Start with the Hello World example project to get acquainted with Akka basics.
Learn Akka concepts applied to an example around IoT.
Tutorial bringing together essential parts of Akka to build resilient and scalable microservices.
Connect Akka services across geographical locations for lower latency and higher availability.
Move your endpoints to the edge of the cloud for lower latency and higher availability. Akka Edge Rust extends the power of Akka’s event-driven model to resource-constrained devices.
At the core of Akka: A model for concurrency and distribution without all the pain of threading primitives.
An intuitive and safe way to do asynchronous, non-blocking backpressured stream processing.
Enables stateful actors to persist their state changes, so that the state can be recovered when an actor is restarted.
Enables stateful actors to persist their latest state, so that it can be recovered when an actor is restarted.
Build a projected model out of streams of events.
Modern, fast, asynchronous, streaming-first HTTP server and client.
Fully typed, streaming gRPC servers and clients.
Streaming integrations to various technologies.
Streaming integration with Apache Kafka.
Use Postgres-compatible databases with Akka Persistence.
Use Cassandra databases with Akka Persistence.
Achieve resilience and elasticity by distributing your system over multiple nodes.
Distribute your actors across the cluster based on their identity.
Eventually consistent, highly read and write available, low latency data.
Extensions for operating Akka on cloud providers and Kubernetes.
Identify configuration and operational issues in your Akka application.
Intelligent monitoring and observability purpose-built for Akka.
