The QoS Provisioning API is versatile and can be applied to various scenarios where network performance is critical:

• Industrial IoT: Ensure stable communication for sensors and actuators in industrial environments.
• VR/Gaming: Provide low-latency connections for immersive virtual reality experiences and online gaming.
• Live Video Streaming: Maintain high-quality video streams with minimal buffering and interruptions.
• Autonomous Driving: Enable reliable communication for autonomous vehicles, ensuring safety and efficiency.
• Telemedicine: Support real-time data transmission for remote medical consultations and monitoring.
• Remote Work: Ensuring stable and high-quality connectivity for remote work applications, such as video conferencing and collaboration tools.

Using the QoS Provisioning API offers several advantages for developers and end-users:

• Enhanced User Experience: Improve application performance by ensuring stable latency and prioritized throughput.
• Simplified Network Management: Abstract the complexity of network technologies, allowing developers to focus on application logic.
• Flexibility: Choose from predefined QoS profiles to meet specific latency and throughput requirements.
• Scalability: Manage multiple QoS sessions efficiently, supporting a wide range of applications and devices.
• Compliance: Ensure compliance with privacy regulations through secure authentication and authorization mechanisms.
• Operational efficiency for the API customer (cost savings).