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Radius 3.1 SDK Features 

Ultrasonic Transaction Control

Optimize seamless transaction processing and improve overall performance

Advanced Transaction Control for Ultrasonic Data Transmissions

Flexible, future-proof, and frictionless. Deliver contactless transactions without hardware limitations.

Deliver an effortless transaction process that adapts to your needs.

LISNR’s SDK is entirely software-based, offering a versatile solution that adapts to your infrastructure and moves as swiftly as your business demands on and offline.

That’s the potential of ultrasonic transaction control.

RadiusDiagramDocumentation - Bidirectional - Two Transceivers.pdf

Reliable and Efficient Transaction Control

LISNR’s Radius SDK offers advanced transaction control features for robust, secure communication across various scenarios including:

  • Multi-channel Transmission
  • Adjust Magnitude
  • Enhanced Tone Profiles

Transaction Control Features

Multi-Channel Selection Transmission and Detection

Multi-channel selection allows users to select up to three distinct channels for robust, simultaneous detection and transmission. This feature eliminates the need for additional hardware and facilitates reliable data transmission – even in challenging environments – so that you can:

Increase Reliability. Transmit transaction data even in noisy or crowded environments - on or offline.
Improve Cost Efficiency. Transmit or receive tone profiles and payloads simultaneously without extra hardware.
Scale Implementations. Use multiple channels for data transmissions.
Reduce Queue Times. Verification devices can process multiple transactions on separate channels.

Adjust Audability

Controlling signal integrity on Android mobile devices can be challenging due to the wide variety of speaker hardware across the numerous models on the market. With Radius 3.0, you can adjust audibility to:

Deliver a Consistent Experience. Account for Android hardware variability for a more uniform experience.

Enhanced Tone Profiles

Radius® tone profiles offer tailored solutions for various needs, from high-speed, short-range communication to extended-reach scenarios. With our variety of profiles (Point1000, Point2000, Zone266 and Zone66), businesses are empowered to customize tone settings to suit specific applications, so that you can:

Expand Versatility. Offer multiple profiles for different transaction control scenarios.
Enhance Customizations. Tailor the tone settings to meet specific transaction control needs.

Benefits of Transaction Control

Optimized data communication is essential for transaction reliability and efficiency.

Transaction control features such as multi-channel transmission and enhanced tone profiles facilitate more consistent and reliable data communication, even in challenging environments.

By eliminating the need for additional hardware and optimizing signal transmission, the Radius SDK’s transaction control features reduce operational costs and enhance overall efficiency.

LISNR’s ultrasonic transaction control features like enhanced tone profiles help businesses to tailor their communication settings, facilitating versatility and flexibility in various scenarios.

LISNR Blog-Innovative Ridesharing Tech Trends-How 7 Ridesharing Companies Use AI, IoT, and Ultrasonic Proximity-1170x683

Use Cases: Make Every Interaction Count

LISNR’s ultrasonic data enhances data transmission, supporting seamless omnichannel experiences.

Macro Use Cases for Proximity Data

What are the primary areas where proximity data can be used?

Proximity Verification

Transmit precise data to verify user proximity in a variety of environments

Transaction Verification

Reliably transmit transaction data for efficient payment and verification processes

Proximity Marketing

Versatilely utilize accurate proximity data for personalized marketing and ads

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

Contactless Ticketing

Facilitate ticketing without physical contact

Dynamic Pricing

Adjust fares dynamically in real-time

Entry Verification

Verify and authenticate user to grant access

Fraud Detection & Prevention

Detect and prevent fraudulent activities

Use Cases By Industry​

Here’s a highlight of industries that benefit from improved transaction control for proximity detection.

Mobility

Secure proximity detection and transaction data for drivers and passengers

Payments & Retail

Deliver ultrasonic proximity data securely on prem or digitally for loyalty customers

Events

Secure proximity detection data and transactions for live events and sports

Frequently Asked Questions

Looking to better understand Radius transaction control? Below are some commonly asked questions and answers.

What is multi-channel transmission?

Multi-channel transmission allows for the selection of up to three distinct channels for robust, simultaneous transaction data communication without the need for custom hardware.

How does adjusting the magnitude optimize signal transmission?

Adjust magnitude is a mobile-only feature of the Radius SDK that reduces the magnitude of tones when transmitting on more than one channel, optimizing signal integrity.

What are tone profiles?

Tone profiles are an important component of data transmission that can be used for various communication needs, from high-speed, short-range requirements to extended-reach scenarios in LISNR’s ultrasonic SDK.

Why is transaction control important to improving my business operations?

Transaction control features can enhance the reliability and efficiency of data communication, like optimizing signal transmission, which can lead to cost savings and improved performance of systems.

What ultrasonic features can impact data signal transmission in noisy environments?

Several ultrasonic features can impact data signal transmission. For example, multi-channel detection and transmission can facilitate robust communication even in noisy or crowded environments by allowing simultaneous transmission on multiple channels.