Innoslate supports system engineers throughout the lifecycle by integrating requirements analysis and management, functional analysis and allocation, solution synthesis, test/evaluation, and simulation.
Innoslate is the only PLM tool to combine standard SysML, LML, and Requirements View with powerful Monte Carlo and Discrete Event simulators. Systems engineers have access to industry leading quality and intelligent analytics.
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With Innoslate, engineers can quickly capture requirements from Microsoft Word (docx), Microsoft Excel (csv), and Adobe PDF (txt). Easily analyze the documents for potential problems with the autonomous quality checker.
Innoslate provides the power to manage multiple versions of the same requirements document through baselining. All requirements can be directly traced to functional and physical entities of the design. Additional attributes can be easily added using the schema extender.
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Process Management is essential for effective product lifecycle management (PLM). Innoslate includes native Action Diagrams, Sequence Diagrams, and IDEF0 charts to capture these processes.
Uniquely, Innoslate includes both a Discrete Event and Monte Carlo simulator to analyze these processes. This allows for analysis of manufacturing process bottlenecks and can verify correct logical design. This analysis reduces manufacturing process errors, which saves cost and schedule resources.
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With Innoslate, project and program managers can easily create a process integrating a master schedule with costs and resources. This process can be simulated to answer what-if analysis and provide insight into best/worst case scenarios. Simulations allow managers to have full system understanding and enables better decisions.
Tracking project risk and decisions is simple with our risk matrix and table views. CONOPS and Program Plans can be edited directly within Innoslate.
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Innoslate includes native support for viewing 3D Wavefront (.obj) and Stereolithography (.stl) files. These formats are easily exported from popular Computer-Aided Design (CAD) tools.
Bridge systems engineering artifacts with product design in a single click. Users can produce Hierarchy Charts and SysML Block Definition Diagrams (BDD) from 3D Wavefront files. These CAD parts can easily be traced to product requirements, cost, and key performance parameters.
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