Powering clinical research innovation: How TriNetX uses Databricks to accelerate drug development

TriNetX is The Global Truth Engine for Better Human Health™, operating the world’s largest federated network of real‑world health data, partnering with more than 230 healthcare organizations across more than 20 countries, and connecting researchers to insights from nearly 300 million patients. Each data point in the TriNetX network represents a real patient waiting for treatment, and every day reduced from clinical trial timelines means life‑changing therapies may reach those patients months or even years sooner.

The stakes are significant. Clinical development costs now average roughly $708 million per approved therapy, while protocol amendments can delay trials by an average of 260 days. For individuals facing cancer, neurological conditions, or rare diseases, those delays mean missed opportunities for timely and effective treatment. Against this backdrop, the industry’s need for accessible and trustworthy insight from real‑world data (RWD) has never been greater.

The Challenge: Making Complex Data Truly Easy to Use

TriNetX’s core promise is to make complex, real‑world health data genuinely easy to use. The company sources data directly from its global network of more than 11,000 clinical sites. That data must be not only high quality and compliant but also immediately actionable for users.

To fulfill this promise, customers need flexibility: the ability to select the data sources they want, choose their preferred method of access, and apply the intelligence, whether human expertise or AI‑powered analytics, that aligns with their business needs. As TriNetX’s network expanded, traditional data infrastructure could not keep pace with the growing demand for advanced analytics, machine learning (ML), and intuitive AI experiences.

Pharmaceutical companies increasingly require tailored analytics along with collaborative and compliant environments for their data science teams. TriNetX also aimed to prepare its ecosystem for next‑generation AI applications that could democratize RWD insights and remove technical barriers for researchers at all levels. Achieving all of this necessitated a new approach.

The Partnership: Enabling Simplicity Through Sophisticated Infrastructure

TriNetX turned to Databricks to deliver the AI‑powered data and analytics platform capable of supporting its vision. Databricks provides the modern foundation that allows TriNetX customers to work with RWD however they choose, whether through self‑service interfaces, custom APIs, or conversational AI, while applying the exact blend of software, algorithms, and expertise required for their research goals.

Databricks now serves as the centralized lakehouse architecture for TriNetX, consolidating RWD from electronic health records across the global network. All custom datasets, including pan‑therapeutic data products, are built directly on the Databricks platform which also supports TriNetX’s consulting services, where data scientists develop sophisticated ML models and proprietary algorithms that run across the entire TriNetX network.

TriNetX is expanding its use of Databricks’ AI capabilities to make its data even more accessible. The company’s Query Assistant, now in beta with select customers, will introduce a conversational interface that allows researchers to pose complex questions in natural language and receive immediate, sophisticated analyses. No programming expertise is required. It reflects TriNetX’s commitment to making complex data easy. The platform handles the complexity, while users experience simplicity.

TriNetX is also building its Support Assistant prototype using Databricks’ Agent Bricks. This solution is designed to evolve into a comprehensive feasibility assistant and represents a meaningful shift in how customers access intelligence embedded within TriNetX RWD.

The Impact: Turning Innovation into Measurable Outcomes

In 2025, TriNetX helped pharmaceutical clients reduce protocol amendments by up to 50%, keeping studies on track and accelerating development timelines. Its AI‑enhanced approach to site identification achieved a 63% site acceptance rate and an average nine‑day response time in a major collaboration. This performance is substantially faster than traditional feasibility workflows.

ML models developed on the Databricks platform are also yielding notable predictive improvements. For inflammatory bowel disease studies, model outputs suggest enrollment conversion rates could increase from 33% to 85%. In another significant advancement, the company’s pancreatic cancer risk prediction model, developed with leading research institutions, identifies 87 predictive features capable of forecasting disease development within 18 months. This model is now undergoing validation using a prospective cohort of six million patients.

Looking Ahead: Entering the Age of Intelligent Clinical Research

TriNetX is continuing its innovation trajectory into 2026 by deploying enhanced API capabilities that enable pharmaceutical partners to send study queries directly from their existing systems. These queries, submitted using natural language or structured codes, return real‑time patient counts, feasibility indicators, and site‑level intelligence within partner workflows. By removing data silos and accelerating study planning, TriNetX is creating the foundation for deeper agentic AI integration across clinical research.

The company is also exploring additional Databricks products, including Genie, to unlock new RWD use cases beyond feasibility and protocol design. As foundation models advance, TriNetX expects to expand into adjacent areas of clinical operations and real‑world evidence generation.

The future of clinical research will be shaped not only by digital tools but by intelligent systems that learn, adapt, and scale. With Databricks providing the underlying infrastructure, TriNetX is accelerating what's possible and helping ensure that life‑changing therapies reach patients faster than ever before.