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ali@alicnc.pk
GEOMETRIC MEDIA PROTOCOL • .SVGV & .SVGC
Architect: Muhammad Ali (@thealidev)
VectorVision: SVGV
Beyond Pixels. Beyond Raster. Beyond "Digital Trash."
The world's first geometry-based video and camera standard replacing raster media (.mp4, .mkv, .jpg) with mathematical vector coordinates inspired by CNC spindle toolpathing. Infinite resolution scaling with up to 85% data compression on budget mobile hardware.
Download VectorVision APK
GitHub @thealidev/VectorVision-SVGV
85%
Data Compression vs MP4
Zero pixel grid overhead
∞
Resolution Scalability
Native 16K/32K vector render
2GB - 4GB
RAM Hardware Target
Optimized C++/NDK engine
0 ms
Raster Blur & Buffering
Continuous coordinate stream
The Universal Standards
Engineered to replace 30-year-old raster pixel formats with pure mathematical Bézier coordinates.
.svgv
VIDEO STANDARD
Scalable Vector Global Video
Replaces legacy raster video formats (.mp4, .mkv, .avi, .webm). Handles frame-to-frame motion as a continuous stream of mathematical geometric toolpaths rather than millions of discrete color pixels.
G-code style vector path stream
Searchable Vision without AI post-processing
Ultra-low bandwidth streaming for 2G/3G networks
.svgc
CAMERA STANDARD
Scalable Vector Geometric Camera
Replaces lossy photo formats (.jpg, .png, .bmp, .heic). Captures optical reality as a single-frame coordinate map with zero pixel compression artifacts or sensor grain noise.
Bilateral pre-filtering cleans camera grain
Fidelity Lock protects facial features
Infinite optical zoom with mathematical clarity
📐 CNC-Inspired Engineering & C++/NDK Architecture
Directly derived from the founder's hands-on experience programming high-speed CNC routers and Vectric Aspire CAM toolpaths, VectorVision treats digital frames like machine cuts:
Parallel Scanline Vectorization
Native C++/NDK engine written to maximize low-cost ARM chipsets, allowing 2GB–4GB Android phones to vectorize camera frames in real time.
Fidelity Lock Algorithm
Detects High-Frequency Interest Zones (human faces, focal points) and locks dense Bézier precision to salient areas while simplifying background textures.
Heterogeneous Execution
Splits tasks intelligently: GPU generates Bézier curves, NPU calculates saliency zones, and CPU dispatches the compact geometric vector stream.