- Remember Me Integration: A persistent login toggle to streamline access for daily power users.
- Direct Registration: A new registration portal added directly to the login interface to simplify the onboarding process for new users.
- App Auto-Updater: Seamless background updates to ensure all users are instantly running the latest C++ engine builds and security patches without manual re-installation.
- Valuation Save/Open (DDM & PWDCF): The ability to save local project files for Dividend Discount Models (DDM) and Probability-Weighted Discounted Cash Flow (PWDCF) models, allowing users to build and revisit complex valuation theses over time.
- Dynamic Valuation Graphs: Interactive visual representations for DDM and PWDCF modules, allowing users to visualize intrinsic value trends and probability distributions.
- Professional PDF Export: High-quality report generation for DDM and PWDCF models, designed for independent wealth managers to share transparent, data-backed insights with their clients.
- Zero-Entry Validation Patch: Resolved a critical bug in the Shares Outstanding and Total Debt input fields that previously allowed unintended 10x multiplier errors.
- Hardened Input Logic: Refined UI validation to prevent “fat-finger” errors during rapid scenario modeling, ensuring mathematical integrity.
- Stability Enhancements: Improved parsing within the C++ engine to maintain the accuracy of final intrinsic value calculations.
- Native C++ Environment: A desktop-native suite built for high performance and zero-latency updates when adjusting assumptions.
- 3-Stage DCF Modeling: Capability to handle complex Discounted Cash Flow models.
- WACC Derivations: Tools for deriving the Weighted Average Cost of Capital.
- Sensitivity Matrices: Visual risk range analysis across varying growth rates.
- Advanced Scenario Modeling: Instant toggling between Bear, Base, and Bull cases.
- Reinvestment Analysis: Specific forecasting for EBIT margins and CapEx.
- Transparent UI: Interface where every input is adjustable and every output is explained to eliminate “black box” calculations.