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SaaS Solution

High-Scale Multi-Tenant SaaS Assessment Platform

Engineered a scalable multi-tenant SaaS ecosystem supporting 50K+ concurrent users and delivering over 1,000,000 automated sessions monthly.

2024 — PresentKodmonk Engineering Practice · Core SaaS Platform Delivery50K+ Concurrency
High-Scale Multi-Tenant SaaS Assessment Platform
Engagement & Scope

Enterprise SaaS Client Project

Kodmonk architected, developed, and deployed the full end-to-end multi-tenant SaaS platform.

Pod Scope: Dedicated 8-person engineering pod across Backend, Frontend, DevOps, and QA.

Designed capacity
Context

Context

Client required a modern multi-tenant EdTech SaaS platform capable of handling peak examination windows, live candidate proctoring, question bank management, and real-time evaluation.

Challenge

Challenge

Sustain high availability, low latency, and zero data-loss during massive simultaneous user spikes while maintaining strict multi-tenant isolation.

Kodmonk Approach

Kodmonk Approach

  1. 01

    Designed microservices architecture powered by Node.js, Next.js, and Laravel APIs.

  2. 02

    Implemented distributed caching with Redis and async queue pipelines with RabbitMQ.

  3. 03

    Configured autoscaling Kubernetes clusters with automated health probes and cloud load balancing.

  4. 04

    Established OWASP security controls and automated VAPT compliance pipelines.

Outcomes

Outcomes

  • Platform scaled seamlessly to handle 50,000+ concurrent live users.
  • Over 1,000,000 monthly assessments processed with 99.99% uptime.
  • Reduced infrastructure cost by 35% through efficient resource scheduling.
System Architecture

System Architecture

01Next.js Candidate & Admin Dashboard
02Node.js & GraphQL Microservices
03Redis Caching & RabbitMQ Queues
04Kubernetes & Multi-Region PostgreSQL
Constraints

Constraints

  • Zero downtime during live exam windows
  • Strict data isolation between tenants
  • Sub-100ms API response latency under load
Trade-offs

Trade-offs

  • Microservices over monolith for independent scaling
  • Asynchronous processing for high-cost valuation logic
Technology

Technology Stack

Next.jsNode.jsLaravelGraphQLKubernetesRedis