CURRENT PROGRAMS
Enterprise Portal
Cybernet’s Enterprise Portal allows for efficient information sharing on the battlefield, in a way that allows operators to handle ever-increasing amounts of data without sacrificing speed or accuracy. The system integrates both Department of Defense and commercial data sources using standard Web appliances.
Gesture Recognition System (Gesture)
Using standard USB PC cameras, Cybernet’s Gesture Recognition System translates body movements into commands necessary for game and cyber-interaction. This system can be customized to control or augment virtually any standard input functions.
GestureStorm
This program allows meteorologists to control their on-air weather displays through purposeful gestures. Designed specifically for controlling Baron Services FasTrac® and VIPIR® software programs, GestureStorm™ allows the operator to control their Baron Services software through a combination of hand motions in front of a green or blue screen and button clicks on a wireless remote.
Internal Measurement & Magnetometer Module (I3M)
The I3M is one of the smallest, most accurate microelectromechanical systems (MEMS) in the world, and is part of Cybernet’s continued effort to improve MEMS-based Inertial measurement instrumentation. The I3M’s many applications include attitude estimation, ground vehicle navigation, military, marine and industrial uses.
Instant Mesh Radio Networks (IMRs)
IMRs developed for the U.S. Army, create instant networks that can be deployed simultaneously with troops. IMRs require no configuration by soldiers, communication coverage is easily extended, and end-to-end data transfer is handled automatically. These radios are semi-autonomous, scalable, packable and modular -- allowing for simplified maintenance and reuse.
Medication Compliance Monitoring System (MCMS)
The MCMS modernizes the standard prescription pill dispenser, providing seamless interaction between a physician and patient by assisting both in the management of necessary medication regiments. It offers real-time notification and monitoring of a prescription regiment, implemented using four components: a medication cap, base unit, database server, and web client software. This program alerts the patient audibly and visually when its time to take a pill, and allows the prescription regiment to be monitored and updated remotely by a medical practitioner.
OpenSkies Massive Multiplayer RTI (MMRTI)
OpenSkies is a networking system interoperable with high level architecture that allows large numbers of clients to interact in real time within a common, open space. This core piece of the OpenSkies system allows for placing application-specific culling algorithms on network routing machines to ensure data only goes where it needs to, redistributing the routing tasks among FedHosts. Other components of OpenSkies include:
OpenSim
Provides easy-to-use, drag-and-drop tools for simulation data; implements into Java programming so it runs with Windows, MacOS and Unix distributions; was designed to allow for wide data distribution across the LAN, WAN or Internet; and can support tens of thousands of simultaneous clients.
Overseer
Allows the control of Unmanned Vehicles (UVs) and other Synthetic Forces (SFs) through a 3D virtual environment. This system is capable of representing hundreds of networked and graphically represented SFs.
Symbology
Allows developers to design their own symbol construction methods by editing a text file and specifying locations and scaling the values for the various components. The Symbology toolkit allows symbols to be comprised of either static text that stays the same during the life of composite symbol, or dynamic text that changes during the life of the symbol, along with TGA images that include alpha channel transparency.
Tactical Viewer
The Tactical Viewer displays topographic information on desktops, handheld computers or other small display screens such as PDAs. The purpose of this program is to present topographic information that provides effective perceptions of three-dimensional information on small computer screens.
Training
This PC-based training and simulation software package brings the military trainer cost effectiveness, while maintaining strict compliance with military distributed simulation specifications.
Projectile Identification System (PIDS)
PIDS is an optical recognition system that can identify 120 mm mortar shells as they are loaded into an automated fire system for faster, easier and safer ammunition reloads. The PIDS product offers real-time identification; utilizes linear scan cameras to reduce the viewing area; recognizes the round based on shape recognition, including projectile color and any text on the round.
Tactical Engagement
Sometimes referred to as Blue Force Tracking, this system is a non-line of sight electronic pointing solution designed for training at the Brigade level or below. The system is geopairing-based with .1 milliradian accuracy, small in size and weight and includes weapons independent mounting and wireless data communication.
Vehicle Dynamics Module (VDM)
This integrated vehicle tracking system is accessible via USB and flash memory interfaces, and is ideal for low-cost Blue Force Tracking and vehicle dynamics recording. All dynamics and tracking data is recorded on the on-board flash memory card, and data can be uploaded via the SATCOM modem as the mission progresses.
