root@neomatrix:~$ ./identify_user.sh
Critical infrastructure design and bare-metal Hypervisor in Rust (x86/ARM/RISC-V). HackOS implementation (hardened AlmaLinux). Observability dashboard in Flutter.
Financial systems and KYC Pipeline (Metamap). Fintech infrastructure modernization.
IBM z/OS Mainframe Architecture. Automation with JCL/REXX. COBOL/DB2 modernization to Hybrid Cloud. Computer Vision platform (Python/Java).
Computational Astrophysics: Light curve processing. Deep Learning with CNNs and Transformers for stellar classification.
Distributed architecture with NestJS, MongoDB and Kubernetes. Java Microservices on GCP.
[Windows Native] [System] [Product]
Maintenance tool for developers and gamers. Deep cleaning for Docker, WSL2 (VHDX compact), NPM and Gradle. Fluent UI Design. Global commercialization.
launch_site ->[Linux] [Security] [Mission Critical]
Linux-based Operating System designed from scratch for mission-critical environments. Focused on stability, total environment control and hardened security.
[Rust] [Virtualization] [Security]
Bare-metal hypervisor focused on hardware-level isolation and security. Multi-architecture support (x86_64, aarch64, riscv64). VM manager with dynamic disk overlay.
[C++] [Assembly GAS] [Kernel]
Development of a custom kernel demonstrating absolute mastery of memory management, interrupts and hardware control.
git checkout ->[Julia] [Open Source]
Significant contributions to the Julia ecosystem. Author of Diana.jl (GraphQL), Merly.jl (Microframework) and Faker.jl (Data Generator).
[Hardware] [Verilog] [AI Inference]
ASIC module prototype for AI inference. PCIe interface design and custom SDK for integration.
[CyberIntelligence] [Malware Analysis] [APT]
Technical forensic analysis of "Equation Group" (NSA). Documentation of state-sponsored offensive tools and persistent attack vectors (APT).
git checkout ->Generación de exploits de kernel con IA, detección de malware en nanosegundos con eBPF y Spectral Clustering. Publicado en el blog de referencia en ciberseguridad hispanohablante.
Manual completo de programación en ensamblador x86. Desde registros hasta bootloaders. Prólogo por Sheila A. Berta (Head of Research @ Dreamlab).
A micro web framework written in Julia to create web applications and microservices. Focuses on high performance and ease of use.
READ PAPER →Guía integral de optimización de bajo nivel y arquitectura de sistemas usando Ensamblador X86.
OBTENER LIBRO →Deep dive into Julia's type system and performance characteristics compared to C/Fortran.
READ ARTICLE →
Shellcode con RNNs, buffer overflow, Linux Kernel Self-Protection
Escribe tu propio sector de arranque en Assembly
Integración de bajo nivel para desarrollo de S.O.
Análisis léxico, sintáctico y generación de código final
> INITIATING SECURE CONNECTION...
> ENCRYPTION: AES-256... OK
Encrypted channel open. Ready for new missions.