Our Work.

Increased efficiency of water infrastructure acquisition by 15x.

Increased infrastructure and application deployments by 10x.

Enabled real-time visualization of the James Webb Telescope based on real-time sensor data.

Improved data processing pipeline performanceby 34,000x.

Automated the processing and validation of large volume of elevation and hydrology data.

Enabled AI/ML pipeline for automated object image processing and detection.

Enabled denial of access for banned players via an AWS serverless framework.

Reduced cost of a 3D visualization program by 58%.

Enabled vector tile generation, management, and dissemination.

Developed open-source facial recognition platform for disaster relief in remote environments.

Increased training effectiveness and immersion by providing real-time next-gen statistics.

Automated auditing of open-source software license dependencies.

Improved process for international survey data collection and management.

Provided IT support for 7000 users across mobile and desktop devices and operating systems.

Enabled simplified workflow for searching, processing, visualizing, and deploying geospatial data.

Enabled disparate source search, retrieval, and visualization of extremely large data sets.

Contributed to automated nightly updating of global coastline vector data using operational imagery sources.

Reduced technical barrier to reconfigure hardware appliance.

Enabled force tracking and reporting in austere environments.

Integrated a tunneling solution for connection in areas of the world where internet is censored.

Enabled crowdsourcing and visualization of world changes over time and space.

Enabled processing and advanced data science AI/ML analysis of open-source media.

Performed assessment and risk mitigation of a critical geospatial platform.

Significantly decreased complexity of finding, processing, deploying, and visualizing geospatial data.

Modernized and migrated 70+ applications to Google Cloud Platform.

Enabled 2D & 3D visualization of oil well telemetry data.

Enabled valuable training content and insight into course progress via learning management system.

Modernized geospatial platform and integrated with other critical systems.

Enabled the discovery and purchasing of geospatial data sets.

Enabled collaborative real-time map-based editing and visualization.

Enabled geospatial capabilities, data collection, monitoring, and reporting in austere environments.

Provided a platform for voice of minorities in oppressive parts of the world.

Supported geospatial capabilities for a real-time platform.

Enable and support geospatial capabilities across various efforts.

Reduced rejection of health care coverage for firefighters due to exposure to hazardous material.

Migrated geospatial capabilities to the cloud and enabled the remote geospatial processing.

Expanded capabilities through the implementation of a custom ESRI ArcGIS extension.

Decreased onboarding time of new developer by 20x and cloud infrastructure costs 3x.

Reduced time needed to deploy to operating environment by 96%.

Enabled geocoding of 750,000 records per minute using open source solutions

Enabled integration of dynamic capabilities for mobile situational awareness.

Developed a platform for open source life cycle and sustainability assessment tool.

Provided geospatial expertise for test and evaluation.

Enabled an open channel for tracking and reporting systemic corruption.

Increased platform performance by 10x

Enabled mobile data collection and visualization in connected and disconnected environments.

Contributed to the integration of a wide range of sensors into a unified view.

Increased fire department performance, while reducing human health and property risk for thousands of communities.

Automated detection of maritime anomalies.

Enabled visualization of flight tracks based on AI/ML radar correlated reads.

Enabled real-time detection of air and maritime anomalies.

Integrated a data collection capability into an open-source geospatial platform.

Enabled storage and analysis of billions of geospatial-temporal records in near real-time.

Prepared and guided organization for security certifications.

Developed and commercialized the StatEngine platform to improve safety through real-time data analytics and visualization.

Supported geospatial capabilities through various channels and means.

Enabled subscription-based delivery of data to users based on countries and geospatial areas.

Enabled GitHub-inspired collaboration and configuration management of geospatial vector data.

Enabled dynamic generation of military compliant map symbology.

Created open-source geospatial capabilities in multiple environments for organizations with limited resources.

Enabled cataloging and discovery of maps and layers for thousands of organizations worldwide.

Advanced a better understanding of the evolution of institutions and ideas in censored societies.

Enabled crowdsourcing to validate, discover, or annotate features of interest in satellite imagery.

Increased efficiency by automating processes and reducing infrastructure costs.

Enabled the collection, archiving, and analysis of open-source media via a custom platform.

Automated the management of over 50 AWS accounts to save about 1 million dollars in costs annually.

Enabled sharing of findings and insights, as well as engagement of the fire service.

Provided emergency same-day DevOps and Engineering support.

Increased software quality and confidence while allowing for faster development and testing.

Enabled near real-time analysis and Moving Target Identification (MTI).

Enabled visualization of analytics for natural disaster and world events.

Created 3D geospatial crowdsourcing game to discover qualitative and quantitative relationships in geospatial terms.