We engineered and developed a compliant Windows kernel-space hardware driver and a tightly coupled power-management application for NaOr's military-grade Portable Combat Computers, ensuring operational reliability under tactical field constraints.
The project required authoring a standard system device driver in C to interface directly between the ruggedized computer hardware registers and the Windows XP operating system, establishing real-time telemetry for battery health, current consumption, and voltage metrics.
Alongside the driver, we developed a supervisor application in C# (.NET Framework 2.0) that acts as an automated fallback layer. To insulate the core software from hardware variations, the business rules for battery status alerts and the critical logic forcing a graceful, automated system shutdown during low-power states were completely decoupled into external XML configuration files. This architectural decision enabled rapid field re-configuration and boundary adjustment with zero code re-compilation.
Afcon
We developed a mission-critical core software service for Afcon's wide-scale control-room SCADA systems, implementing a robust and optimized variation of the classic Publisher/Subscriber pattern for live system data items.
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IAI
We were retained by Israel Aerospace Industries to lead the comprehensive architectural redesign and structural decomposition of a highly complex, dependency-heavy legacy system.
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Bruker JV IL
We architected, fully developed, and successfully deployed two mission-critical software systems for Bruker Technologies, bridging the gap between legacy hardware assets and modern distributed environments. Both systems passed rigorous…
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