Audfly Unveils Modular Directional Sound Series for Seamless Integration Across Smart Devices

San Francisco, California Jul 7, 2025 (Issuewire.com) In a move to simplify how directional audio is deployed across commercial and public-facing smart systems, Audfly Technology, a global leader in ultrasonic directional sound innovation, has launched a new line of modular audio modules under its Alpha series. Engineered for quick deployment and high adaptability, the Alpha lineup enables seamless integration into kiosks, interactive terminals, healthcare displays, and other embedded interface environments.

Designed with flexibility and integrator needs in mind, the new modular solutions offer plug-and-play capability, scalable system configuration, and broad compatibility providing an accelerated path to bringing focused audio into real-world devices and public-facing technologies.

These focused sound modules are built to meet the rising demand for targeted, user-specific audio zones in settings where noise control, spatial efficiency, and acoustic privacy are essential such as self-service kiosks, medical check-in terminals, retail POS systems, and AI-driven smart counters.

Audfly has struck a balance between engineering flexibility and acoustic performance, said Daniel Hughes, Embedded Audio Systems Analyst. These modules are thoughtfully designed to reduce development timelines, while still offering the clarity and control that precision applications require.

Modular Design with Precision Focus

At the heart of the series is the Alpha43 module, which delivers focused, high-clarity directional sound from a compact, mountable form. It features standard interfaces, customizable mounting options, and multi-unit expandability supporting up to four connected modules to accommodate diverse spatial layouts.

Core Features:
Targeted Sound Projection Creates isolated listening zones without leaking sound into surrounding space.
High-Definition Audio Preserves vocal clarity in busy or acoustically reflective environments.
Flexible Mounting Compatible with various smart enclosures and housing formats.
Expandable Arrays Supports both single-unit and multi-module configurations.
Streamlined Deployment Unified mechanical and electrical interfaces reduce integration overhead.
True Plug-and-Play Enables quick field installation without the need for extensive customization.

Voice-Enabled Interactions Made Simple

When combined with compatible microphone input systems, Alpha modules can support voice-activated interaction an increasingly popular feature in AI-powered terminals and smart service points. Whether used in healthcare environments, public kiosks, or unattended digital assistants, the technology offers immersive, intuitive, and discreet audio guidance.

Its modularity is not just a hardware convenience it's a design philosophy, said Eva Müller, Industrial Systems Consultant. This gives integrators the acoustic control they need while preserving aesthetic and spatial flexibility.

Toward Broader Industry Adoption

Previously seen as a niche feature for high-end installations, directional sound technology is now being embraced as a practical tool for enhancing user experience and managing sound in public environments. Audflys modular format has helped lower the technical barriers for entry enabling integrators to implement acoustic zoning and privacy sound solutions with minimal prototyping.

Recent case deployments in sectors like retail, transportation, and healthcare reflect a growing industry shift toward embedded directional audio as a standard part of intelligent hardware systems.

About the Alpha Series Directional Sound Modules

The Alpha series by Audfly Technology is a portfolio of ultrasonic directional sound modules engineered for embedded integration in kiosks, medical terminals, digital signage, and interactive display systems. With precise sound projection, plug-and-play compatibility, and scalable system architecture, Alpha empowers manufacturers and integrators to deliver targeted, space-efficient audio interactions in both private and public settings.