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API Description

The API Dedicated Network API, provides functionalities for reserving network connectivity resources, selecting network capabilities, and controlling access for devices

With this API, developers can

  • reserve network connectivity resources (e.g. Throughput) potentially with an SLA and for time and location (service area) limits,

  • discover supported and prepared network capabilities/resources (e.g. existing slices to connect to)

  • manage device access, offering insights based on network profiles and resource states.

These estimations/data points are derived from anonymized historical data of provided networks and related connected devices in the requested area (e.g. network slices and connectivity monitoring), ensuring accuracy while maintaining privacy and security

Use Cases

  • Media Production – The Dedicated Networks API ensures stable connectivity performance for a camera crew during a press briefing event. It dynamically adjusts the Quality of Service (QOS) profiles for each camera, providing higher quality and QOS for the live camera and lower quality for standby cameras. This allows the media producer to manage video production efficiently, ensuring seamless live streaming.

  • Festival – The Dedicated Networks API provides stable connectivity for operating credit card readers and CCTV cameras at a festival. The API allows the festival organizer to switch between different QOS profiles, ensuring high-quality video for security purposes and reliable payment processing. This helps in managing the festival operations smoothly without interruptions.

  • Enterprise – The Dedicated Networks API connects employees' devices to corporate services with varying QOS profiles. During virtual meetings, the API supports high-quality video and audio streams, enhancing the meeting experience. It ensures secure access to corporate services and manages the needed capacity efficiently.

  • Emergency Services – The Dedicated Networks API offers reliable communication and data services for emergency responders. It ensures they have the necessary information and connectivity during critical situations, improving response times and coordination.

  • Smart Cities – The Dedicated Networks API supports intelligent transport systems, public safety, and other smart city applications. It provides the necessary connectivity and data services to enhance urban living and operational efficiency.

  • Airports – The Dedicated Networks API is used for video surveillance, asset tracking, and real-time data analytics in airports. It enhances security and operational efficiency by providing reliable connectivity for various airport applications.

  • Mining – The Dedicated Networks API supports remote control of machinery, environmental monitoring, and predictive maintenance in the mining industry. It ensures safe and efficient mining operations with constant connectivity.

  • Manufacturing and Logistics – The Dedicated Networks API enables the use of Automated Guided Vehicles (AGVs), robots, and drones for efficient operations in manufacturing and logistics. It supports asset tracking and real-time data analytics, improving operational efficiency.

  • Ports – The Dedicated Networks API facilitates the management of logistics and supply chains in ports. It ensures smooth operations and tracking of assets with reliable connectivity.

  • Oil & Gas – The Dedicated Networks API is used for environmental monitoring, asset tracking, and ensuring safety in oil and gas operations. It provides the necessary connectivity for critical applications in the industry.

  • Utilities – The Dedicated Networks API supports the monitoring and management of utility services. It enhances reliability and efficiency by providing constant connectivity for various utility applications.

  • Rail – The Dedicated Networks API is used for asset tracking, remote control of machinery, and real-time data analytics in rail operations. It improves safety and efficiency with reliable connectivity.

  • Healthcare – The Dedicated Networks API ensures secure and reliable connectivity for life-saving systems and medical devices in hospitals. It supports critical healthcare applications, enhancing patient care and operational efficiency.

  • Public Venues – The Dedicated Networks API provides predictable connectivity and enhanced security for various applications in large public venues like stadiums and convention centers. It ensures smooth operations and reliable connectivity for event management.

  • Industrial Applications – The Dedicated Networks API supports robotics, automated inventory control, and other industrial applications that require constant connectivity and low latency. It enhances operational efficiency and reliability in industrial settings.

  • Transportation and Logistics – The Dedicated Networks API facilitates the tracking and management of assets in transportation and logistics. It ensures efficient operations with reliable connectivity for various logistics applications.

Benefits

  • Improved Connectivity: Ensures dedicated throughput for specific devices, enhancing network reliability

  • Optimized Network Usage: Allows selection and discovery of network capabilities, improving resource utilization.

  • Enhanced Security: Controls device access to reserved resources, ensuring secure and managed connectivity.

  • Higher Efficiency: Enhances operational efficiency by supporting various applications with reliable connectivity.

  • [Benefit 4]: [Short explanation of how the API provides this benefit]

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Additional Information

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  • API Status:

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  • Initial

  • API Version(s) and Release Date(s):

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Please provide the versions included in meta releases. For initial APIs please provide an initial version if already available.

Note

Disclaimer: Remove this information once the API description has been completed. This information only serves as an example.

Example

API Description

The API Population Density Data, provides population density estimations for a specified area and time interval.

With this API, developers can retrieve population density data per km², offering insights at different time intervals based on three key values: (1) Minimum Population, (2) Average Population, and (3) Maximum Population.

These estimations are derived from anonymized historical data of network-connected devices in the requested area, ensuring accuracy while maintaining privacy.

Use Cases

  • Drones – Compliance with Regulations: Provides population density data for SORA assessments, ensuring compliance with European regulations and improving accuracy in risk assessments.

  • Drones – Optimizing Flight Routes: Helps drone operators select safer routes by identifying high-risk zones and optimal flight times.

  • Data-Driven Marketing: Enables marketing teams to target populated areas effectively, maximizing campaign impact and conversion rates.

  • Effective Emergency Responses: Supports authorities in assessing emergency severity and allocating resources based on population density.

Benefits

  • Regulatory Compliance: Facilitates adherence to European drone regulations with dynamic population data, ensuring accurate risk assessments and smoother approval processes for flight authorizations.

  • Safety Optimization: Drone operators can optimize flight routes by considering the number of people and time, while also assessing whether ground risk is acceptable for the time of the flight or if an alternative time should be considered to lower the risk.

  • Higher Marketing Efficiency: Enhances campaign effectiveness by targeting high-density areas, allowing marketing companies to optimize resource allocation and improve outreach impact.

  • Improved Crisis Management: Facilitates faster and more informed emergency responses, enhancing efficiency and mitigating the impact of disasters.

Additional Information