Matrix is recognized for its decentralized, end-to-end encrypted communication capabilities, widely used by governments and privacy-focused groups. However, running a Matrix homeserver has traditionally come with significant overhead, including managing virtual private servers, databases, and security configurations. The authors sought to eliminate these burdens by porting a Matrix homeserver to Cloudflare Workers, creating a serverless architecture that reduces operational complexity and costs, particularly when idle. The transition from a traditional homeserver like Synapse to Cloudflare Workers involved rethinking storage solutions. Instead of relying on a central SQL database, they utilized Cloudflare's Durable Objects, which provide strong consistency and atomicity. This shift allowed them to maintain the essential functionality of Matrix while benefiting from low latency and built-in security. The new setup automatically handles TLS, load balancing, and DDoS protection, simplifying deployment to a single command: `wrangler deploy`. Security is a key focus in this architecture. Each connection to the Worker employs post-quantum cryptography, specifically X25519MLKEM768, protecting against future quantum computing threats. When a user sends a message, it's encrypted on their device and remains secure throughout its journey. Only metadata is visible to the server, ensuring that the message content remains confidential. For traditional Matrix deployments, achieving similar security requires extensive upgrades and ongoing maintenance, while the Worker-based approach inherently supports these features without additional effort. The storage model is tailored to the requirements of the data, using D1 for persistent data like users and events. This design allows for efficient querying and scalability. The authors illustrate the advantages of this setup, emphasizing how developers can leverage Cloudflare Workers to create a powerful, secure messaging system without the operational overhead that typically comes with running a Matrix homeserver.