Audfly provides directional acoustic solutions that focus sound precisely where it is needed while minimizing spill‑over, using beam‑forming speaker arrays, real‑time DSP/FPGA processing, and cloud‑based remote management. Its product line—including quiet playground systems, balanced classroom sound fields, smart dance‑floor speakers, and the “聚音宝” directional speaker—delivers high‑clarity, low‑reverberation audio zones for schools, municipalities, transportation corridors, and commercial venues, reducing noise pollution and improving speech intelligibility.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional public address and sound reinforcement systems emit sound omnidirectionally, causing noise pollution, uneven coverage, and hearing‑health issues in environments such as schools, public spaces, and transportation corridors.
Solution
Audfly develops proprietary directional acoustic technologies—including beam‑forming speaker arrays, sound‑field balancing algorithms, and real‑time DSP/FPGA processing—to focus audio precisely where it is needed while suppressing spill‑over. Its product portfolio (quiet playground systems, balanced classroom sound fields, smart dance‑floor speakers, and the “聚音宝” directional speaker line) integrates remote management, angle‑adjustable emission, and environmental sealing for indoor and outdoor deployment. By delivering high‑clarity, low‑reverberation audio zones, Audfly enables institutions to broadcast announcements, instructional content, or alerts without disturbing adjacent areas, improving acoustic comfort and compliance with noise‑control regulations.
Target Audience
Primary customers are educational institutions, municipal authorities, transportation agencies, and commercial venue operators seeking localized, low‑impact audio broadcasting and sound‑field control.
Features
- Beam‑forming and wave‑beam control achieving <30° directivity with up to 25 dB front‑to‑rear SPL reduction
- Multi‑channel DSP + FPGA real‑time audio processing for uniform SPL distribution (±2 dB) and high speech intelligibility (STI > good)
- Integrated wireless, Bluetooth, and wired (XLR, RJ45) inputs with optional infrared or auto‑gain volume adaptation
- Remote configuration and monitoring via cloud‑based “声感平台,” supporting angle adjustment, firmware updates, and health diagnostics
- IPX6‑rated, temperature‑rated (‑30 °C to 65 °C) enclosures for outdoor installations such as highways, tunnels, and community plazas
- Modular design allowing scalable deployment from single‑zone classrooms to multi‑zone smart dance‑floor systems