Real L!VE – Enterprise Live Event Ticketing & Nightlife Streaming Platform

Overview Real L!VE is a production-grade, high-throughput live event ticketing, creator booking, and streaming platform built for venue hosts, event organizers, performers, and attendees. Engineered as a single-page application (SPA) backed by a distributed serverless micro-endpoint architecture on Supabase (PostgreSQL 15), the platform manages the full event lifecycle—from initial booking and multi-tier ticketing to high-concurrency QR code scanning, automated multi-party collaborator payouts via Stripe Connect, and TCPA/GDPR-compliant Twilio SMS marketing campaigns. The platform architecture emphasizes atomic concurrency control, edge-computed serverless business logic, multi-tenant revenue sharing, and time-zone-aware event notification orchestration. Core Engineering Modules & Capabilities 1. High-Concurrency Concurrency Control & Atomic Reservation Engine Race Condition Mitigation: Engineered an atomic reservation pipeline utilizing database row-level locking strategies to eliminate double-bookings and ticket overselling during peak traffic surges without locking global table reads. Automated Quota Reclamation: Integrated background cleanup routines executed via pg_cron to automatically release expired pending reservations back into available inventory when payment completion timeouts occur. 2. Serverless Edge Microservice Architecture Decoupled API Infrastructure: Built and deployed a distributed serverless API layer utilizing Deno Edge Functions on Supabase to handle specialized workflows (checkout initialization, scanner authorization, promo code validation, and payout aggregations). Service-Role Isolation & Authentication: Strictly encapsulated sensitive administrative operations within Edge Functions using elevated service keys while validating caller JWTs for client-side authorization and access control. 3. Automated Revenue Sharing & Multi-Party Payout Engine Stripe Connect Integration: Configured Stripe Connect Express onboarding for creators, DJs, and venue hosts—enforcing full KYC verification, account state monitoring, and automated commission splitting. Automated Batch Payout Processing: Implemented optimized database views and scheduled pg_cron jobs to calculate accrued collaboration fees and execute automated batch transfers to connected seller bank accounts. 4. Compliant SMS Marketing Wallet & Quiet-Hour Engine Atomic Credit Balance Engine: Built an isolated messaging credit wallet service with atomic balance calculation hooks tied directly to payment processing event webhooks. TCPA/GDPR Compliance & Quiet Hours: Engineered time-zone-aware dispatching routines that enforce recipient local quiet hours derived from country code parameters, alongside automated opt-in/opt-out (STOP) handling via the Twilio API.
Portions of this case study describe publicly available aspects of a client project. Proprietary code, internal architecture details, and non-public information have been omitted or redacted pursuant to confidentiality obligations. Certain internal implementation details and proprietary code have likewise been omitted.
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- Classification
- CLIENT PROJECT
- Timeline
- Apr 5, 2025→ACTIVE
- Tenure
- 482 days
- Industry
- FinTech / EventTechHigh-Concurrency TicketingCreator Economy SaaS







