Enabling Intelligent Pricing Assistance through AI-Powered Microsoft Product Cost Estimation
A technology-driven organization aimed to simplify Microsoft product pricing discovery by implementing an AI-powered chatbot capable of answering pricing-related queries across multiple Microsoft product lines. The objective was to build an interactive pricing assistant that helps users quickly retrieve accurate, contextual, and up-to-date pricing information without manually navigating lengthy pricing guides. The solution was designed to improve pricing transparency, reduce manual effort, and support multi-tenant access where customers can securely access only their relevant pricing information.
The challenge
A technology-driven organization aimed to simplify Microsoft product pricing discovery by implementing an AI-powered chatbot capable of answering pricing-related queries across multiple Microsoft product lines. The objective was to build an interactive pricing assistant that helps users quickly retrieve accurate, contextual, and up-to-date pricing information without manually navigating lengthy pricing guides. The solution was designed to improve pricing transparency, reduce manual effort, and support multi-tenant access where customers can securely access only their relevant pricing information.
Key challenges
- Managing large volumes of pricing information across multiple Microsoft product categories
- Difficulty navigating chunked and text-based pricing documents manually
- Ensuring customer-specific pricing isolation in a shared environment
- Maintaining updated pricing information for accurate responses
- Supporting scalable and low-latency query processing for multiple users
Technology used
- Framework: LangChain for conversational orchestration and retrieval workflows
- Vector Database: Pinecone for semantic indexing and tenant-specific namespaces
- Embedding Models: OpenAI Embeddings for pricing document vectorization
- LLM Used: GPT-4o-mini for contextual answer generation and conversational intelligence
- Programming Language: Python for orchestration and backend implementation
What we built
- Data Preparation: Processes and structures Microsoft pricing guides for indexing
- Embedding & Indexing: Generates embeddings and stores tenant-specific pricing data in Pinecone namespaces
- Natural Language Querying: Accepts pricing-related questions through conversational input
- Semantic Retrieval: Retrieves top relevant pricing chunks based on user intent and context
- Response Generation: Uses GPT-4o-mini to synthesize retrieved pricing information into actionable answers
- Multi-Tenant Architecture: Ensures secure pricing visibility for each customer environment
Objectives
- Build an interactive chatbot for Microsoft product pricing assistance
- Enable natural language querying for detailed pricing information
- Improve accessibility to pricing guides across multiple Microsoft product lines
- Support multi-tenant data isolation for customer-specific pricing records
- Deliver fast and context-aware pricing recommendations
- Reduce manual navigation effort through intelligent search and retrieval
Outcomes
- Instant pricing Q&A delivering contextual pricing answers within seconds
- Improved accessibility to Microsoft pricing information across multiple products
- Secure multi-tenant isolation ensuring customer-specific data privacy
- Always up-to-date pricing retrieval through automatic indexing updates
- Scalable architecture capable of handling growing pricing data and user queries
- Enhanced user experience through conversational and actionable pricing insights