A primary challenge was ensuring the factual accuracy of AI-generated outputs, as any inaccuracies could compromise the reliability of tender analysis. Additionally, the solution needed to provide precise citations with source quotes, regardless of the original document's format, to maintain trust and transparency.
Processing diverse user-uploaded documents, including PDFs, required a balance between efficiency and cost-effectiveness. Leveraging LLMs for document analysis presented high operational costs, demanding innovative approaches to keep token usage under control.
Developing a user-friendly interface was critical to adoption. The interface needed to present AI-generated data in a clear and intuitive way, allowing users to easily understand the context and trace information back to its sources.
Zaven employed a modern Retrieval Augmented Generation (RAG) architecture for the MVP. This cloud-native solution leveraged Azure AI Search and Azure OpenAI to process documents and generate structured insights. To future-proof the system, a flexible solution architecture was designed, capable of replacing the basic RAG with a Python-based dsRAG mechanism, which could integrate multiple LLM models and vector databases for enhanced customization.
To improve semantic search accuracy, semantic chunking was implemented, ensuring contextually rich document segmentation. For data extraction, Microsoft Document Intelligence handled complex documents, while lightweight Python scripts were used for simpler cases, balancing performance and cost.
The user interface was designed with tender analysts in mind, combining clarity and ease of use. Drawing from familiar patterns in AI applications, the UI presented tender packages and bid relationships intuitively. Source traceability, visual hierarchy, and actionable insights were seamlessly integrated, ensuring the interface was both user-friendly and powerful.
Zaven delivered a robust MVP underpinned by a scalable cloud infrastructure and a streamlined CI/CD process. The application featured a brand-aligned UI built with Bootstrap, designed to simplify workflows and enhance user experience.
The front end, built in React, was seamlessly integrated with a .NET-based back end hosted on Azure's cloud-native infrastructure. The system also leveraged OpenAI's ChatGPT for advanced AI capabilities, empowering tender analysts with accurate document analysis and bid comparison tools.
With its RAG-based architecture, the MVP successfully addressed factuality, citation traceability, and cost efficiency, ensuring a reliable and scalable solution. This project set a strong foundation for future growth, equipping Volve.Evaluate with an innovative tool to revolutionize tender analysis processes.
Herman Smith (CEO & Co-founder at Volve)
Volve is a Norwegian technology company that combines industry expertise in real estate and construction with artificial intelligence to empower decision-makers to optimize cost, time, and sustainability in project execution.
A real-time guidance and problem-solving interactive advisor designed for construction professionals, home renovators, and DIY enthusiasts.
Back-end Software Development, DevOps as a Service, Front-end Software Development, Product UX/UI Design, Systems Integration, Construction, OpenAI, React, Start-ups
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