ThesisInformation Technology

Cloud-Native Event-Driven Microservices for Enterprise Campus Portals

SA
Student Author
•Advisor: Dr. Sambath Pen•Academic Year 2026•Information Technology Engineering
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Submitted: July 24, 2026

01. Executive Abstract

This capstone thesis analyzes latency, fault tolerance, and queue backpressure in cloud-native microservices architectures powering Cambodian higher education institutions.

Track Focus:Information TechnologyThesisInformation Technology Engineering

02. Key Results & Benchmarks

  • Sub-second delivery across 50,000 multi-channel notifications
  • Guaranteed idempotency under network retries

03. Tech Stack & Tools

LaravelNext.jsPostgreSQLRedisDocker
Original documents

Cloud-Native Event-Driven Microservices for Enterprise Campus Portals

Job_Portal_Research_Report.pdf · PDF

Download Job_Portal_Research_Report.pdf
Cloud-Native Event-Driven Microservices for Enterprise Campus Portals | ITE RUPP Thesis