VEE Audio™ is the software platform that turns earbuds, headsets, speakers, soundbars, and smart glasses into intelligent, connected devices with app ecosystems, cloud services, and AI agents built in.
As voice becomes the primary way people interact with their audio devices, VEE Audio supports any voice AI or large language model, cloud-based or on-device, without compromise on power efficiency or security.
App Ecosystem on Low-Power Audio SoCs
Enable third-party agents, downloadable apps, and cloud services on the latest audio SoCs without sacrificing power efficiency. Tap into a developer community of over 20 million engineers.
Direct-to-Cloud Intelligence
Connect directly to cloud services · music streaming, voice AI, internet radio · over low-power Wi-Fi, without depending on a paired smartphone.
Fast Time to Market
Develop and validate applications entirely on a virtual audio device (simulator) before hardware is available. Code is binary-portable: what runs on the simulator runs as-is on the real device, cutting development cycles by 2 to 3x.
Service-Oriented, Agent-Based Architecture
Deploy modular agents (Voice Assistant, Radio, Music, Communication, Gaming) independently. Select, update, on demand and monetize them.
Security and Sandboxing Built-In
MicroEJ’s TrustAPP and multi-sandbox architecture isolate each agent, protecting device integrity and user data and meeting the highest security standards for connected audio products.
Software Reuse Across Your Product Range
One codebase. Multiple products. VEE Audio is portable across audio SoCs and product families, maximizing your R&D investment across earbuds, headsets, smart glasses, speakers, and beyond.
VEE Audio™ is the technology at the heart of production-grade smart sound platforms already deployed by leading audio chipset and device manufacturers, such as Qualcomm.
Watch our Demo: Next-Gen Audio Device with ChatGPT on Qualcomm Snapdragon S7+!
VEE Audio is powered by MICROEJ VEE, the software foundation for embedded systems, ensuring virtual device simulation, hardware portability, multi-sandboxing, and a multi-language framework (Java, Kotlin, JavaScript, C).