Hyperf blends the ergonomics of a modern component framework with the raw throughput of a persistent, event-driven runtime — so your services stay fast under load and pleasant to work on every day.
// Three remote calls — executed at the same time. public function summary(int $userId): array { [$profile, $orders, $score] = parallel([ fn () => $this->users->find($userId), fn () => $this->orders->latest($userId), fn () => $this->risk->score($userId), ]); return ['profile' => $profile, 'orders' => $orders, 'score' => $score]; }
If you have used a mainstream PHP framework, you will feel at home: dependency injection, middleware, routing, ORM and templating all live where you expect them. The difference is what happens underneath — and what that unlocks in your code.
Blocking-looking code that actually suspends and yields. A database query or HTTP call waits in the background while thousands of other requests keep moving.
A fast, autowiring container resolves services, proxies and abstract contracts without a wall of configuration files. Swap implementations in one line.
Cross-cutting concerns — caching, transactions, logging, tracing — attach as aspects instead of leaking into business logic.
Database, Redis and RPC clients are pooled and reused across coroutines. No handshake storm, no connection exhaustion, no latency tax on every call.
Service discovery, RPC, circuit breaking and distributed tracing come as first-class components, not afterthought plugins stitched together by hand.
Typed annotations, generics-style docblocks and a plugin architecture that keeps the core lean while the ecosystem stays endlessly extensible.
Traditional PHP treats every request as a disposable moment: boot, handle, destroy. Swoole rewrites that contract. The process stays alive, memory stays loaded, and an event loop with coroutines turns waiting into useful work.
Network, file and database operations overlap instead of queueing one behind another.
Coroutines cost far less than threads or processes — tens of thousands of concurrent tasks fit comfortably inside a single worker.
Frameworks, routes and containers are bootstrapped once and reused, so requests start at the interesting part, not at the loading screen.
WebSockets, TCP/UDP services, timers, task workers and HTTP/2 arrive in the same runtime — ideal for gateways and real-time layers.
Illustrative comparison of typical request lifecycles — the exact balance always depends on the workload and infrastructure.
High performance is easy to lose to complexity. The project keeps a short list of principles that protect both speed and developer sanity.
Every layer — container, router, connection pool — is designed to keep the hot path short, so the framework overhead disappears into the noise of real work.
Components follow widely accepted PHP interfaces, which means libraries, tools and habits from the broader ecosystem keep working without adapters.
What you do not need is not loaded. A plugin architecture lets the community grow the framework in every direction without bloating the center.
Async task offloading, graceful reloads and a healthy development workflow keep iteration fast — both on the machine and in production.
Whenever a request fans out into databases, caches and downstream APIs, concurrency stops being a luxury and starts being the whole game.
Aggregate a dozen upstream services in parallel and return a single response in the time of the slowest call — not the sum of all of them.
Chat, live dashboards, notifications and streaming feeds run on the same runtime that serves your HTTP traffic.
Typed RPC, service discovery and resilience patterns give small teams a solid base for a distributed architecture.
A warm process and pooled connections absorb traffic spikes without the latency cliff of per-request bootstrap.
Long-lived connections, custom protocols and massive fan-in are a natural fit for the coroutine-based networking layer.
Concurrent producers and consumers, timers and task workers handle background processing without bolting on extra infrastructure.
Hyperf pairs a clean, component-based developer experience with a runtime engineered for concurrency — the combination modern PHP services have been waiting for.