypasses, and protocol decompilation.
A forensics-first methodology engineered for resilient software, anti-tamper security, and automated cloud workflows.
Analyzing target binaries, auditing network endpoints, dissecting API payload signatures, and scoping potential abuse vectors.
Writing dynamic Frida runtime interception scripts, architecting multi-threaded async workers, and structuring transactional databases.
Packaging into standalone Windows .EXE suites with hardware-locked licensing or building containerized Docker daemons with automated restarts.
Deploying live with real-time Telegram telemetry alerts, automated error recovery, database connection pooling, and continuous uptime.
My engineering philosophy is rooted in security, rigorous root-cause analysis, and unconditional reliability.
In enterprise fraud detection and automated daemons, downtime or missed fraud causes direct financial loss. Systems must be resilient and self-healing.
Never stop at surface symptoms. I trace bugs and vulnerabilities down to runtime memory offsets, race conditions, and network packet anomalies.
Software is designed with layered defense: hardware machine ID locking, secure secrets management, encrypted channels, and anti-tamper integrity checks.
"Simplicity is prerequisite for reliability. If you think technology can solve your security problems, then you don't understand the problems and you don't understand the technology."
Bruce Schneier — Renowned Security Technologist
Analytical interests, specialized tinkering, and research that keep my reverse engineering and forensics skills sharp.
Decompiling binaries and solving memory exploitation puzzles.
Tinkering with multi-port SIM hardware and AT scripting.
Analyzing digital currency velocity and fraud forensics.
Building developer automation tools and Frida hook templates.
I am open to specialized technical projects: custom Windows desktop .EXE suites, autonomous 24/7 cloud daemons, and corporate fraud telemetry systems.