Knar does not just analyze industrial assets — we formally engineer optimal system designs using advanced mathematical methods. We speak to technical executives and systems leaders in complex industries like oil & gas, utilities, mining, chemicals, and defense.
"Not choosing between good ideas — proving which one creates maximum value."
We apply hybrid discrete optimization (integer programming, constraint programming, metaheuristics) to formally explore thousands of configurations and identify the optimal trade-off between CAPEX, availability, lifecycle cost (LCC), and risk.
"When complexity demands a single source of truth."
We implement Model-Based Systems Engineering (MBSE) principles to create a living digital model that integrates functional architecture, physical breakdown, reliability logic, operational modes, and contract interfaces.
Unlike firms that deliver workshops and Word documents, Knar builds executable decision systems grounded in:
Formal optimization theory and constraint programming
Real-world process behavior and reliability modeling
Life cycle economics and business value quantification
We walk beside you — not above — to co-architect solutions where value is engineered, not guessed.
Let's explore what optimal looks like for your next project.
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