Unlock the potential of Spatial Data for Advanced Computing Solutions


We develop software for advanced spatial data processing



Spatial Computing Technology

  • We build data architectures utilizing geographical data to identify and alleviate process inefficiencies.
  • We develop algorithms that incorporate sophisticated computer vision and sensor fusion technologies into client applications.
  • Based on Artificial Intelligence, we design systems enabling automatic map building, using images or LIDARs.
  • We develop and implement sophisticated neural network algorithms for the accurate recognition and categorization of objects in spatial data

Spatial Data Optimization

  • We optimize existing systems to scale seamlessly with spatial data, such as point clouds, satellite imagery, and 3D meshes.
  • We develop cloud-based ETL (Extract, Transform, Load) pipelines to facilitate the integration, classification, and processing of large-scale spatial data.
  • We enhance existing applications by leveraging specialized hardware for spatial processing, including GPUs, DSPs, and ASICs.

We solve the most challenging issues in the industry

Remote sensing

Enhance the precision of your analyses, efficiently handle geographic data, and customize solutions for diverse applications to boost your operational efficiency. Combine detailed imagery with spectral data to achieve accurate understanding of land cover, vegetation condition, and more.

Mixed Reallity

Integrate AR into your operations to elevate customer experiences and streamline processes. Offer immersive product demonstrations, enhance training with interactive simulations, and provide real-time, contextual information overlays, transforming the way customers interact with your services.

Mapping and Location Intelligence

Enhance performance, data efficiency, and exploration through superior mapping incorporating SLAM and LIDAR technologies for precise spatial recognition. Embrace digital twins technology to facilitate asset tracking, facility management, and in-depth analysis.

AI for 3D data

Leverage artificial intelligence to transform 3D data into actionable insights, enabling sophisticated analysis and decision-making. AI techniques are applied to interpret complex 3D structures, from urban landscapes to intricate machinery, enhancing predictive maintenance, urban planning, and virtual simulations

Visual Inertial Odometry

Integrate Visual Inertial Odometry (VIO) into your systems to achieve precise navigation and motion tracking without relying on GPS. VIO combines camera visuals and sensor data to accurately determine a device’s position and orientation, even in GPS-denied environments like indoors or urban canyons

LIDAR Digitalization

Employ LiDAR and SLAM (Simultaneous Localization and Mapping) to transform physical spaces into precise digital maps. This combination uses LiDAR’s laser scanning for depth perception and SLAM’s algorithms for mapping and navigation, enabling accurate 3D representations of environments. Ideal for urban planning, autonomous navigation, and augmented reality, it enhances spatial understanding and decision-making.

Extended Reality

Utilize AI to transform video footage into immersive 3D digital content, for applications such as streaming sports events in Virtual Reality (VR). Employ AI algorithms to analyze videos and reconstruct them as three-dimensional experiences, allowing fans to virtually inhabit sports venues and view the action from any angle.

Real Time Tracking

Leverage real-time tracking technologies, to revolutionize interactions within Augmented Reality (AR) environments. This advanced application allows for intuitive control and manipulation of AR content, enabling users to engage with virtual objects using natural hand movements and gestures. 

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