Karneyium | AI Clinical Trial Site Selection SaaS

Problem
Choosing where to run a clinical trial is a slow, manual process that can add months and millions of dollars to a drug's path to market. Research teams struggle to make data-driven decisions about optimal trial locations without unified access to patient demographics, healthcare infrastructure, and historical recruitment data.
🛑 The Business Challenge
Selecting a clinical trial site involves balancing patient demographics, proximity to medical facilities, and historical recruitment success. Traditionally, this is a manual and fragmented process prone to high costs and significant delays. The goal was to build a unified cloud based ecosystem capable of processing massive datasets and visualizing them on an interactive map for better decision making.
Solution: Intelligent Mapping & AI Analysis
We developed a multi-tenant SaaS architecture that integrates real-world health data with advanced AI to automate site feasibility studies.
- Geospatial Intelligence: Using ArcGIS Integration, we implemented precise mapping layers that allow researchers to visualize patient density and healthcare infrastructure geographically.
- Generative AI Insights: OpenAI API integration enables natural language querying of clinical data, allowing users to ask complex questions like, "Where are the optimal hubs for Stage 2 oncology trials in the Midwest?"
- Data Analytics Visualization: Integrated Chart.js to provide real-time analytics dashboards tracking recruitment metrics and site performance.
💻 Modern Technical Architecture
Frontend Development: React.js for a highly responsive single-page application (SPA) experience.
Backend Engineering: .NET Core to provide a secure enterprise-grade API layer and the business logic underneath it.
Database Management: PostgreSQL for relational data integrity and complex querying of massive health datasets.
Performance Scaling: Redis caching to speed up frequent queries and heavy geospatial calculations.
Technology
📋 Project Technical Summary
| SEO Category | Technology Implemented |
|---|---|
| Industry | HealthTech / Life Sciences / Clinical Research |
| Core Framework | React.js, .NET Core, PostgreSQL |
| Artificial Intelligence | OpenAI (LLM), Predictive Modeling |
| Geospatial Tools | ArcGIS, Interactive Mapping |
| Infrastructure | Redis Caching, SaaS Architecture |
🚀 Project Results & Impact
⏱
Reduced Time-to-Market: Accelerated the site selection phase from months to days through automated data synthesis.
📊
Data-Driven Precision: Patient recruitment forecasts now draw on real-world health data instead of historical averages alone.
🌍
Global Operational Efficiency: Centralized communication and data for global research teams within a single secure SaaS portal.
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