SIXT Ride · Platform

Multi-tenant Rule Engine Framework

Designed a reusable rule engine to support condition-based dispatching with AND/OR logic, priority resolution, and conflict detection. Supports multiple knowledge bases with versioned rule evaluation and traceback. Built to be reusable across pricing, capacity distribution, and future rule-based domains — not just dispatching.

SIXT Ride · Cross-product

Flight Tracking — Multi-tenant Extension

Extended SIXT's existing Ride flight tracking system to support Rent reservations. Designed the multi-tenant architecture with tenant-aware Kafka event publishing and gRPC subscription endpoints. Enables proactive ride upselling to rental customers arriving at airports — part of the Ride-Fly-Rent Must-Win-2026 initiative.

SIXT Ride · Supply

Supply Sync — Standard Supply API Platform

Contributed to the architecture of SupplySync — a standardised API enabling third-party transport service providers to integrate with SIXT Ride self-service. Covered the reservation lifecycle, driver and vehicle assignment, webhook-based location updates, partner throttling, OpenAPI documentation, and OAuth2 client_credentials authentication.

SIXT Ride · AI Tooling

Agentic Workflows for Engineering Teams

Built LLM-powered workflows to improve team productivity — spec-driven development (generating implementation specs from requirements), automated incident triaging and fix suggestions, and proactive monitoring. Championed AI-assisted development practices across the Ride engineering division.

Myntra · Commerce

Discount Management System — Monolith to Microservice

Re-architected Myntra's Discount Management System from a monolith into a standalone microservice. Achieved over 95% improvement in page load performance and reduced on-call incidents from 3–4 per week to near zero.

Myntra · Partner Platform

Multi-tenant Partner & Contract Lifecycle System

Designed and built the core generic lifecycle components enabling a strict maker-checker process across Partner and Contract entities — without any business downtime. Architected for extensibility so any future entity can adopt the lifecycle with minimal changes.