Erlang / Elixir: High-Concurrency Fault-Tolerant Systems
Positioning: High concurrency · Fault tolerance · Telecom-grade reliability · Distributed systems
8 Major Application Directions for Erlang / Elixir
| Application Direction | Subcategory Examples & Description | Typical Applications / Programs |
|---|---|---|
| Telecom Systems | High-availability communication; softswitches; signaling systems; network protocols | Ericsson AXD301 Telecom Switches Signaling Systems Protocol Stack |
| Instant Messaging | WhatsApp backend; Ejabberd; XMPP servers; chat systems | WhatsApp Ejabberd XMPP Server Chat Systems |
| Distributed Databases | Riak; CouchDB; Mnesia; high-availability storage | Riak CouchDB Mnesia Distributed DB |
| Web Applications | Phoenix framework; high-concurrency websites; real-time apps; API services | Phoenix Real-time Apps Web APIs Concurrent Sites |
| Game Servers | MMORPG backends; real-time games; multiplayer online; game logic | Game Servers MMORPG Multiplayer Real-time Games |
| Financial Trading Systems | High-frequency trading; trading engines; risk control; order systems | Trading Engine HFT Systems Risk Control Order Matching |
| IoT Platforms | Device management; message routing; protocol conversion; device communication | IoT Platforms Device Management Message Routing Protocol Translation |
| Fault-Tolerant Systems | 99.999% availability; hot upgrades; failure recovery; monitoring systems | Fault-tolerant Systems Hot Upgrade Recovery Systems Monitoring |