|  Navigating Large Legacy Codebases | 
                    Instantly surfaces business-critical logic from sprawling COBOL, FORTRAN, or RPG systems with intelligent code mapping.Identifies cross-program dependencies, data flows, and integration points that would otherwise take weeks to uncover manually.Highlights undocumented or risky components (e.g., hard-coded rules, manual overrides) to prioritize modernization efforts. | 
        
            |  Accelerating Onboarding in Legacy Environments | 
                    Provides contextual explanations of legacy modules and subsystems, reducing ramp-up time for new team members.Enables junior developers to ask natural-language questions (“What does this COBOL subroutine do?”) and get reliable answers.Acts as a persistent team memory—no need to rely on tribal knowledge or hunt through outdated documentation. | 
        
            |  Reducing Key-Person Dependency in Legacy Systems | 
                    Codifies decades of system knowledge from retiring engineers by generating AI-driven documentation and system maps.Offers self-service support for internal teams who would otherwise depend on a handful of SMEs.Supports cross-training by letting broader engineering teams safely explore and understand legacy logic. | 
        
            |  Enhancing Knowledge Transfer During Modernization | 
                    Automatically annotates legacy code with human-readable insights to make transition planning easier.Summarizes program flows, data models, and architectural patterns to support replatforming or refactoring initiatives.Integrates with Slack, GitHub, or JIRA to deliver modernization insights where teams already work. | 
        
            |  Streamlining Legacy Project Oversight for Non-Technical Leaders | 
                    Translates technical debt, system bottlenecks, and API limitations into clear business language.Helps PMs, analysts, and compliance leads understand where modernization risk—and opportunity—exists.Enables stakeholders to ask strategic questions (“Which legacy components affect our FedNow readiness?”) and get actionable answers. | 
        
            |  Optimizing Developer Allocation in Modernization Projects | 
                    Reduces manual analysis time by identifying low-risk modules suitable for automated refactoring.Prioritizes modernization tasks based on business impact and technical complexity.Allows senior engineers to focus on architecture decisions, while AI handles legacy reverse engineering and documentation. |