Platform: Next.js 15 (App Router)
Type: Dual-Sided SaaS Application
Purpose: AI-driven retirement assessment platform connecting consumers with financial advisors through intelligent scoring and lead management
Challenge
Build a dual-sided platform that guides consumers through AI-powered retirement assessments using Monte Carlo simulations while providing advisors with efficient lead management, real-time analytics, and full regulatory compliance.
Solution Architecture
Consumer Flow
AI Chatbot Assessment:
Conversational interface collects financial data (age, income, savings, retirement goals)
Dynamic question flow adapts based on user responses
Contextual help: chatbot suggests best answers based on user situation
Progress tracking with session recovery
Monte Carlo Simulation:
Runs 10,000+ scenarios testing retirement plan viability
Analyzes market volatility, inflation, life expectancy, withdrawal rates
Generates personalized retirement "score" showing success probability
Visual dashboard with charts showing projected outcomes
Downloadable PDF report with actionable insights
Compliance:
Automated disclosure presentation and consent tracking
End-to-end data encryption
FINRA/SEC regulatory safeguards
Advisor Dashboard
Lead Management:
Incoming assessments automatically assigned to advisors (geography, specialization, workload)
Kanban pipeline: drag-and-drop status updates (New → Contacted → Qualified → Meeting → Converted)
Integrated communication: click-to-call, email, SMS from platform
MyRetireScore demonstrates how Next.js 15 enables building sophisticated dual-sided platforms that balance user experience with technical complexity. The AI-powered assessment makes retirement planning accessible, while the advisor dashboard streamlines lead management and conversion.
By leveraging Server Components, Server Actions, and intelligent caching, the platform delivers fast, secure, compliant financial services—connecting consumers with advisors effectively while providing scientifically-backed retirement projections through Monte Carlo analysis.