DocQuantum

docquantum@netwatch.net GitHub Night City, NUSA

I write daemons that don’t just run—they infiltrate. From ICE-breaking algorithms to full-stack web apps, I’m the netrunner you want when results matter. Don’t waste my time with corpo-speak; let’s flatline obstacles and ship something sharp.

Credentials

Education

Arasaka Academy of Cyberwarfare 2073–2077

Bachelor of Science in Cyber Engineering with a Specialization in Autonomous Systems

Skills

Programming Languages

Rust, JavaScript/TypeScript, C/C++, Java, C#, Python, Bash

Technologies & Tools

Node.js/Bun, Svelte, Docker, Git, Unity, HTML/CSS, Linux/UNIX

Other

Fluent in Russian, Netwatch-certified ICE-breaker (level 3)

Experience

[Cybersecurity Corporation]

Software Daemon Engineer 2077–present

  • Net-Intrusion Daemon Development

    Authored state-of-the-art ICE-breaking daemons in Rust capable of penetrating Militech’s 4th-gen military defense systems. These daemons ensured secure corporate espionage and covert data exfiltration.

  • Embedded Systems Engineering

    Developed firmware for high-security cybernetic implants in C on a custom Arasaka ARM platform, incorporating next-gen quantum encryption and real-time diagnostics over a custom Netwatch-restricted comm stack.

  • Database & API Management

    Engineered optimized C/C++ storage modules for neuro-mapped data extraction from cyberbrain implants, integrating it into black-site testing labs. Maintained covert REST API endpoints for secure data flow between Arasaka outposts.

  • Hardware-Software Integration

    Led a multi-disciplinary team in developing next-gen ICEbreakers, synchronizing code and hardware across various platforms (RaspberryPi-based netrunners, Arasaka Zero-One servers). Integrated fault-tolerant neural network learning capabilities.

  • Cryptographic Optimization

    Re-engineered black-box cryptographic routines for OTA firmware updates on secure cybernetic devices, reducing execution time by 40% while ensuring minimal footprint for stealth installations on low-resource cyberimplants.

  • Process Improvement

    Implemented containerized virtual environments via Docker for secure and reproducible code deployment, minimizing detection risks during Arasaka’s black ops.

  • Legacy System Integration

    Reverse-engineered ancient Militech firmware running on pre-collapse systems, writing custom Z180-based emulators to deploy covert backdoor access for future operations.

  • Client Coordination

    Collaborated with high-profile clients in Night City’s underworld to deliver bespoke software solutions tailored to their highly specific security needs. Provided continuous updates and troubleshooting for deployed daemons.

University of Night City, Autonomous Research Lab

Senior Netrunner Research Assistant 2075–2077

  • Deployed an advanced neural network on a Netwatch-grade supercomputer for corporate espionage purposes, optimizing for high-latency urban surveillance.
  • Developed a C# Unity application for generating synthetic data to train deep learning algorithms on predicting underground syndicate activity.
  • Continuously enhanced the system’s accuracy in detecting subversive communications and secret weapon shipments across the combat zone.
  • Created real-time 3D demos using Unity and WebGL to simulate complex data interception techniques, for training upcoming netrunners in Arasaka’s educational programs.
  • Designed a Unity tool for visualizing data siphoned from illegal Militech drones for further analysis and integration into Arasaka’s defense network.