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Keeping application state and logic in memory between requests to eliminate repetitive initialization overhead.
Distinct from Residency-Based Memory Control: Existing residency tags focus on GPU memory or specific time-based allocation, not the application server pattern of resident worker processes.
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This project is a PHP application server and process manager designed to reduce request latency by keeping applications resident in memory. It functions as a load balancer that distributes incoming network requests across a pool of worker processes, eliminating the overhead of repetitive bootstrapping. The server routes network requests directly into application framework kernels, bypassing traditional web server layers. It includes a built-in mechanism for delivering static assets directly to clients and supports hot reloading by monitoring source files for changes and automatically restarti
Eliminates repetitive bootstrapping overhead by keeping application state resident in memory between requests.
This project is a high-performance PHP framework designed for building scalable services using a resident memory execution model. By maintaining application state in memory across requests, it eliminates bootstrap overhead and provides a persistent environment for long-running processes. The framework distinguishes itself through its integrated support for durable workflow orchestration and asynchronous task management. It enables the execution of complex, long-running business processes that automatically handle failures and state recovery, alongside a background processing system that dispa
Maintains application state in memory across requests to remove the need for repeated initialization in long-running processes.