About Us

Global Orbital Imaging has harnessed state-of-the-art technology to deliver real-time, encrypted high-resolution imagery that enables precise object identification and advanced tracking capabilities. Our expansive collection of over 2,000 specialized quantum algorithm models detects and categorizes an extensive array of more than 12 million objects, with continuous expansion and improvement underway. This is achieved through the exponential growth of machine learning and AI data sets, which have vastly enhanced the accuracy and sophistication of our object detection and tracking systems. The vastness and richness of these data sets allow us to continually refine and expand our models, improving precision and providing deeper insights over time.

Our solutions leverage diverse machine learning models, frameworks, and networks, seamlessly integrating data from satellite, airborne, drone, and terrestrial sources. These systems process vast amounts of data in real time, ensuring timely and accurate decision-making across various environments. Our technology's adaptability allows it to be deployed in government clouds, bare metal setups, or hybrid configurations, making it suitable for diverse operational requirements.  

Additionally, our technology's scalability is unmatched. It can scale from a single machine equipped with an NVIDIA GPU supporting CUDA and Tensor Cores to an infinitely scalable cloud-based cluster utilizing cutting-edge distributed computing frameworks, enabling seamless expansion as data and operational needs grow. With the exponential increase in AI and machine learning capabilities, Global Orbital Imaging is at the forefront of providing more accurate, secure, and reliable imagery solutions, meeting the evolving demands of global intelligence and security.

The powerful inference engine is designed for seamless customization, efficiently meeting the demands of speed, scale, and complex use cases. The Global Orbital Imaging (GOi) user interface provides a detailed, intuitive visual representation of object detections across user programs and projects and publicly shared detections. By presenting detections in geospatial and temporal contexts, users can thoroughly verify model outputs, conduct in-depth data analysis, and explore the specifics of detected objects. GOi enables users to gain valuable insights into the precision and recall of model predictions across varying scenarios. GOi supports many use cases, including large-area searches, rare object identification, and trend analysis, ensuring flexibility and accuracy in detecting and analyzing diverse objects of interest.

Combining our vast satellite image archive with cutting-edge 3D technology generates highly detailed, precise visualizations of terrestrial objects. These 3D models are invaluable for various applications, including simulation, training, navigation, network planning, and complex environmental analysis.

The GOi geospatial enterprise is a secure, proprietary platform that enables seamless sharing of geospatial data across various levels. This framework is essential for creating detailed 3D maps of urban environments, supporting a range of military platforms and applications. However, significant technological challenges remain, particularly in enhancing data for combat-related activities, from training exercises to real-world operations. This improved information includes accurate street names, unit position symbols, and precise digital coordinates for routing and targeting, all critical for mission success.