Clinical trial software for MedTech

MedTech Landscape

Industry challenges in MedTech clinical studies

MedTech companies operate in a uniquely demanding clinical environment where device data, regulatory expectations, and digital workflows add layers of complexity beyond traditional drug trials. Some of the most common challenges include:

Maintaining audit trails and traceability is difficult when data is spread across disconnected tools

Complex regulations (ISO 14155, EU MDR, SaMD guidance) increase compliance burden

Device-generated data that is difficult to standardize, integrate, and validate across systems

Heavy reliance on manual workflows and limited site collaboration

Software as medical device (SaMD) trials require strict control of digital endpoints and software versions to maintain data integrity

Difficulty connecting device outputs, subject data, and documentation in real time

AI-enabled devices requiring continuous validation, from model drift to regulatory alignment

Before Market

Pre-market evaluation for safe, compliant MedTech product launch

Conduct and document clinical and performance evaluations for MedTech products, including medical devices and Software as a Medical Device (SaMD), using appropriate evidence such as literature, preclinical testing, analytical validation, and clinical investigations where required
Maintain ISO 13485-aligned quality management processes to support certification, lifecycle control, and documentation for both hardware and software-based medical technologies
Ensure full compliance with EU MDR and IVDR requirements for clinical/performance evidence, intended use, performance claims, and risk management across MedTech products
Centralize pre-market data, protocols, and evaluation reports in a single, audit-ready environment to support traceability and regulatory readiness
Streamline regulatory submission preparation through controlled documentation, version management, and traceable decision logs
Connect pre-market evidence directly to risk management and design-control workflows, including software lifecycle processes where applicable, to enable continuous improvement

Maintain continuous oversight of safety, performance, and real-world use for MedTech products, including medical devices and SaMD, following market approval
Support post-market clinical follow-up (PMCF) and post-market performance follow-up (PMPF) activities through structured workflows and real-world evidence collection
Track product versions, configurations, and field performance, including software updates and iterations, to detect trends and emerging risks early
Enable scalable long-term follow-up across global registries, real-world data sources, and multi-year surveillance programs
Produce audit-ready post-market documentation aligned with MDR/IVDR requirements and applicable FDA expectations, with structured approaches to PMCF and real-world evidence generation
Connect post-market insights back to risk management, clinical/performance evaluation, and product improvement cycles to support ongoing compliance and optimization

After Market

Post-market surveillance for ongoing MedTech safety and performance

Our Platform

Wemedoo's MedTech clinical trial solution

Unified environment for device-driven studies

Every aspect of the study operates within one system designed for medical device and SaMD trials

Real-time visibility across devices, sites, and data streams

Sponsors track device outputs, subject data, site activity, and documentation in real time for stronger operational control

Faster study setup with fewer manual steps

Configurable templates, automated workflows, and streamlined site collaboration reduce administrative workload and speed startup

Regulatory alignment for device-specific standards

Built-in audit trails, version control, and validation support help teams stay compliant with ISO 14155, EU MDR, SaMD, and FDA expectations

Explore oomnia →

Why It Matters

Why unified clinical trial software matters for MedTech teams

MedTech teams often work across disconnected systems, making it hard to keep device data, site updates, and documentation aligned. This fragmentation increases manual work and slows decisions.

With oomnia, all study activities and device data run inside one connected CRIS, giving teams clearer oversight, stronger data consistency, and faster, more coordinated execution.

This enables consistent data flow, improved oversight across sites and device teams, and more efficient execution of growing MedTech clinical programs.

Modular eClinical Systems

Data spread across multiple tools

High manual reconciliation effort

Multiple audit logs across systems

Slower due to system fragmentation

Unified Clinical Trial Software (oomnia)

Data flows within one system in real time

Reduced reconciliation through shared data model

One unified audit trail

Faster study execution and scaling

SIDE BY SIDE

Modular eClinical system vs. Unified clinical trial software

Modular eClinical system vs. Unified clinical trial software
Area	Modular eClinical system	Unified clinical trial software (oomnia)
Data flow	Data spread across multiple tools; frequent manual transfers	Data moves within one system; fewer handoffs
Reconciliation effort	High: teams must check formats, versions, and values across systems	Lower: issues are visible in one place and resolved faster
Risk of errors	Increased due to inconsistent formats, delays, and missing data	Reduced, as data is captured and reviewed in a consistent structure
Team workload	More time spent comparing files and chasing updates	More time available for meaningful review and oversight
Patient safety	Delayed visibility of labs, events, or protocol deviations	Faster, clearer access to safety-related data
Regulatory readiness	Harder to maintain ALCOA+ standards with dispersed records	Easier to show complete, accurate, and traceable data in one environment
Operational speed	Slower due to repetitive checks and mismatches	Faster cycle times from capture to database lock

Regulatory Standards

Compliance and regulatory readiness for MedTech clinical studies

The oomnia clinical trial software is designed for the regulatory demands of medical device and SaMD trials, helping MedTech teams maintain control, document consistency, and stay inspection-ready across every stage of a study:

ISO 14155 aligned

Designed to support the requirements of ISO 14155 for clinical investigations of medical devices

EU MDR compliant workflows

Supports documentation and traceability requirements under the European Medical Device Regulation

21 CFR Part 11 ready

Fully compatible with FDA requirements for electronic records and electronic signatures

ICH-GCP aligned

Workflows structured in accordance with ICH-GCP standards and oversight principles

GDPR-aligned data handling

GDPR-compliant data handling and privacy protection across all study environments

Built-in audit trails

Automatic audit trails and complete data traceability across all study operations

Frequently asked questions

What is clinical trial software for MedTech companies?

Clinical trial software for MedTech companies is a unified digital solution designed to manage clinical studies involving medical devices, diagnostics, or software as a medical device (SaMD). oomnia brings EDC, CTMS, eTMF, RTSM, and patient‑facing tools into one connected clinical research information system (CRIS) to streamline operations, improve oversight, and ensure regulatory compliance.

How does a unified clinical trial software benefit MedTech teams?

A unified system reduces fragmentation by connecting device data, site activity, documentation, and patient‑reported outcomes in one place. This improves data consistency, improves study execution, reduces manual work, and ensures real‑time operational oversight, especially important for complex device and SaMD trials.

Why do MedTech clinical trials require specialized software?

Medical device trials involve unique challenges such as device‑generated data, version control for digital endpoints, ISO 14155 and EU MDR compliance, SaMD validation, and traceability requirements. Traditional drug‑focused systems can't fully support these workflows.

Can oomnia support SaMD and digital health clinical trials?

Yes. oomnia is designed for SaMD clinical trials, supporting software version control, digital endpoint management, audit trails, AI‑enabled device validation workflows, and documentation required by FDA, EU MDR, and ISO 14155.

How does oomnia help with regulatory compliance for medical device trials?

The oomnia software includes built‑in compliance features such as:

ISO 14155 and EU MDR alignment
Support for FDA medical device and SaMD requirements
21 CFR Part 11–ready electronic signatures
Full audit trails and traceability
Data protection aligned with GDPR

This ensures teams remain inspection‑ready throughout the study.

Which clinical trial tools are included in oomnia’s unified software?

All essential clinical trial systems are integrated into one CRIS, including:

EDC
CTMS
eTMF
RTSM
Electronic consent (eConsent)
Electronic patient reported outcome and clinical outcome assessment (ePRO / eCOA)
eSource

This eliminates the need for multiple vendors or disconnected workflows.

How does oomnia handle device‑generated data?

The oomnia clinical trial software standardizes device‑generated data and connects it directly to subject and site information in real‑time. This ensures accurate integration, reduces manual processing, and improves oversight for both hardware‑based devices and software endpoints.

Can oomnia improve collaboration between sponsors, sites, and device teams?

Yes. oomnia centralizes study communication, documentation, and real‑time data access in one environment. Automated workflows and configurable templates reduce administrative burden, making collaboration faster and more consistent across all study partners.

Does oomnia support both early‑stage and post‑market medical device studies?

Yes. oomnia supports feasibility studies, pivotal trials, post-market clinical follow-up (PMCF), and post‑market surveillance. All data and documentation remain connected throughout the entire product lifecycle.

Clinical trial software
for MedTech companies