Computer Science • Systems • Full-stack • Reverse Engineering • Security

• 🎓 Computer Science graduate
• ⚙️ Focused on performance, systems, and low-level engineering
• 🔍 Reverse engineering, runtime analysis, and security research
• 🧩 Building Minecraft plugins (Kotlin) + internal tooling
• 🌐 Developing scalable backends & distributed systems
• 🚀 Using AI + automation to accelerate workflows

• API design, distributed systems, and backend architecture
• Caching strategies, data modeling, and performance tuning
• Authentication (JWT, OAuth, sessions)

• Event-driven systems
• Message queues and async processing
• Scalable microservice communication

• React / Next.js applications
• State management and SSR patterns

• Cloud-native architectures
• Containerization and orchestration
• Infrastructure as Code (Terraform)
• Scalable deployments and CI/CD pipelines

• Reverse engineering and binary analysis
• Memory manipulation and runtime inspection
• Assembly (x86/x64)
• Debugging (WinDbg, low-level tooling)

I build systems that are measured and optimized based on real data.

• Java → JVM profiling, GC tuning, allocation tracking
• C++ / C → CPU hotspots, cache optimization, memory layout
• C# → .NET profiling, async performance, GC pressure
• JS / TS → event loop, memory leaks, backend latency

Focus areas:

• Hot path optimization
• Memory efficiency
• Concurrency & threading
• Database + cache performance
• Profiling before optimizing

• Low-level program analysis and debugging
• Pattern scanning, hooking, runtime instrumentation
• Binary inspection and assembly analysis
• Identifying bugs, inefficiencies, and vulnerabilities
• White-hat mindset (bug discovery & fixing)

• FFmpeg (media pipelines)
• Protobuf / serialization systems
• High-performance data processing
• Custom tooling & automation
• AI-assisted development workflows