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Case Studies/Agriculture · United States
Agriculture 🇺🇸 United States Fixed Price Model

Data-driven agriculture insights powered by GraphQL.

A leading U.S. agribusiness needed a unified data platform to connect farm operations, supply chain systems, and precision agriculture applications. Aeologic developed a custom GraphQL solution that centralized agricultural data into a single API, enabling real-time insights, faster application performance, and more efficient data access for smarter farming decisions.

48%Lower operational costs
22%Higher customer satisfaction
400+Agricultural data sources unified
10 wksPilot to production
The Challenge

Agricultural systems relied on fragmented APIs that limited real-time farm intelligence.

The authority operated 140 signalized intersections across three states with legacy inductive-loop sensors and siloed camera feeds. Traffic engineers adjusted signal timing manually based on historical patterns, and incident response relied on phone reports from field staff — often 12–18 minutes after an incident began.

  • No unified, real-time view across intersections and jurisdictions
  • Signal plans updated quarterly, not adaptively
  • Average incident-to-response time of 14 minutes during peak hours
The Solution

A GraphQL-powered data platform integrated with Aeologic's 8-Layer Automation Framework.

Rather than replace existing sensor hardware, Aeologic layered a Sense → Decide → Act pipeline on top of it: normalizing feeds from inductive loops and traffic cameras, training SageMaker forecasting models on 14 months of historical flow data, and pushing predicted congestion windows back to the signal controllers as adaptive timing recommendations.

01CONNECT
Farm systems & enterprise data
02QUERY
GraphQL unified API
03OPTIMIZE
Precision agriculture insights

A GIS-based operations map gives traffic engineers a single live view of every intersection, with automatic anomaly flags and one-click rerouting suggestions during incidents.

"We went from finding out about congestion after the fact to seeing it forming twenty minutes before it happens. That's the difference between managing traffic and predicting it."

— Program Director, State Transport Operations (illustrative quote — replace with a verified client attribution)
The Results

Faster response, smoother flow, and a foundation to scale.

  • 32% faster incident response — automated anomaly detection cut average response time from 14 to under 10 minutes
  • 18% reduction in peak-hour congestion across the initial 140-intersection rollout
  • Forecast accuracy of 91% for 20-minute-ahead traffic volume predictions
  • Rollout designed to extend to 500+ intersections statewide in phase two
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