API & Integrations

Built to integrate. Designed to orchestrate.

iTraX is designed to connect seamlessly into your existing scientific IT landscape - not replace it. Using modern, secure APIs, iTraX acts as the digital glue between your R&D systems, instruments, and external partners.

Client Testimonials

What our clients are saying...

"I refuse to manage studies without iTraX. The platform’s user-friendliness, transparency, ease of reporting, and clarity far surpass any Excel tracker..."

Associate Director, Study Management

"iTraX has simplified how we work, and has increased both the transparency and efficiency of how we deliver successful science to drug projects, using intuitive software."

Graeme Moody, Drug & Safety Metabolism

API Features

Enterprise-ready API

A modern, secure API.

iTraX provides a comprehensive and flexible, JSON-based API designed for structured data exchange across your scientific IT ecosystem.

The API enables iTraX to:
  • Act as a system of record or orchestration layer across connected tools.
  • Support workflow-driven data exchange across R&D processes.
  • Enable integration between internal systems and external partners/systems.
  • Fit naturally within established enterprise architectures.

Seamless System Interoperability

Integration across your R&D network. iTraX connects with:

  • LIMS platforms.
  • ELNs.
  • Design Tools.
  • Chemical registration systems.
  • Analytical databases.
  • Laboratory instruments.
  • BI and reporting tools (e.g., Power BI).
  • CRO and external partner systems.

Workflow-aware Data Synchronization

Timely updates across systems. iTraX supports incremental synchronization and workflow-aware automation, ensuring:

  • Only relevant updates are exchanged.
  • Status changes are reflected instantly.
  • External systems remain aligned with project progress.
  • Reporting systems receive structured, reliable data.

This approach supports intelligent orchestration across teams, sites, and external partners - reducing duplication, delays, and manual reconciliation.

Designed for Scale and Reliability

Enterprise-grade reliability.

  • Supports high-volume activity across large user bases.
  • Batch operations for scalable data exchange.
  • Structured responses for safe retry and error handling.
  • Designed for global, multi-site deployments.

Secure External Collaboration

Controlled, secure data sharing.

iTraX enables selective, role-based sharing with CROs and external partners via:

  • Secure API integrations utilizing industry standard encryption for data in transit and at rest.
  • Granular permission control.
  • Audit trails.

iTraX reduces reliance on disconnected communication channels and manual tracking tools, ensuring collaboration without compromising compliance or data integrity.

The Problems iTraX Solves

  • Dynamic tracking of hypotheses, compound priorities, and outcomes.
  • Resource management with a real-time interface for internal and CRO workloads.
  • Time-saving identification of stalled compounds and prevention of synthesis target duplication.
  • Secure, selective sharing of targets and live updates with CRO partners.

iTraX Applications

  • Chemistry: Hypothesis-driven compound synthesis tracking, with real-time visibility and prioritization, including CRO partners.
  • Analytical Chemistry: Hypothesis-driven compound synthesis tracking, with real-time visibility and prioritization, including CRO partners.
  • Study Management: Hypothesis-driven compound synthesis tracking, with real-time visibility and prioritization, including CRO partners.
  • Bespoke Solutions: Hypothesis-driven compound synthesis tracking, with real-time visibility and prioritization, including CRO partners.

iTraX

Elixir Software was founded in 2012 by Dr Paul Faulder and Dr Martin Harrison to improve efficiency in the scientific R&D community. Its innovative workflow management tool iTraX sets a new industry standard for project delivery through collaboration. The flagship platform, iTraX Chemistry, unifies design, synthesis, and registration in a single, chemistry-aware workspace.