KowCo, Inc.
.....Exceeding the Challenge
These are many of the projects we have been involved with in the past. They have been categorized by the principal component we were involved with. As you can see the projects have been diverse in nature.
Teams consisted of product management, mechanical, electrical, firmware, and system engineers developing Backend Server (LAMP w/Java-Ajax) communicating with a real time currency processor at the gaming table. Monitoring table performance is easily accomplished via standard browsers (i.e. Firefox) anywhere on the secured net. Reports (via iReports and Jasper) available online or printed.
Conceptualized an integrated product portfolio from existing line. Managed mechanical, electrical and firmware engineers in designing re-useable modules. Pipelined product through production and delivery to customers.
Secured fulfillment of Smartcards for European Banking and Customer Loyalty programs. Automated selection of product parts, integration of artwork, methods of testing and injection of secured data.
Divided original project into component projects; video, audio, multiplexer, processors and mechanicals. Retained project management of video and processors reassigned the others. Unique to this project was the initial deployment of specially developed MPEG RISC processors.
Managed heavy equipment crews installing 2 miles of roads in steep terrain. Refurbishing old barns for structural integrity and usability. New building construction of 40x70 equipment shop and residential buildings.
Conceived and developed a custom laptop designed to play Bingo. Designed around the newly released Motorola DragonBall processor and 640x480 color LCD. Featured IR networking and 16 hr battery life.
Designed pager sized device allowing athlete to record their heart rates through out their exercise program. Data points can be flagged for identification i.e. start of swim, bike or run cycles. Performance data is sent via the internet to sports medical professionals for analysis.
Developed middleware software to process phone calls for the German Cell Phone Voicemail. This project also included a full telephone central office simulator.
Developed a line of process controllers specifically targeting the Semiconductor manufacturing equipment. Featuring direct digital motor and solenoid control. Analog values for temperature and gas flow control. Unique to these designs was some of the first commercial use of asymmetrical multiprocessor technology.
Conceived and built a product that, after being plugged onto the backplane of a VAX 750, allowed it to process as fast as a VAX780. Unique to this design was the ECL based predicting engine which analyzed the next microcode instruction to be executed and to provide the system clock with just enough time to successfully perform the instruction. Clock resolution was in 5 ns increments.
Developed a line of portable lighting equipment featuring remote power control. Controlling up to 1200 watts per channel with 16 channel units.
Created systems to control impact and vibration tables. Linear non-contact measuring products to 18 feet in .25 inch resolution allowed precise prediction of impacts. Utilizing high power hydraulic systems the vibration tables were able to simulate trucks, trains and airplanes.
Both direct, via keyboard simulators and indirect control via software register control, diagnostics were developed to qualify application software and the computers themselves. As part of the Apple's Worldwide diagnostic community these products were widely distributed. TVMan on of the products in the series was published on the Developer CD as example of how to write Macintosh software.
Developed a product that had all of the abilities of the Atari 2600 game system with the additional connections to backend systems which provided the code assemblers. This allowed the game programmers a platform for their work and the ability to test the code in realtime.
A 16 level 32 bit event control stack became the core of this 68000 based realtime control system. Implemented in Actel FPGAs a compact and high performance cost effective product was developed.
The US post office processing centers are filled with legacy equipment with no ability to inter operate with the other. Workflow analysis was needed and information from the equipment was required to provide this information. We developed ethernet controllers were developed to provide this interoperability.