Data Connectivity APIs for enhanced user experiences and network performance

Modern digital services such as mobile payments, gaming, video streaming, telemedicine, and point-of-sale (POS) systems at high-traffic events rely on predictable, consistent network performance. Data Connectivity APIs allow you to prioritize bandwidth, optimize the user experience, ensure POS transaction reliability, and support critical and low-latency applications.

Aduna’s Data Connectivity API roadmap

A closer look at the network capabilities powering real-time digital experiences.

Quality on Demand

The Quality on Demand (QoD) API allows developers to programmatically request enhanced network performance or prioritized high throughput. It abstracts the underlying broadband network technology for Quality of Service (QoS) session management, managing network performance for specified applications that require high-quality network communication.

Connectivity Insights

The Connectivity Insights API offers real-time network monitoring so you can proactively manage performance. With it, you can evaluate network quality based on your requirements and make informed decisions to enhance user experiences.

Dedicated Networks

Developers can use the Dedicated Networks API, often before invoking the QoD API, to allocate bandwidth dynamically and reserve network connectivity resources such as throughput for dedicated use based on set priorities. These two APIs are designed to work together to support dependable QoS sessions.

Enhanced network performance and quality of service

Support low-latency applications and real-time connectivity

Manage and optimize network performance, including latency, throughput, and reliability.
Improve the reliability of POS transactions in densely populated areas, fast-moving environments such as transport, and high-traffic venues.
Control network resources using granular device access controls for industrial and enterprise applications.

Dynamically control sessions based on demand

Minimize costs and avoid charges for unused capacity by creating, activating, and terminating network sessions on demand.
Avoid unnecessary continuous reservations by scheduling network resources according to planned or peak activities.

Enterprise-grade connectivity with performance commitments

Benefit from managed throughput and consistent latency controls unavailable with standard consumer internet services.
Support business-critical applications through reserved network resources and prioritized performance, rather than relying on shared bandwidth.

Standardized API across carriers and markets

Accelerate time to market with a single, consistent API for multiple carriers and regions, removing the need for custom integrations.
Lower development and maintenance costs by deploying the same code across various network providers and regions.

Better connectivity and QoS for connected vehicles and devices

Modern connected vehicles, autonomous systems, and IoT devices depend on fast, stable, and reliable connections for real-time functions such as navigation updates, remote diagnostics, and safety monitoring. Traditional public networks, however, often provide inconsistent speed and reliability, limiting developers’ control over QoS and user experiences.

Programmable network quality

Connected vehicles and IoT devices require reliable connectivity for safe and efficient operation.

However, network performance often varies by time, place, and operator, and developers lack standardized ways to request or ensure specific service levels.

Data Connectivity APIs enable applications to request and manage QoS directly through a standardized interface. This provides you with predictable performance across multiple operators and regions, without complex integrations or custom agreements. Benefits include stable video streams, responsive real-time applications, and reliable remote operations.