Tag Archives: case study

Driving Scalable Clinical Trial Data Platforms Through Continuous Performance Engineering

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Discover how Veritas Automata helped a key player in the clinical trials data platform industry evolve performance testing into an on-demand capability while continuing targeted modernization across the platform stack.
Download the full case study to review the performance testing approach, delivery model, and modernization outcomes behind this engagement.
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How A key player in the Clinical Trial Data Platforms industry strengthened performance testing and platform foundations to support on-demand validation and sustained modernization

Modern clinical trial data platforms must operate under pressure: enterprise reliability expectations, regulated delivery constraints, and the reality that performance issues translate directly into customer risk. When performance testing depends on deprecated tooling or ad hoc execution, release confidence erodes and delivery slows.
This case study explores how Veritas Automata partnered with a key player in the clinical trials industry to modernize performance testing into a repeatable, maintainable capability—then continued strengthening the platform through targeted front-end and back-end modernization. The result is an execution-led model that increases delivery confidence, supports faster iteration, and keeps modernization moving without disrupting active operations.

Inside the Case Study, You Will Learn How Veritas Automata Helped:

  • Replace deprecated performance testing approaches with maintainable, scenario-based performance scripts (including 11 defined scenarios to simulate real capacity conditions)
  • Operationalize performance testing through Azure DevOps for test case management, execution, and reporting with metrics captured from the client’s environment and dashboards
  • Generate performance outputs in multiple formats (charts, plain text, CSV) to support stakeholder-ready reporting and decision-making
  • Shift performance testing from a once-a-year activity to on-demand validation in under six months
  • Modernize core platform foundations in parallel (Angular 12 → Angular 17 migration; continued reduction of remaining AngularJS footprint; backend migration from .NET Framework 4.6 → .NET 6; and a move from legacy version control to Git-based workflows in Azure DevOps)
Rather than treating “performance testing” as a standalone initiative, this engagement demonstrates how disciplined execution and continuous modernization reinforce each other: stronger validation improves release confidence, and platform modernization reduces long-term risk while keeping delivery moving.

This Case Study Is Especially Relevant For:

  • Engineering and product leaders at clinical trial technology companies
  • QA and performance testing leaders responsible for release confidence
  • DevOps and platform teams operating in regulated environments
  • Organizations modernizing Angular/.NET stacks while maintaining active production operations
  • Leaders who need on-demand validation without adding heavy process overhead
Veritas Automata Mauricio Arroyave

Mauricio Arroyave

Software Quality Assurance Analyst

Veritas Automata Gemay Ocampo

Gemay Ocampo

Engineering Lead

Driving Scalable Clinical Research Platforms Through Continuous Enterprise Modernization

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Discover how continuous enterprise modernization, disciplined execution, and long-term partnership can power scalable clinical research platforms.
Download the full case study to explore the strategy, delivery model, and outcomes behind this engagement.
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Modern clinical research platforms must operate at the intersection of scale, regulation, and speed. As global CROs face increasing pressure to accelerate delivery while maintaining quality and compliance, legacy systems and fragmented delivery models quickly become constraints.

This case study explores how Veritas Automata partnered with a global leader in clinical research and healthcare analytics to modernize a mission-critical grant forecasting and budgeting platform used across international clinical trials. What began as a stabilization and performance initiative evolved into a long-term, execution-led partnership focused on continuous enterprise modernization.

Inside the case study, you will learn how Veritas Automata helped:

  • Modernize a legacy clinical research platform without disrupting active customers
  • Transition from slower release cycles to a near-monthly delivery cadence
  • Migrate core systems to a cloud-native architecture with modern frameworks
  • Establish clear performance benchmarks aligned to real-world usage
  • Maintain platform stability through organizational change and increasing scale
  • Leverage AI-assisted delivery to increase productivity while preserving quality
Rather than treating modernization as a one-time transformation, this engagement demonstrates how continuous evolution enables CRO platforms to remain resilient, scalable, and commercially competitive in a regulated environment.

This case study is especially relevant for:

  • CRO executives and technology leaders
  • Clinical operations and platform owners
  • Innovation, digital transformation, and engineering leadership teams
  • Organizations operating in regulated, high-stakes environments
Veritas Automata Brian Tafur

Brian Tafur

Full-Stack Developer

Veritas Automata Duvan Hurtado

Duvan Hurtado

Full-Stack Developer

Driving Scalable Laboratory Operations Through Continuous Enterprise Modernization

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Discover how continuous enterprise modernization, disciplined execution, and long-term partnership enabled a regulated, multi-site laboratory organization to scale operations while reducing risk.
Download the full case study to explore the modernization strategy, delivery model, and outcomes behind this engagement.
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Modernizing Laboratory Systems for Scale, Reliability, and Regulated Delivery

How a Site with 77 Environmental Testing Organization Reduced Spreadsheet Risk and Legacy LIMS Constraints to Support Long-Term Operational Scalability

Modern laboratory systems must operate at the intersection of scale, regulation, and operational reliability. As environmental testing and life science laboratories face increasing pressure to deliver faster turnaround times while maintaining accuracy and compliance, spreadsheet-driven workflows and legacy LIMS constraints quickly become limiting factors.
This case study explores how Veritas Automata partnered with a multi-site environmental testing laboratory to modernize critical laboratory workflows and legacy system dependencies through a continuous enterprise modernization approach. What began as targeted automation of spreadsheet-based processes evolved into a long-term, execution-led partnership focused on improving throughput, reducing operational risk, and enabling scalable laboratory operations without disrupting production.

Inside the Case Study, You Will Learn How Veritas Automata Helped:

  • Eliminate spreadsheet-driven workflows in regulated laboratory processes
  • Modernize legacy LIMS-dependent functionality without interrupting active laboratory operations
  • Enable faster operationalization of new laboratory tests without repeated custom development
  • Improve delivery reliability through disciplined planning, execution, and stakeholder feedback loops
  • Reduce continuity risk tied to aging platform constraints
  • Maintain operational stability through organizational and system-level change
Rather than treating modernization as a one-time system replacement, this engagement demonstrates how continuous evolution allows laboratory platforms to remain resilient, scalable, and commercially competitive in regulated, high-volume environments.

This Case Study Is Especially Relevant For:

  • Laboratory executives and technology leaders
  • LIMS and laboratory systems owners
  • Operations and quality leaders in regulated environments
  • Digital transformation and engineering leadership teams
  • Organizations managing legacy systems alongside active production operations
Veritas Automata Pablo Diaz

Pablo Diaz

Software Architect

Veritas Automata Daniel Misas

Daniel Misas Mesa 

IT Program Manager, Scrum Master