Radius 3.1 SDK Features
Ultrasonic Data Control
Improve decision-making and optimize data transmission performance
Advanced Data Control for Ultrasonic Transmissions
Unrestricted, unimpeded, and uninterrupted. Facilitate seamless data flow throughout transactions.
Orchestrate data flowing freely and securely through every transaction.
LISNR’s data-over-sound SDK delivers a smooth and continuous exchange where data integrity and efficiency are paramount, so your business can operate at peak performance without barriers.
That’s the potential of ultrasonic data control.
Reliable and Efficient Data Control Capabilities
LISNR’s Ultrasonic data can be used to facilitate insights for numerous use cases and industries, including:
- Facilitating Internal Analytics
- Performance Optimization
- Analytics Data In-Portal
Data Control Features
Volume Locking
Volume Locking is a mobile-only feature that locks the transmission volume at 100% or a developer-set level during active tone transmission by transmitters or transceivers so that you can:
• Deliver Consistent Transmissions. Ensure the transmission volume remains consistent for reliable data transmission.
• Developer Control. Set the transmission volume to a specific level.
• Optimize Performance. . Maintain the transmission volume or reduce effective tone distance.
Power External Analytics
Analytics insights are essential to make strategic decisions, improve overall product performance, and more. Users have the ultimate control where analytics events are put into your applications. Presence detection data can be used for BI programs so that you can:
• Enhance Insights. Use ultrasonic data from the events Radius provides for informed decision-making.
• Optimize Performance. Optimize products and services based on data insights.
Benefits of Data Control
Seamless data flow and performance are key to maintaining peak business operations.
Through real-time, in-depth transmission data, the Radius SDK’s data control features can be used to get the insights you need to optimize performance.
Gives developers the ability to control important attributes like the tone transmission volume to impact performance consistency and reliability.
Use Cases: Make Every Interaction Count
LISNR’s ultrasonic data facilitates continuous data exchange, empowering omnichannel experiences.
Macro Use Cases for Proximity Data
What are the primary areas where proximity data can be used?
Proximity Verification
Deliver uninterrupted data to verify user proximity seamlessly
Transaction Verification
Efficiently facilitate smooth and continuous transaction data flow
Proximity Marketing
Transmit proximity data for timely, personalized marketing programs
Micro Use Cases for Proximity Data
What else can you do once proximity is determined?
Access Control
Pick up online orders in store
Contactless Payments
Facilitate contactless payments
Dynamic Pricing
Adjust fares dynamically in real-time
Personalized Experiences
Personalize customer and user experiences
Real-Time Presence Tracking
Efficiently track user presence in real-time
Use Cases by Industry
Here’s a highlight of industries that benefit from exceptional data control for proximity detection.
Mobility
Facilitate continuous and smooth data transactions for drivers and passengers.
Payments & Retail
Deliver seamless ultrasonic transactions both in-store and online
Events
Uninterrupted data for frictionless, engaging experiences.
Frequently Asked Questions
Looking to better understand Radius data control features and benefits? Below are some commonly asked questions and answers.
Volume Locking is a mobile-only feature that is used to improve the consistency and reliability of data transmission. For the Radius ultrasonic SDK, specifically, the transmission volume can be locked at 100% or a developer-set level during active tone transmission on mobile devices. It also ensures that the volume of Radius transmissions does not effect the volume of other applications. For example: if your notification volume is set to 25%, but the SDK is set to transmit at 100%, it will increase the volume during transmission and then reset it to the original value.
Ultrasonic proximity data can be used in real-time by analytics programs to help leaders make informed decisions based on detailed data insights like installs and usage to optimize performance and strategy.
Industries that use digital services to detect or transmit data consider data control and security as a top priority; this includes retail, mobility, financial services, entertainment, food services, hospitality, supply chain, and passenger travel.