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test video case on world
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One of the most interesting engineering challenges I've worked on recently at Code Huddle wasn't building a new feature. It was designing infrastructure that allows an entire platform to grow without requiring new deployments.
The problem was making multi tenancy completely dynamic.
Instead of hardcoding tenants or maintaining separate deployments, the platform automatically resolves requests based on the incoming hostname. Every tenant lives behind its own wildcard subdomain, and the middleware determines the correct context before the request reaches the application.
Some of the engineering challenges I worked on included:
• Dynamic wildcard subdomain resolution using host based tenant detection.
• Middleware driven request routing with strict tenant isolation.
• Admin controlled domain management where new cities, areas, and tenant domains can be attached or removed without redeploying the application.
• Automatic synchronization of authorized domains so newly created subdomains are immediately ready for authentication flows.
• Cross domain routing strategies that provide a seamless user experience while keeping canonical domains consistent.
• Designing a scalable architecture capable of supporting future tenants with minimal operational effort.
Working on this pushed me to think beyond features and focus on platform engineering, scalability, and system design. It's satisfying to build systems where adding a new tenant becomes an administrative action instead of an engineering task.
A huge thanks to the team at Code Huddle for trusting me with challenges that continue to expand the way I think about backend architecture and scalable web platforms.
#SoftwareEngineering #SystemDesign #BackendDevelopment #MultiTenant #Architecture #NestJS #NextJS #TypeScript #PlatformEngineering #CodeHuddle
