Whether you’re building a VoIP application, a video conferencing platform, or any real-time communication solution, ensuring optimal performance in environments with slow or unreliable networks can be a significant challenge. This is especially true for mobile networks and satellite communications, where latency, packet loss, and bandwidth limitations
OpenAI has introduced a new feature to its Realtime API: a WebRTC endpoint that enables real-time interaction with AI models. This exciting development opens up new possibilities for application builders and users alike, who can now enjoy seamless, instantaneous conversations with AI-powered systems. In this post, we
On a special year-end episode of WebRTC Live on December 11, 2024, guest host WebRTC.ventures COO Mariana Lopez and four WebRTC.ventures technical leaders shared insights from real-world projects, showcasing four key areas that are transforming the WebRTC landscape: Bonus Content Watch Episode 97! Key Insights ⚡ AI
Establishing peer connections is one of the most challenging aspects of implementing WebRTC-based applications. This process includes configuring STUN (Session Traversal Utilities for NAT) and TURN (Traversal Using Relays around NAT) servers, often known as ICE servers, which are vital for overcoming network restrictions and ensuring reliable
