Microsoft Azure Kinect DK

Microsoft Azure Kinect DK

Azure Kinect is an advanced spatial computing development kit with sophisticatedcomputer visionand speech models, advanced AI sensors, and a range of powerfulSDKthat can connect to Azure AI services. Manufacturing, retail, healthcare, and media organizations use Azure Kinect to leverage spatial data and context to enhance operational safety, increase performance, improve outcomes, and revolutionize the customer experience.
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Description

characterization

  • High resolution image quality
  • Multimodal sensing capability
  • Real-time bone tracking
  • Flexible development platform

Relevant information

Hardware parameters
online document
  • 1-MP depth sensor with wide field of view and narrow field of view (FOV) options to help you optimize your application
  • 7-microphone array for far-field voice and sound capture
  • 12-MP RGB camera for additional color streams aligned with depth streams
  • Accelerometers and gyroscopes (IMU) for sensor orientation and spatial tracking
  • External sync pin makes it easy to synchronize sensor streams from multiple Kinect devices

To develop and build

Less than half the size of Kinect for Windows v2, Azure Kinect DK is designed to integrate the best AI sensors into a single device.

Application Areas

health orientation

Developing safer solutions and strengthening cooperation

Use computer vision to track and monitor movement and overall form of exercises. Create a smart gym experience that can enhance results or an accessible and effective virtual rehabilitation solution. Combine real-time depth sensor data with AI insights. Prevent and mitigate potential patient accidents and injuries in care settings with predictive alerts.

Manufacturing Direction

Provides higher safety performance

Use advanced body tracking technology to monitor and analyze worker movement and behavior. Designing safer, more ergonomic workstations mitigates the risk of long-term injuries and increases productivity through task analysis and process optimization.
Combine real-time deep sensor data with AI services for AI-driven part identification and real-time anomaly detection. Monitor workers on the assembly line to identify part or process issues for timely fixes.

media direction

Re-imagining communication and participation

Add computer vision and voice capabilities to smart signage. Transforming smart signage into interactive, personalized kiosks can enhance brand engagement.

Capture high-quality volumetric video using depth-sensing technology for interactive 3D environments. Cutting-edge immersive storytelling using 3D volumetric video through interactive XR experiences.

Retail orientation

Transforming experience and accelerating innovation

Use dimensional analysis to maximize shipping and storage space and optimize logistics and distribution. Move from predefined delivery routes to real-time routes based on inventory analytics and subsequent end-to-end efficiencies. Create a connected retail experience by mapping and monitoring retail stores in real time. Gain actionable customer insights and create alerts with spatial data.

Robotics

Acquisition of new environmental awareness

Automate the pallet removal and loading process with depth perception technology. Increase productivity while intelligently optimizing storage space by streamlining repetitive tasks such as pallet removal.


Utilize spatial data to make robotic work more flexible. Introduce robots into human work areas to automate new tasks, including online order picking, shelf inventory tracking, and maintaining spatial data for digital twin models.

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