We were commissioned by the Hebrew University of Jerusalem to design the software architecture and systemic blueprint for a complex operational sub-system.
The architectural design was executed using our advanced Volatility-Based Decomposition framework. By encapsulating core business behaviors into strictly isolated, decoupled components, the architecture permanently separates stable logical processes from volatile external requirements. This structural approach dramatically reduces future development and maintenance overhead, enabling ultra-short modification cycles when business rules evolve.
Our formal delivery provided the university's technical leadership with a comprehensive, ready-to-build High-Level Architecture (HLA) and Detailed Design specification document, establishing a bulletproof roadmap for long-term scalability and design integrity.
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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Israel Railways
We were retained by the Israel Railroad Authority as senior engineering advisors to design the technical architecture and author the complete Software/System Requirements Specification (SRS) for a nationwide digital transmission…
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