Voice intelligence for machines that listen

Voice AI that hears clearly, understands context, and locates direction.

deepnity.ai provides integrated voice solutions for intelligent cockpits, edge terminals, meeting systems and safety devices. We turn complex acoustic environments into stable, low-latency and production-ready product capabilities.

Live acoustic field
30ms
Typical front-end latency target
4+
Core voice capability modules
24/7
Continuous sensing for real environments
Edge
Edge and edge-cloud deployment

Product Suite

Four voice capabilities covering the full path from interaction to perception.

Each module can be integrated independently or combined into an end-to-end voice system for cockpits, terminals, campuses and robots.

In-Cabin Voice AI

In-Cabin Voice Assistant

01

A low-latency, interruptible and noise-robust multilingual voice interaction stack for intelligent cockpits. Covering wake-up, recognition and intent understanding with support for more than 40 languages, it enables natural commands in highway, rainy and multi-speaker conditions.

  • Support for 40+ languages
  • Robustness for automotive noise
  • Edge-cloud voice experience

Clear Call

Voice Noise Reduction Calls

02

Call enhancement for vehicles, meeting terminals, headsets and industrial devices. Echo cancellation, wind-noise suppression, steady-noise control and voice preservation help the far end hear speech with clarity and stability.

  • Echo and double-talk optimization
  • Wind, tire and machinery noise suppression
  • Low-distortion speech enhancement

Acoustic Event Detection

Acoustic Event Detection

03

Detect alarms, horns, glass breaking, child crying, impacts and other critical acoustic events. Devices move from passively hearing to actively understanding their environment for safety, cockpit, campus and edge-device applications.

  • Real-time critical event recognition
  • Low-power edge deployment
  • Expandable scene label system

Sound Source Localization

Sound Source Localization

04

Use microphone arrays to estimate source direction, distance and movement. Support source tracking, speaker localization, cockpit zone control and robotic auditory navigation so devices know where sound is coming from.

  • Array signal processing and beamforming
  • Angle estimation and source tracking
  • Spatial separation in multi-speaker scenes

Technology Platform

From microphone arrays to business APIs, deliver voice intelligence that ships.

The deepnity.ai voice platform packages acoustic algorithms, model inference, scenario policies and engineering integration into clear module boundaries, helping teams validate, productionize and iterate faster.

Acoustic Front End

Array pickup, AEC, ANS, AGC, beamforming and source separation provide stable input for recognition and detection.

Voice Intelligence

Wake-up, command understanding, event recognition and scenario-adapted models help devices understand what sound means.

On-Device Deployment

Adapted for low-power chips, automotive platforms and embedded systems while balancing speed, footprint and privacy.

Product Integration

SDKs, reference pipelines, evaluation methods and tuning tools shorten the path from demo to production.

Scenarios

Designed for real noise, real devices and real business constraints.

The value of a voice solution is not only in lab metrics. It is proven when wipers, HVAC, overlapping speakers, far-field reverberation and hardware limits appear at the same time.

Smart Vehicles

Cockpit voice, multilingual interaction, call enhancement, alert detection and in-cabin acoustic understanding.

Meetings and Collaboration

Far-field pickup, echo suppression, speaker localization and high-fidelity speech enhancement.

Security and Edge Devices

Abnormal sound detection, source direction tracking, low-power continuous listening and local alerts.

Build with Deepnity

Connect your device to more reliable voice intelligence.

Whether you are validating cockpit voice, improving call clarity or adding environmental sound awareness, deepnity.ai supports algorithm evaluation, SDK integration and production tuning.