SolarICETM - This is a port of the ICETM 1.0 software to the Solaris 1.1 operating system. It was a client-server application which allowed many users to send and receive images through a PhotoTelesis DP-100 connected to a Sun® SparcStation.
SCO-ICE -- This is a port of ICE 2.0 to the SCO operating system. It was used for the Force XXI exercise to demonstrate image transmission over tactical nets.
OASIS - This is a port of ICE 3.0 to the OASIS hardware (a rugged VME unit). This included writing Windows NT® drivers for a video board and a communication board. There were also several customer-specified features added to this version of ICE that eventually made their way back to the standard version of ICE.
Removable Hard Drive - We designed a removable hard drive for the Panasonic CF-25 notebook computer so that the classified data could easily be removed and stored.
Military Micro-RITTM Evaluate Unit - The TacMicroRIT was modified to support a color video display, an LCD user status display, and then the entire unit was housed in a very rugged military case. Four units were built (two delivered) for use in a military exercise that demonstrated the effectivity of such a device for warfighting. This project required considerable use of all of our engineering resources. PhotoTelesis is currently under contract to rework the Evaluation Unit into a fully militarized Production model for the LVRS program.
PhotoTTM VME (PRISMTM) - PhotoTelesis was contracted to port their image compression and PTACTM protocol to an embedded VME-based system. We used an embedded variant of Windows NT® 4.0. This is a demonstration program that has potential to lead to a single-board PhotoTelesis VME product. PRISM stands for Photo Recon Integrated Strike Module.
PICS - The Portable Imaging and Communication System. Designed from the ground up for a classified customer. This was a "super laptop" that included features found only in towers. The PICS is rugged and waterproof and can run on a wide variety of power sources. All mechanical, electrical, and software engineering for the PICS was accomplished by PhotoTelesis
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