Lap Core

PlatformWebsite

IndustryFinance

Timeline2022 - Present

Project Team

1 Frontend Developer

Lap Core is a fintech marketplace for loans, credit cards, insurance, and other financial products through white-label portals. Our team built a scalable frontend to power multiple branded web platforms.

[ Project Overview ]

White-Label Fintech Marketplace

Lap Core is a fintech marketplace offering loans, credit cards, and insurance through white-label portals, enabling partners to run branded sites on a shared platform, powered by a single frontend codebase by Dignizant.

[ What We Actually Did ]

Frontend Development & Optimization

We developed frontend flows for loans, credit cards, and insurance with an ENV_KEY-based theming system for multiple branded portals. Integrated with a shared backend, built a partner portal, and optimized builds for faster global updates.

[ Scope of Work ]

Key Functional Areas Delivered

Core marketplace and partner features enabled seamless product discovery, customization, and referral management.

White Label Pages

User Data Flow

Dynamic Theming

Shared API Layer

Partner Dashboard

Sub Merchant Panel

Config Based Logic

Multi Portal Engine

[ Outcomes ]

From challenges to impact, we solved what mattered most

Major Challenges Solved

Built a multi-tenant system with unique merchant branding from a single codebase. Maintained a unified backend with secure configurations, simplified onboarding via ENV and DNS, ensured consistent updates, and balanced performance as the platform scaled.

Business Impact

New merchants can go live quickly by configuring ENV keys, DNS, and branding without any new code changes or deployments. Faster onboarding and shared updates enable rapid expansion, while all partners benefit instantly from new features with minimal effort and overhead.

Technical Impact

A single React codebase effectively eliminates duplication and simplifies ongoing maintenance. The shared backend remains stable with secure, partner-specific configurations, while a flexible configuration-driven architecture ensures scalability and low engineering overhead.