Real-time application development involves creating software systems that must respond to events and process data in real-time, often with strict timing requirements. C and C++ are widely used in real-time application development due to their performance, control over system resources, and predictable behavior.

• C is a popular choice for real-time development as it allows developers to write efficient and deterministic code. It provides low-level access to hardware resources and enables precise control over system timing;
• C++ extends the capabilities of C by introducing object-oriented programming and other features that facilitate the development of complex real-time systems.

In real-time application development, C and C++ are utilized in various domains such as gaming, multimedia processing, audio/video streaming, and real-time control systems. These languages enable developers to achieve high-performance, predictable behavior, and precise timing control. They are well-suited for tasks that require rapid data processing, event handling, and synchronization with external devices.

C and C++ offer powerful libraries and frameworks specifically designed for real-time applications. They provide developers with tools for implementing real-time scheduling, signal processing, and communication protocols.