ReddRadar
What is Emitter?
Emitter delivers a reliable and secure real-time messaging platform designed for speed and scalability. It leverages publish-subscribe architecture to facilitate seamless communication between online devices, ensuring high throughput and minimal latency. The platform handles millions of messages per second, supports industry-standard MQTT protocol, and offers robust features like TLS encryption, binary messaging, and customizable channel permissions.
With persistent message storage and the ability to filter and control messages at a granular level, Emitter is suitable for a range of use cases, from online gaming and IoT sensor management to responsive real-time web and mobile applications. Available as both a cloud solution and an open-source product, it provides flexibility to developers and enterprises seeking reliable, efficient, and secure messaging.
Features
- Scalable Architecture: Handles millions of messages per second with horizontal scaling
- High-Speed Delivery: Ensures reliable, rapid message dispatch and high throughput
- Advanced Security: Supports TLS encryption, expirable channel keys, and access permissions
- MQTT Protocol Support: Utilizes the standard MQTT protocol for compatibility with IoT and other applications
- Persistent Messaging: Stores messages for delayed delivery on demand
- Binary Message Support: Enables efficient transmission of binary data
- Cloud and Open Source: Available as an on-demand cloud service and as open source on GitHub
- Custom Message Filtering: Allows control and filtering of messages at the device or channel level
Use Cases
- Enabling real-time data updates in online gaming environments
- Managing and monitoring large fleets of IoT devices and sensors
- Building interactive real-time web dashboards and analytics platforms
- Improving the responsiveness of mobile applications with live updates
- Securely transmitting data between distributed devices
- Creating scalable messaging infrastructure for enterprise communication
- Persistent delivery for critical operational messages
