Tell Us Your Business Needs
Central monitoring of KRIs and QTLs, a live Site Health Dashboard with site-wise data review, and a risk management workflow from initial signal detection to resolution — with patient-level detail behind every flag, all in one platform built for sponsors, CROs, and quality teams.
Fewer Site Visits
Faster Signal Detection
Inspection-Ready
Quality and risk at a glance
Active Studies
Currently in progress
Open High Risks
High-priority risks
Open Risk Signals
Requiring review
Protocol Deviations
Pending resolution
Data Quality Issues
Outstanding issues
Overdue Monitoring
Past their due dates
Illustrative weekly activity
Unified study oversight
From the first risk indicator to the patient record behind it — RBQM Central Monitoring, Dashboard, Site Health Dashboard, Risk Workflow and Patient Profile work as one connected system.
The core engine behind the platform — continuous, centralized oversight instead of periodic site visits.
A portfolio-level view of every active study's risk profile, all on one screen.
Know exactly which sites need attention, who owns them, and why.
Every signal is tracked from initial detection through to a documented resolution.
The subject-level detail behind every site-level signal.
We help sponsors, CROs, and quality teams manage clinical studies, assess risks, monitor KRIs and QTLs, oversee sites and subjects, and maintain secure, role-based access — all in one platform.
Manage clinical studies in one place with centralized study-level information and progress visibility.
Identify potential risks early and support data-driven decisions through continuous risk assessment.
Monitor Key Risk Indicators and Quality Tolerance Limits to identify deviations and emerging trends.
View site-level information and track site status and performance across clinical studies.
Portfolio Performance
Study Management
Site Management
Subject Management
One risk framework, shaped to how sponsors, CROs, monitors and quality teams each need to use it.
Get a real-time view of risks across all active studies and sites without waiting for monthly monitoring reports.
Standardize risk monitoring across sponsors and protocols, while keeping each program's thresholds and reporting separate.
Surface statistical anomalies and data trends earlier, before they lead to database lock delays or additional queries.
Work from a clear site assignment list, identify data that still needs review, and prioritize sites that require a visit.
A continuous process that takes every risk signal from initial detection to a documented resolution — by design, not by chance.
Set quality tolerance limits and key risk indicators against each protocol's critical-to-quality factors before the study starts.
Central monitoring dashboards pull data from EDC, safety and IRT systems so every site's risk profile updates as data comes in.
Signals are flagged automatically, with drill-down to the site, subject or data point driving the risk.
Assign CAPAs, track them to closure and keep a complete, audit-ready record of every decision made.
Simplify clinical study oversight with centralized study management, risk-based analysis, KRI/QTL monitoring, site and subject management, and secure role-based access control.
Managing study details separately makes oversight difficult. Study Management brings key study information together in one centralized view.
Potential risks can go unnoticed without structured analysis. Risk-Based Analysis helps teams identify risk patterns and prioritize areas that need attention.
Tracking Key Risk Indicators and Quality Tolerance Limits manually can make emerging trends harder to spot. Centralized KRI/QTL monitoring helps teams review indicators and identify deviations.
Keeping track of multiple clinical sites can be challenging. Site Management provides an organized view of site information and supports study-level oversight.
Disorganized subject-level information can make study oversight more difficult. Subject Management helps teams access and review relevant subject information in one place.
Giving every user the same level of access can expose information unnecessarily. Role-Based Access Control helps manage permissions according to assigned user roles.
What is Risk-Based Quality Management (RBQM)?
What is the purpose of RBQM software in clinical trials?
What are KRIs and QTLs in clinical research?
How does central monitoring help clinical trial teams?
Who can benefit from RBQM software?
How does RBQM software support risk management workflows?
Get a free demo of our RBQM platform tailored to your studies. See central monitoring, the Site Health Dashboard, risk workflow and patient profile in action — zero commitment.