Real-Time Intelligent Processing Framework for Multi-Sensor Applications



kvSonata :

  • Easy-to-use real-time video and multi-sensor processing framework

  • Supports custom modules in Python, C++ or Golang

  • Container-based, scalable architecture

  • Integrates major machine learning frameworks

  • Supports standard and optimized deep neural network models

  • Compatible with GPU, VPU and CPU hardware

  • Time-synchronization of multiple input data streams

  • Run independent user-defined processing workflows on each sensor

  • Prototype, develop and deploy quickly in same framework (Edge-to-Cloud)

  • Deploy solution fast!

kvSonata (core) + Applications/ML Support

    • Free upgrades and access to custom workflow templates/examples

    • Access to KickView AI directory with optimized detection and classification models¬†

  • Concierge Applications/ML Engineering support for your project

    • Includes one onsite training/ML course

    • Deep Neural Network model training/optimization support for your projects

    • Applications development support

Real-Time Video and Multi-Sensor Analytics

Easy-to-Use, Scalable, Customizable

AI Integration

Intelligent object detection, recognition, spatial tracking and customization using real-time processing. Quickly use both AI and traditional processing methods.


Solutions that scale to support multiple sensor streams, mixed sensor workflows. Multiple hardware vendor support (CPU, GPU, VPU, TPU, etc.)

Multiple Sensors

Supports multiple real-time video streams, mixed resolutions and frame rates, and asynchronous workflows.


Indoor Sensing and Analytics

Quickly define and deploy solutions for any indoor area that require real-time video analytics capabilities and solutions.

Outdoor Sensing and Analytics

Prototype and deploy scalable solutions for outdoor applications that can be easily customized.

Security and Threat Detection

Deploy and customize real-time security solutions that provide monitoring, threat detection, tracking and real-time alerting.