Is an innovative next-generation software platform for vector logic modeling, fault simulation, fault coverage analysis, and digital system verification. The technology is based on a proprietary Processor-Free Computing architecture that applies a mathematical vector logic model as an alternative approach to digital circuit analysis. The platform supports digital logic modeling, automated test vector generation, fault simulation, state-space analysis, and Fault Coverage evaluation. Its architecture includes the Vector Logic Core, High-Speed Data Fabric, In-Memory Computing modules, scalable storage, and an integration API. The solution is designed to integrate with existing Electronic Design Automation (EDA) workflows and supports the verification of ASICs, FPGAs, and other mission-critical digital systems. Potential application areas include the semiconductor industry, aerospace and defense, automotive electronics, industrial automation, telecommunications, and critical infrastructure.
The underlying mathematical algorithms, internal architecture, software implementation, and optimization methods constitute proprietary know-how and are protected as intellectual property. Independent technical validation is planned as the next stage to verify the claimed performance in accordance with international engineering standards.
The objective of the technology is to provide a new generation of high-performance digital verification tools that improve the reliability, scalability, and efficiency of modern electronic systems.