Hello! I'm Vinay Saurabh, a software developer specializing in customized software solutions.
I focus on building efficient and scalable applications with a clean user experience. I love solving complex problems and working on products that make a difference.
Led end-to-end development and deployment of complex systems including CFD and Forex Trader, CRM, CMS, and UMS, integrating Firebase Cloud Messaging (FCM) for real-time notifications. Managed over 100 projects in a fast-paced startup environment, leveraging Xcode Cloud for automated iOS deployments and Fastlane for streamlined Play Store releases. Implemented GitHub CI/CD workflows to automate web app deployments on Firebase Hosting. Developed scalable, containerized Firebase Cloud Functions using Node.js, ensuring maintainability and performance on cloud infrastructure. Maintained high availability on IIS servers while collaborating across teams to deliver business-aligned software solutions.
APM Trader - iOS APM Trader - Android APM Trader - Web APM CRM - WebDelivered full-stack mobile solutions across diverse domains including field sales, urban services, AR commerce, and music streaming. Developed the JKMSFA app for JK Tyres' Field Sales Staff, implementing offline-first data sync and robust geo-tracking. Built Easer, a UK-based Urban Company alternative with vendor, admin, and customer portals. Engineered a real-time AR jewellery try-on experience with camera overlay. Also led development of KELU, a Spotify-style streaming app with offline support, artist profiles, and a dynamic CMS.
JKMSFA - AndroidEaser - UK (Private)
AR Jewellery App (Confidential)
KELU Music App (Confidential)
Developed an internal Zerodha Kite-style trading application as a POC to simulate live market activity and order flows. Built modular invoicing systems for GST and non-GST clients with real-time PDF generation and ledger tracking. Designed a secure internal chat application for team collaboration and implemented dynamic document/email communication workflows integrated with role-based access controls.