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Theodore Lowe‚ Ap #867-859
Sit Rd‚ Azusa New York

We‘re Available 24/ 7. Call Now.

(888) 456-2790

(121) 255-53333

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Firmware

Infotainment IVI Android and Linux

We develop next-generation Infotainment (IVI) systems powered by Android Automotive and Linux, designed for heterogeneous automotive architectures used by leading OEMs such as BMW, Mercedes, and Volkswagen. Our IVI solutions deliver seamless connectivity, premium multimedia experiences, and real-time vehicle integration while meeting automotive-grade safety and performance standards.

From advanced HMI interfaces to multimodal voice control, navigation, and in-car apps, we engineer intelligent infotainment platforms that redefine the driver and passenger experience.

We delivered

We delivered a robust IVI framework capable of running on mixed Android and Linux environments, ensuring smooth interoperability across multiple hardware layers. Our solution supports real-time data exchange, CAN/LIN bus integrations, high-quality multimedia playback, over-the-air updates, and a fully customizable UX optimized for in-vehicle usage.

Our strategy focused on leveraging a hybrid Android-Linux architecture to unlock flexibility, performance, and OEM-level scalability. We incorporated automotive communication protocols, GPU-accelerated rendering, IPC frameworks, and secure sandboxed applications. The goal was to meet strict automotive requirements while enabling future-ready digital cockpit features.
We designed a clean, modern, and driver-centric HMI interface with fluid animations, clear navigation pathways, and distraction-minimized layouts. The UX adapts dynamically to different screen sizes—instrument clusters, center displays, passenger screens—ensuring a cohesive multi-display experience. Every UI element is optimized for touch, gesture, and voice interaction.
We engineered the IVI system using Automotive-grade Android, embedded Linux, Yocto-based builds, HAL integrations, and real-time middleware for cross-core communication. The development process included codec optimization, Bluetooth & WiFi stacks, navigation engines, vehicle data APIs, and custom in-car apps. Our modular architecture ensures reliability, fast boot times, and smooth performance across heterogeneous SoCs and ECUs.