Intellisense Systems, Inc.

A family of all-in-one, autonomous, rugged weather stations for military and commercial use, including models MWS-M525, MWS-C400, MWS-C500, MWS-C600, and MWS-M625, providing real-time meteorological data, panoramic imaging, and cloud height measurement. The MWS-M625 features the world's smallest lidar ceilometer and Iridium satellite connectivity for cloud height measurement up to 10,000 feet.

A professional-grade, wireless, all-in-one weather station for commercial applications, offering cloud-based data logging, solar power, and the ability to autonomously gather and report over 20 environmental parameters. Compact and easy to deploy, it is the most affordable all-in-one weather sensing solution from Intellisense.

A compact, lightweight, and rugged micro weather station with 27 environmental observation capabilities, including cloud height measurement using a micro lidar ceilometer and two-way Iridium satellite connectivity. Weighs just 3.8 pounds and is designed for unattended deployment in remote or denied locations.

A commercial-grade, all-in-one micro weather station with cloud-based data logging, solar and battery power, and flexible reporting intervals. Deployed at over 100 sites in North America for real-time weather data.

A commercial-grade, all-in-one micro weather station featuring 19 onboard sensors, solar and battery power, and cloud-based data processing. It offers flexible reporting intervals, robust environmental resilience, and multiple mounting and communication options (LTE-M cellular or Iridium satellite).

A modular, wireless, rugged weather-monitoring system capable of integrating up to eight environmental sensing modules, delivering over a dozen weather parameters for military and commercial aviation applications.

A rugged, all-in-one meteorological sensor for ground vehicles, providing hyperlocal weather data for first responders, firefighters, and search-and-rescue teams. Designed for military and specialty vehicles, it measures six critical weather parameters and is tested to military standards.

A mission-ready, modular avionics display with multi-core processing, high-resolution, and customizable controls, serving as a form-fit-function replacement for legacy 5 x 5 displays.

A modular, multi-function smart combat systems display and computing platform with high pixel density and open architecture for aircraft modernization and new builds.

A combat systems operator display, backwards compatible with legacy XGA displays, featuring modular design, open architecture, and vFusion™ technology for multi-screen capabilities.

A mission-ready, DAL A certified primary flight display with open systems architecture, modular design, and customizable bezel for airborne electronic hardware and software.

A mission-ready, multi-function display backwards compatible with legacy XGA resolution, featuring modular design, customizable bezel, vFusion™ technology for combining multiple video inputs, and ruggedized for airborne environments.

A compact, rugged standby engine display for aviation applications, designed for reliability and compatibility with industry standards. Features a modular bezel, ARINC-429 interfaces, and a high-resolution display head assembly.

A high-resolution, large area avionics display supporting advanced graphics, open architecture, and customizable controls for modern cockpit environments. Features multi-touch screen technology, NVG compatibility, and vFusion™ for advanced video processing.

Modular, open standards power management and distribution systems designed to modernize legacy power supply systems, improve availability, and support MOSA acquisition needs.

A compact, expandable, and adaptable solution serving as a form-fit-function replacement for circuit breakers on legacy aircraft and ground vehicles. Features modular open systems architecture, supports high and low voltage DC and AC, and offers fully redundant power supplies for safety-critical applications.

An autonomous flood sensor system with IoT capabilities, providing crucial water level data for disaster response and first responders. Selected by the Department of Homeland Security for its accuracy and reliability.

An AI-enabled, hardened ensemble classifier for electromagnetic spectrum operations, providing trustworthy AI resilient to adversarial attacks in RF communications.

An environmental data visualization solution for IoT-connected environmental sensors, enabling remote commands and data logging.

A digital video processing technology that enables operators to combine 2-4 video inputs onto one avionics display, supporting split-screen, tiling, overlays, and picture-in-picture with zoom capabilities.

Redesign and requalification of outdated electronic systems for peak efficiency, delivering innovative, form-fit-function replacements to extend platform lifespans and ensure mission readiness.

Research and development in augmented intelligence, data acquisition, and advanced technology solutions, including projects through the U.S. Department of Homeland Security’s SBIR program.