Sabir VT
Principal Systems Architect at Independent Architectural Consulting
Bengaluru, Karnataka, India
Summary
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Rockstar🎓
Top SchoolSabir VT is a Principal Systems Architect with nearly two decades of experience designing mission-critical enterprise systems for Zebra, Motorola Solutions, Honeywell and aerospace clients, and currently consulting on Android internals, Windows COM/DCOM modernization, and on-device AI. He specializes in the low-level "plumbing" that securely connects hardware and software—C/C++, Java, Android frameworks and Windows internals—while also shipping modern integrations with Python, FastAPI and local LLM deployments (Ollama/Qwen). A two-time US patent holder, he has led global product lifecycles from architecture to deployment and built widely used enterprise frameworks such as Zebra’s Enterprise Browser and Keyboard. Sabir’s open-source contributions include improving camera support in the well-known Rhodes mobile framework, reflecting a blend of deep systems craftsmanship and practical device-level problem solving. Based in Bengaluru, he now focuses on reducing cloud dependency and preserving data privacy through on-device AI for industrial use cases.
11 years of coding experience
8 years of employment as a software developer
Bachelor Of Engineering, Electronics & Communication, Bachelor Of Engineering, Electronics & Communication at PA College Of Engineering / VTU
Github Skills (3)
camera-api10
cprogramming-language10
c-language10
Programming languages (2)
Github contributions (5)
rhomobile/rhodes
Dec 2014 - Feb 2016
The Rhodes framework is a platform for building locally executing, device-optimized mobile applications for all major smartphone devices.
Role in this project:
Mobile Developer
Mobile DeveloperContributions:244 commits, 88 PRs, 112 pushes in 1 year 2 months
Contributions summary:Sabir primarily contributed to the Rhodes framework, focusing on the camera functionality for Windows Mobile/CE devices. Their work involved fixing build issues related to camera extensions, modifying code in DirectShowCam, Camera_Impl, and Imager, and addressing problems with image path handling. They also added new features and corrected return types in the callback, focusing on improving the functionality and stability of the camera features.
smartphonelocallyandroidmobile-optimizedmobile-game
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