Design, drag and drop your own multi sensor imagery application & accelerate your R&D processes with the Horus Framework

Horus Inside Framework


Our clients need to make fast, critical decisions continually with business and lives on the line. They need to have real-time understanding of the remote environment to create smarter, safer, more cost-effective collaborative workplaces. Imagery is the key element to get full awareness and understanding of the environment.


But video based situational awareness requires the combination of technology like sensor fusing (AI, IR, HR, GNSS, LiDAR, 5G), streaming, stitching …

But combining cutting edge technologies requires long & costly R&D cycles and have a big impact on the organisation. Short time to market is crucial to stay ahead of fast paced competitors. And this is where the Horus Framework comes in place.


Horus Framework is a unique DIY low-code sensor fusing framework to build video based situational awareness imagery solutions. Preconfigured pipelines, include your own proprietary code blocks, easy integration of AI plugins and a full library of components are the basics to drag & drop and deploy your application at incredible speed on any OS. This will save an incredible amount of time and will speed up the design and development process.

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Horus framework in action

Horus Linking Lab is the application that allows you to access systems running the Horus Inside framework. Within the application you can view and edit pipelines. Horus Framework is a modular framework, that primarily consists out of pre-made ’building’ blocks referred to as components. By combining these blocks, they can accomplish complex tasks. These components, besides a set of free ones, are individually licensed and can be bought separately depending on the users requirements.

Horus Inside is the core of your application, fusing hardware component like GPU’s, carrier boards, sensors with software components like 3rd party libraries, code blocks and plug-ins.

  • 1. Grabbing sensor data
  • 2. Multiplex & Synchronize sensors
  • 3. Acquire, project and store imagery data
  • 4. Decode & Encode video data
  • 5. Multiple camera stitching
  • 6. Measuring & Localizing
  • 7. Live streaming data
  • 8. Encrypt
  • 9. Annotate & trigger
  • 10. Recognize & Anonymize
  • 11. Integration 3rd party libraries & plug-ins
  • 12. GUI configuring
  • 13. Platform independent deployment
  • 14. Monetize your applications
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