Voice AI for Automotive — Synervoz - Synervoz
Open navigation menu
Voice AI · Automotive

Intelligent Voice AI
for the Connected Car

From wake word detection and in-cabin noise suppression to on-device voice assistants and infotainment integration — Synervoz delivers production-ready voice AI built for the demands of the automotive environment.

Core Capabilities

Everything You Need for Voice AI in the Vehicle

Production-ready voice AI tools purpose-built for the acoustic challenges and real-time requirements of the in-cabin environment — from driver interaction to infotainment control.

Wake Word & Voice Trigger Detection

Always-on, low-power wake word detection that activates the voice assistant instantly — running entirely on-device, with no network dependency. Customizable trigger phrases for OEM or aftermarket branding.

On-DeviceLow PowerCustom Triggers

In-Cabin Noise Suppression

Real-time acoustic echo cancellation (AEC), road noise reduction, and beamforming for multi-microphone arrays. Ensures clean voice capture even at highway speeds or with audio playback active.

AECBeamformingRoad Noise

On-Device Speech-to-Text & NLU

Automatic speech recognition (ASR) and natural language understanding that runs locally — no audio leaving the vehicle. Fast, private, and functional in areas without connectivity.

ASRNLUOffline-First

Voice-Controlled Infotainment

Natural language interfaces for navigation, media playback, climate control, and connected services. Works with Android Auto, CarPlay, and custom IVI platforms built on Linux or QNX.

Android AutoCarPlayIVI

Speaker Identification & Personalization

Identify individual occupants by voice to personalize settings, preferences, and media recommendations automatically — without requiring a login or button press.

Voice IDPersonalizationMulti-Occupant

Hybrid Cloud Orchestration

Coordinate on-device voice processing with cloud-based services for complex requests — keeping sensitive audio local while reaching cloud NLU or content APIs only when connected and appropriate.

Edge + CloudSwitchboardModular
Person interacting with automotive infotainment voice interface
Natural voice control — no buttons required
Automotive partner ecosystem diagram showing platform integrations
Broad ecosystem compatibility across OEM and aftermarket platforms
Use Cases

Voice AI Across Every Automotive Context

From OEM in-cabin assistants to aftermarket infotainment and fleet telematics — Synervoz has the building blocks to match your deployment context.

OEM In-Cabin Voice Assistants

Custom voice AI for production vehicles — branded wake words, always-on microphone processing, and natural language control of vehicle systems with sub-50ms response times.

  • Custom wake word training & deployment
  • Multi-microphone array processing
  • Integrates with vehicle domain controllers

Infotainment & Head Unit Apps

Build or modernize apps for Android Auto, CarPlay, and custom IVI head units. Synervoz bridges mobile audio stacks to in-vehicle platforms — including streaming, podcast, and entertainment apps.

  • Android Auto & CarPlay adaptation
  • Audio engine porting across platforms
  • Voice-first UX for driver safety

Fleet & Commercial Vehicles

Voice interfaces for fleet management, driver coaching, and telematics — designed for noisy commercial environments and operable hands-free to keep drivers safe and compliant.

  • Hands-free dispatch & navigation commands
  • Driver monitoring & fatigue detection signals
  • Edge inference for connectivity-limited routes

EV & Autonomous Vehicle Platforms

Voice AI for next-generation vehicle platforms — including cabin experience in autonomous vehicles where the driver may become a passenger, and energy-efficient audio processing for EV power budgets.

  • Passenger-mode cabin voice experience
  • Low-power audio pipeline for EV efficiency
  • Prototype-to-production on Switchboard SDK
Switchboard SDK audio pipeline visualization on an automotive infotainment screen
Platform

Switchboard: The Flexible Engine Behind Production Automotive Voice AI

Building voice AI for the vehicle means dealing with platform fragmentation, acoustic variability, and the need to swap models as the technology evolves. Switchboard is the infrastructure layer that makes this tractable.

  • Cross-platform from day one
    A single C++ audio engine that targets iOS, Android, Linux, and embedded MCUs — deploy the same pipeline across head units, companion apps, and cloud.
  • Swap models without rebuilding
    Replace the wake word engine, ASR model, or TTS synthesizer as better options emerge — without rewiring the rest of your audio pipeline.
  • Prototype fast, deploy with confidence
    Switchboard Editor's no-code graph UI lets you wire up a voice pipeline in hours. Validate acoustic behavior, then deploy the same graph to production hardware.
  • On-device by design
    Privacy-first architecture keeps voice data local. No audio transmitted unless you explicitly route it — compliant with automotive data regulation and OEM security requirements.
On-Device Architecture

Voice AI That Works Without a Signal

Connectivity in a vehicle is intermittent. Synervoz builds voice AI that operates fully on-device by default — so the in-cabin experience works at highway speed in the middle of nowhere, not just in parking structures with good Wi-Fi.

  • Zero-Latency Wake Word
    Always-on keyword detection with sub-50ms response — runs on the audio DSP or application processor, consuming minimal power even in sleep mode.
  • Multi-Mic AEC & Beamforming
    Our C++ audio engine processes microphone arrays in real time — eliminating echo from speakers, attenuating road and wind noise, and focusing on the speaker's voice.
  • Offline-Capable ASR & NLU
    Core speech recognition and command understanding run fully on-device using compact models optimized for automotive-grade SoCs — no network round-trip needed for most interactions.
  • Intelligent Cloud Fallback
    When connectivity is available, Switchboard can route complex requests to cloud services — seamlessly, without changing the application interface above it.
  • Power-Optimized for EV & Embedded
    Audio pipeline power profiling and DSP-offload strategies keep voice AI within automotive power budgets — critical for EV efficiency and always-on embedded deployments.
On-Device Voice Pipeline
Microphone Array
Multi-channel capture
AEC / Noise Suppression
Beamforming + road noise removal
Wake Word Detection
Always-on, <50ms trigger
ASR + NLU (On-Device)
Offline speech understanding
Cloud Services (Optional)
Complex queries when connected
Why Synervoz

Audio Expertise Built for Automotive

Real-time audio and voice processing is the core of what we do — and we've been doing it for over a decade.

10+ Years of Audio R&D

Deep expertise in audio DSP, microphone array processing, and real-time voice systems — built from shipping production software across mobile, embedded, and connected device platforms.

Production-Ready Technology

Switchboard SDK is battle-tested infrastructure deployed in real products — not a research prototype. Your automotive deployment ships on proven technology.

Embedded & Edge-Native

Our C++ core runs on resource-constrained automotive SoCs — not just cloud servers. We understand power budgets, memory constraints, and real-time audio scheduling at the hardware level.

Model-Agnostic Architecture

We don't lock you into a specific ASR vendor or NLU provider. Switchboard's node-based design means you can swap models as the landscape evolves without rebuilding your stack.

Ecosystem Integration

We can help integrate new functionality into your existing ecosystem. Whether you're working with DSP Concepts Audio Weaver, QNX Sound, or a custom stack, we can design integrations that fit your existing architecture.

From Prototype to Production

Switchboard Editor lets you validate a voice pipeline in days. We work with you from proof-of-concept through hardware integration and production certification — not just the demo.

Ready to bring voice AI into the vehicle?

Whether you're building an IVI app, integrating a custom voice assistant, or evaluating on-device audio AI for a next-generation platform — let's start with a technical conversation.