Education
Bachelor of Technology - BTech
Computer Science and Engineering
University College of Engineering, Muttom, Thodupuzha, Idukki
Recognition
District Winner (YIP 7.0)
Young Innovators Programme
Recognized as District Winner under Young Innovators Programme 7.0 (YIP 7.0) for innovation in Data Sciences and Future Technologies. Awarded for the initial prototype (solidServe) that successfully demonstrated operational digitisation within Akshaya Centers, which subsequently evolved into the enterprise platform xerweon™.
Selected Work
Engineering robust solutions focusing on operational digitization, high-performance systems, and developer tooling.
xerweon™
www.xerweon.comA comprehensive operational digitisation platform for Akshaya centers. Used by nearly 100 centers, handling queue management, hardware-bound access control, staff governance, and complex billing workflows.
Core Architecture & Features
Gatekeeper Enforcement
Hardware-bound access control ensuring software access is restricted strictly to center-registered PCs, tying staff check-ins directly to workstation usage.
Invoice Lifecycle Tracking
Complex parent-child linkage for recurring items, advance/balance handling, and wallet-based accounting with immutable activity logs.
Corrosion Engine
View Technical Paper (PDF)Context Aware GenAI-based C-to-Rust Transpiler. An advanced system utilizing compiler design principles and graph algorithms to intelligently translate legacy C code into safe Rust.
Intelligent Transpilation
Designed to bridge the gap between memory-unsafe C systems and modern Rust safety guarantees. It leverages AST parsing via Clang and dependency resolution through NetworkX to provide context-aware, distributed transpilation pipelines managed by Celery and Redis.
solidServe
The initial MVP built as an accounting and management SaaS for Akshaya Centers. Focused on reducing bookkeeping friction, it validated the operational need and directly evolved into xerweon™.
Evolution to xerweon™
After real-world usage, a strategic decision was made to rewrite the system from the ground up. This involved redesigning the database schema, restructuring domain models, and strengthening financial enforcement logic. Both solidServe and the complete architectural rewrite into xerweon™ were independently designed and built by me.
Tech Stack
The primary tools and frameworks I use to build.
Languages & Frameworks
- Rustxerweon™ / Corrosion
- TypeScript / Next.jsxerweon™ / solidServe
- Python / DjangoCorrosion Engine
- NestJSxerweon™
Infrastructure & Data
- PostgreSQLxerweon™ / solidServe
- RedisCorrosion Engine
- Dockerxerweon™ / Corrosion
- Linux AdministrationCirranex
Architecture & Tooling
- WebSocketsxerweon™
- CeleryCorrosion Engine
- Taurixerweon™
- Clang / NetworkXCorrosion Engine