RESEARCH & DEVELOPMENT // DIVISION

SOFTWARE & MEDIA LABS

Technical laboratory specifications covering studio video hardware, low-level C++ game runtime engineering, and digital signal processing.

LAB-01HARDWARE VIDEO & BROADCAST AUTOMATION

OPERATIONAL

VEPLEXITY CAM & BROADCAST STUDIO RIG

A customized multi-angle hardware camera capture rig paired with dynamic OBS automation. Switches camera scenes based on audio thresholds, game telemetry hooks, and real-time controller triggers for YouTube broadcasts.

Pipeline:Low-latency 1080p60 HDMI Matrix

Switching:Automated Python / OBS-WebSocket Daemon

Telemetry:Real-time stream health & bit-rate monitoring

Production:VePlexity Comeback Stream Archive

Live Laboratory Broadcast:OPEN ON YOUTUBE

LAB-02REVERSE ENGINEERING & LOW-LEVEL SYSTEMS

ACTIVE RESEARCH

GAME ENGINE RUNTIME & C++ INJECTION

Custom runtime memory hooking and dynamic render interception targeting Grand Theft Auto and open-world sandbox engines. Manipulates internal entity coordinates, free-cam matrix offsets, and renders diagnostic HUD overlays directly via DirectX.

Architecture:C++20 / Assembly x64 Hooking

Memory Pipeline:Dynamic pattern scanning & pointer resolution

Render Engine:DirectX 11/12 ImGui overlay injection

Safety:Offline sandboxed memory inspection

LAB-03DIGITAL SIGNAL PROCESSING & STUDIO ACOUSTICS

DEPLOYED IN BOT & MEDIA

AUDIO MASTERING & DSP SIGNAL CHAINS

Custom digital signal processing chains delivering studio-grade broadcast sound. Features multi-band dynamic compression, vintage tube harmonic saturation, and automatic ITU-R BS.1770-4 LUFS loudness normalization for Discord voice nodes and YouTube mastering.

Standard:-14 LUFS integrated / -1.0 dB True Peak

Algorithm:Adaptive lookahead limiter & phase alignment

Integration:VePlexity Bot audio filter pipeline

Sampling:48kHz 24-bit floating point processing