ROM and kernel engineering | Reverse engineering | IPTV platforms | Automation | VR systems
I build performance-focused Android and Linux systems, private media tooling, automation pipelines, and low-level platform work where latency, stability, and control matter.
Private Android TV IPTV platform engineered for fast playback, responsive guide navigation, and predictable performance on both low-end and high-end devices.
- ExoPlayer-based playback architecture
- Fast channel switching and zap-performance tuning
- EPG loading, parsing, and rendering optimization
- Android TV navigation and remote-first UX refinement
- Platform behavior tested against real-world device constraints
- PureFusion ROM: custom Android ROM development
- Nebula Kernel: performance-focused Android kernel engineering
- MultiROM LG G3 Port: MultiROM support across LG G3 variants
- Router firmware projects: automated Linux firmware builds
- PureFusion Feed: Chrome extension and automation tooling
- PureFusion Torrent Bridge: integration and workflow automation
- VR / immersive projects: experimental immersive application work
- Android platform engineering with Kotlin, Java, native code, and system-level debugging
- Reverse engineering with APK analysis, JADX, manifests, runtime behavior, and integration mapping
- ROM, kernel, recovery, boot image, and device-tree workflows
- IPTV, streaming playback, EPG systems, and Android TV UX
- CI/CD automation with GitHub Actions and repeatable build pipelines
- Linux firmware, router workflows, Chrome extensions, and immersive application experiments
GitHub profile overview metrics
| Area | Focus |
|---|---|
| Android systems | ROMs, platform behavior, device integration |
| Kernel work | Performance tuning, boot flows, low-level debugging |
| Reverse engineering | APK analysis, manifests, app behavior, integrations |
| IPTV and media | Playback, EPG, Android TV navigation, latency |
| Automation | GitHub Actions, repeatable builds, release workflows |
| Linux and firmware | Router firmware, shell workflows, system tooling |
| VR and immersive | Experimental apps and interaction models |
- Measure before optimizing
- Keep systems fast, observable, and maintainable
- Prefer direct control over unnecessary abstraction
- Treat UX latency and runtime stability as engineering requirements
- Build tooling that can be repeated, audited, and improved
Performance first. Clean systems. Build it right.