Agricultural B2B Analytics Platform for US Market

We partnered with the client to scale a wholesale agricultural marketplace into a data-driven analytics platform for the U.S. market. This shift allowed the client to move from a transactional model to a subscription-based analytics product with recurring revenue.
Period
2020 – Present
Domain
Agriculture
Tech
Microsoft Azure, Azure Functions, SQL Server, Python, C#, Azure Document Intelligence

About the project

The product is a B2B agricultural analytics platform providing reliable, real-time visibility into market pricing and trends. It aggregates data from multiple sources, including supplier inputs and public reports, and transforms it into a standardized, easy-to-analyze format. The platform supports data-driven decision-making for businesses across the agricultural supply chain.

Business challenge

We've been partnering with the client since 2020, helping to scale the product from a marketplace into an analytical B2B platform for the U.S. agricultural market. Initially, we’ve helped build an online wholesale marketplace with a full-cycle functionality, including order management, offer processing, logistics and transactions, and commission-based monetization.

The marketplace was built around a strong partnership-driven model. This created an opportunity to rethink the platform’s role and transition toward a more scalable, data-driven solution. As a result, the marketplace evolved into a data-driven platform focused on aggregation of market trends, price analytics, and providing access to insights and data.

The client worked with several independent data sources relevant to the agricultural market. These included publicly available government reports on pricing and distribution, pricing information shared by suppliers in various formats, and aggregated transactional data contributed by participating companies.

The data came in all kinds of formats and structures, which meant a lot of manual work and adjustments along the way and the following challenges:

  • Lack of a unified data structure
  • Manual and time-consuming data processing
  • Inconsistent and frequently changing data formats
  • Absence of a centralized system for aggregation and analysis

This created a broader market problem as well. Businesses in the agricultural supply chain lacked a reliable way to:

  • Compare prices across regions and suppliers
  • Track historical pricing trends
  • Access real transaction-based market benchmarks

The client needed to rethink the product and shift from a declining marketplace model to a scalable, data-driven solution. The core challenge was to transform fragmented and unstructured market data into a structured, continuously updated analytics platform and build a sustainable monetization model around it.

Solution

To address fragmented data sources and enable a scalable analytics product, we designed and implemented a data-driven platform that aggregates, processes, and delivers agricultural pricing insights in a unified format.

A multi-source data aggregation system

We developed a centralized data pipeline that consolidates multiple types of market data:

  • Publicly available agricultural reports from resources like USDA, retrieved via API integrations
  • Supplier pricing data collected from partners in various formats
  • Aggregated transaction data contributed by participating companies

By combining these sources, the platform provides a more complete view of the market, covering historical trends, current pricing, and real transaction benchmarks.

Automating data collection with cloud-native services

To ensure consistent and reliable data ingestion, we implemented automated workflows using Microsoft Azure. Integrations with external APIs allow continuous data updates without manual involvement. This serverless approach ensures scalability while keeping infrastructure overhead low.

Processing structured and unstructured data

One of the core challenges was handling data in multiple formats, from structured files to unstructured inputs. We implemented a hybrid processing approach:

  • Python-based parsing services for structured formats such as PDF and Excel, using custom parsing logic and regular expressions
  • AI-powered document processing with Azure Document Intelligence to extract data from images, scanned documents, and semi-structured files

This allowed us to convert inconsistent supplier data into a standardized format suitable for analysis.

Creating a unified data layer

To ensure consistency across multiple data sources, we designed a centralized data model built on SQL Server. Data from APIs, supplier inputs, and transactional records is standardized into a unified structure, making it possible to compare pricing across sources and time periods. To address inconsistencies in naming and formatting, we implemented product mapping logic that aligns different representations of the same items. Data transformation and aggregation are handled at the database level, enabling efficient processing of large historical datasets and supporting fast, reliable analytics.

Delivering insights through analytics

On top of the data infrastructure, we built an analytics layer designed for intuitive data exploration and visualization. Custom dashboards allow users to interactively analyze pricing trends, while search functionality powered by Azure AI Search makes it easier to navigate large datasets and surface relevant insights. Supplier discovery is further supported through integrations with Google Maps, enabling users to explore market participants geographically.

Enabling monetization and data access

To support the client’s shift to a data-driven model, we implemented flexible monetization options:

  • Subscription-based access using Stripe
  • Tiered analytics offerings based on data depth
  • Direct database access for enterprise clients This approach enabled the platform to evolve into a scalable analytics product with recurring revenue streams.

Results

The marketplace was scaled into a data-driven analytics platform, establishing a more scalable and sustainable business model. As part of this shift, the client was able to:

  • Introduce subscription-based monetization using Stripe, creating a recurring revenue stream
  • Automate data collection and processing across multiple sources, reducing manual effort
  • Unify previously fragmented data into a structured system for consistent and reliable analytics
  • Provide users with access to historical trends, price comparisons, and market insights.

This transformation laid the foundation for future growth, enabling the platform to expand its data offering, adapt to new data sources, and scale its analytics capabilities over time.