CAST Imaging
CAST Imaging reveals the inner workings of an application by automatically mapping every technology, component, dependency, and transaction across the stack. It interprets more than 150 languages, frameworks, and databases to give teams an instant, unified view of complex software systems. With AI-powered insights, it explains architecture, shows data flows, and clarifies hidden relationships that typically take weeks to uncover. Developers and architects can analyze change impact, spot structural risks, and accelerate modernization with confidence. The platform reduces onboarding time, eliminates blind spots, and makes large-scale applications easier to evolve. CAST Imaging turns software into a visual, searchable knowledge map—so teams can deliver better outcomes faster.
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Velx
Velx is the system intelligence layer behind AI-native engineering, built to eliminate invisible complexity and accelerate delivery with confidence. It transforms undocumented complexity into governed execution and measurable acceleration by automatically mapping architecture, uncovering hidden dependencies, and tracking system health with every pull request. Velx moves projects through a structured three-stage evolution: extracting intelligence, designing the roadmap, and accelerating implementation under human oversight. Explorer builds a “System Brain” by connecting to repositories to extract architecture, map hidden dependencies, surface technical debt, and create a queryable knowledge base of the entire system, reducing tribal knowledge risk. An architect turns understanding into actionable plans by accepting enterprise constraints to design modular boundaries, API definitions, database schema planning, and phased roadmaps that prevent spaghetti growth from day one.
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Understand
Understand is a comprehensive static-analysis and code-comprehension platform that helps software engineers “see” and understand large, complex code bases, whether legacy, safety-critical, or modern multi-language projects. It parses your source code and builds a complete “code dictionary” of every entity (files, classes, functions, variables), populating cross-references, call trees, dependency graphs, control-flow diagrams, and more. Through interactive, customizable graphs and visualizations, call graphs, control flow graphs, dependency trees, and UML-style class diagrams, you can explore exactly how parts of the code connect, which modules depend on which, and where changes may ripple across the project. Understand also computes detailed metrics at various levels (file, class, function) such as cyclomatic complexity, lines of code, comment-to-code ratio, coupling/cohesion, and other maintainability indicators; these metrics can be viewed in treemaps, exported to HTML or CSV.
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Kuscos
Whether you are wanting to know what was added to that legacy Cobol system back in the 90s, or looking for advanced techniques to better manage your ongoing C# development project, Kuscos is the software intelligence platform of choice. For development teams, managers and executives, Kuscos delivers key information regarding source code modules and team members, from design documentation to dependencies, duplicate code and quality rule violations. Kuscos also provides oversight of team activities, from repository commits to issues resolved. Better still, the same platform does this across more than 16 legacy and modern software languages. As we pointed out in our earlier post, and according to the Standish Group, over the past 5 years only 29% of software projects could be described as successful (meeting time, budget and functionality goals). Improvements over time have been minimal despite increases in code development efficiencies and design processes
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