Abstract

Businesses lack a reliable, centralized business-to-business (B2B) marketplace that acts as an intermediary. This is due to several factors, including inefficient inventory management, restocking, and product reordering, which are often manual and prone to human error and high administrative costs. This leads to lengthy purchasing cycles, poor visibility in the broader market, lost sales, and decreased customer satisfaction. Additionally, the absence of automation and real-time data integration further limits businesses’ ability to make informed decisions, optimize supply chains, and respond quickly to market changes.

The Drawbridge platform is a B2B e-commerce solution that uniquely combines a comprehensive marketplace with advanced inventory management capabilities, making it a standout solution for small business owners. It connects businesses directly with manufacturers and wholesalers of consumer goods, allowing them to efficiently find, compare, and order products while simultaneously managing and optimizing their stock levels in real-time. This dual focus on marketplace functionality and inventory management sets Drawbridge apart from other market stores. Key features of the Drawbridge platform include supplier product uploads, marketplace listings with advanced search and filtering, and an intelligent inventory management system that empowers businesses to automate their stock control. The Auto-Buy feature ensures seamless replenishment, enabling restocking based on either predefined thresholds or user-specified schedules. Real-time low-stock alerts and inventory tracking tools provide businesses with full visibility and control over their stock levels, helping prevent overstocking or stock outs.

The Drawbridge report begins with an introduction that outlines the problem domain, problem statement, project objectives, the proposed system, the methodology, and required resources. This is followed by a review of existing and related projects and the proposed innovations. Then, the software requirements are defined in detail in the Software Requirements Specifications chapter, followed by system design and how these requirements are translated into a definite software structure. Then, the system is implemented and tested to ensure it is working properly. Finally, the summary of the results and suggestions for future improvements and developments.