Electronic Quality Management System (eQMS): Definition, Modules, Benefits, Implementation, and How to Choose

An electronic Quality Management System (eQMS) is a software platform that centralizes, automates, and streamlines core quality management processes (Document Control, Training Management, Change Control, Corrective Action and Preventive Action (CAPA) Management, and Audit Management) and helps manage an organization’s compliance requirements. An eQMS replaces paper-based systems with predefined workflows, so a single platform helps manage quality processes and supports regulatory compliance.

The eQMS digitizes documentation, automates approval workflows, and minimizes manual errors. The eQMS improves traceability, compliance, efficiency, and decision-making across the quality system.

An eQMS has 7 core modules, including document control, training management, change control, CAPA management, audit management, supplier quality management, and risk management.

The main benefits of an eQMS include improved compliance, enhanced process efficiency, consistent product quality, optimized collaboration and communication, cost efficiency, audit readiness, and data-driven decision-making.

Implementation of an eQMS in a life-science company includes planning and assessing the organization’s requirements, configuring it to its procedures, migrating existing documents and records, training users, and validating the system for its intended use.

eQMS selection follows a 9-step funnel. The eQMS selection funnel begins with defining regulatory and QMS requirements. The process continues with gathering and comparing vendors through RFIs, RFQs, and RFPs to create a shortlist. Shortlisted eQMS vendors undergo demos, trials, and use-case demonstrations. These eQMS evaluation activities narrow the vendor field before negotiations and the final decision to identify the best-fit solution.

SimplerQMS is a leading eQMS provider for the life science industry. SimplerQMS offers fully validated, cloud-based eQMS software built for regulated life sciences industries, including pharmaceuticals, medical devices, and biotechnology. The eQMS supports core Quality Management System (QMS) processes, integrates with Microsoft Office, and supports compliance with QMS requirements such as FDA 21 CFR Part 820, ISO 13485, ISO 9001, and GxPs.

SimplerQMS provides an all-inclusive subscription covering eQMS software implementation, unlimited training, validation, and ongoing customer support.

What is an Electronic Quality Management System (eQMS)?

An electronic Quality Management System (eQMS) is digital software that centralizes, automates, and manages an organization’s quality processes and regulatory compliance. An eQMS helps manage core quality processes, including document control, change control, training management, CAPA management, risk management, and audit management. The eQMS replaces manual routing in a paper-based or hybrid QMS with automated workflows and maintains time-stamped audit trails for controlled actions, changes, approvals, and record updates.

Companies use an eQMS to meet customer and regulatory requirements and reduce common problems in paper-based or hybrid QMS, such as lost documents, outdated records, manual follow-ups, and inefficient processes. The eQMS centralizes controlled documentation and quality records, including standard operating procedures (SOPs), work instructions (WIs), CAPA records, complaint files, training records, validation documents, and regulatory submission-related documentation. The eQMS audit trail maintains a tamper-evident, time-stamped record of changes and supports traceability across related quality records. Automated workflows, reminders, and connected records help teams identify overdue actions, reduce missed follow-ups, and maintain traceable documentation. These automated workflows improve audit and inspection readiness, support continuous improvement, and strengthen quality culture more effectively than disconnected paper-based QMS do.

What is the Difference Between an eQMS and a Traditional QMS (Paper-Based or Hybrid)?

The main difference between an eQMS and a traditional QMS (Paper-Based or Hybrid) is that an eQMS uses a digital medium to manage quality processes, while a traditional QMS relies on paper records, spreadsheets, email, and manual routing. An eQMS is quality management software that users can access through computers, tablets, or mobile devices to manage quality management activities and support collaboration. A traditional or manual QMS depends on paper-based documentation, spreadsheets, email approvals, and manual processes to manage many of the same quality activities.

The differences between eQMS and a paper-based or traditional QMS are outlined in the table below.

Feature	eQMS (Electronic)	Traditional QMS (Paper/Hybrid)
Storage Medium	Centralized digital repository	Physical binders, spreadsheets, shared drives
Access	Cloud-based, any device, anywhere	Office storage such as Document Repository Rooms/ Document Storage Rooms
Documentation	Controlled electronic documents	Manual paperwork and physical records
Workflows	Automated workflow with electronic signatures, reminders, and notifications	Manual, email-based routing
Version Control	Automatic versioning with history	Manual tracking, error-prone
Audit Trail	Time-stamped and tamper-evident	Manual log, gaps possible
Collaboration	Real-time across sites	Limited, in-person or by email

What is the Difference Between an Electronic QMS (eQMS) and Enterprise QMS (EQMS)?

The main difference between an electronic QMS (eQMS) and an Enterprise QMS (EQMS) is that an electronic QMS suits businesses of all sizes, and an Enterprise Quality Management System handles the complex, large-scale needs of enterprise organizations. An electronic QMS digitizes quality management processes such as document control, change control, training, audits, and corrective actions. An Enterprise QMS also digitizes quality processes but offers extensive scalability, advanced integration across multiple departments, locations, and systems, available analytics, and greater flexibility to meet the quality requirements of large enterprises.

The main differences between eQMS and EQMS are outlined in the table below.

Factor	Electronic QMS (eQMS)	Enterprise QMS (EQMS)
Target organization	Businesses of all sizes	Large enterprises
Core quality processes	Document control, change control, training, audits, corrective actions	Same core processes plus enterprise-wide governance
Scale and integration	Efficiency and compliance for a single operation	Scalability and advanced integration across departments, locations, and other systems
Analytics and flexibility	Standard quality reporting	Available analytics and greater configuration flexibility

SimplerQMS is designed for small and mid-sized life science organizations and can grow with them as they scale across teams and sites. It provides comprehensive QMS process support and can connect with existing systems such as ERP through its application programming interface (API), so it fits into your wider operational setup.

What Are the Core Modules of an eQMS?

The core modules of an eQMS are the integrated functional areas that manage a company’s quality processes as one closed-loop system. The 7 core modules include document control, training management, change control, CAPA management, audit management, supplier quality management, and risk management.

These 7 core modules are outlined below.

1. Document Control: Document control manages controlled documents through their lifecycle, from creation and approval to retirement, under version control and 21 CFR Part 11-compliant electronic signature.
2. Training Management: Training management assigns, tracks, and records employee training, so staff stays qualified against current procedures.
3. Change Control: Change control routes proposed changes through impact assessment, review, and approval before the change takes effect.
4. CAPA Management: CAPA management structures the investigation and closure of corrective and preventive actions from root cause to verification.
5. Audit Management: Audit management plans, schedules, and documents internal and supplier audits and escalates audit findings to CAPA.
6. Supplier Quality Management: Supplier quality management evaluates, qualifies, and monitors suppliers and links quality documentation and events to the related supplier.
7. Risk Management: Risk management identifies, assesses, and mitigates product, process, and compliance risks across the quality system.

The seven core modules of an eQMS are illustrated in the image below.

1. Document Control

The document control module manages the full lifecycle of controlled documents, including creation, modification, review, approval, and retirement. Document control assigns a unique ID to each document and holds a single current approved version under version control. The module captures 21 CFR Part 11-compliant electronic signatures at each approval step. This module restricts access by role and removes obsolete versions from circulation, so users always retrieve the current approved document instead of an outdated copy. The records document control maintains are the controlled document, its revision history, and the signed approval record.

2. Training Management

The training management module automates employee training against regulatory and procedural requirements. Training management assigns training activities, sends email notifications and reminders, tracks completion and progress, and records training-effectiveness and competence assessments. The module links each training record to the specific procedure the record covers and requires staff to retrain whenever that procedure changes, if applicable. Each training record captures the employee’s training assignments, completion dates, and effectiveness results, linked to the procedures the employee is trained on.

3. Change Control

The change control module enables a company to create, review, approve, implement, and manage every change to products, processes, documents, or systems in one workflow. Each change is described, assessed for impact, routed for review and approval, and linked to the documents, processes, or equipment it affects. Capturing the impact assessment before approval means the effect of a change is understood and controlled up front rather than discovered later. The change control module maintains at minimum 4 records for each change, including the change request, its impact assessment, the approval decisions, and the resulting updates.

4. CAPA Management

The CAPA management module structures the investigation and resolution of quality issues. CAPA management drives root-cause identification, assigns and notifies owners, executes a structured CAPA plan, and verifies that the corrective action worked. The verification step confirms the action removed the root cause before the CAPA is closed, which is what separates a corrective action from a correction or quick fix. The records CAPA management maintains are the CAPA record, its root-cause analysis, the action plan, and the effectiveness check.

5. Audit Management

The audit management module supports the full audit cycle, including planning, scheduling, execution, and documentation of internal and supplier audits. The audit management module keeps the audit schedule so recurring audits can happen on time. The audit management module escalates any finding that requires corrective action into a CAPA record, which is tracked to closure. The records the audit management module maintains are the audit schedule, audit plans and checklists, findings, and their responses.

6. Supplier Quality Management

The supplier quality management module streamlines supplier evaluation, qualification, and ongoing monitoring. The supplier quality management module reassesses each supplier’s status based on the quality events associated with it, so a supplier’s qualification reflects actual performance rather than a one-time check. The records this supplier quality module maintains include the approved supplier list, qualification records, supplier audits and scorecards, and the quality events tied to each supplier.

7. Risk Management

The risk management module identifies, assesses, controls, and monitors risks that could impact the quality, safety, or regulatory compliance of products and services. The module maintains records of risk assessments, the risk controls applied, and the residual-risk decisions behind them. The risk management module applies the risk-based thinking that ISO 13485 requires. The company revisits a risk whenever a product, process, or regulation changes, because these living records track ongoing conditions rather than one-off documents.

What Are the Benefits of Using eQMS Software?

eQMS software delivers 7 main benefits, including improved compliance, enhanced process efficiency, consistent product quality, optimized collaboration, cost efficiency, audit and inspection readiness, and data-driven decision-making.

The 7 main benefits of eQMS software and how each benefit is achieved are described below.

• Improved Compliance: eQMS software helps companies meet customer and regulatory requirements. Predefined workflows guide users through the correct process steps. The software documents every action in a time-stamped audit trail.
• Enhanced Process Efficiency: eQMS optimizes quality workflows by reducing administrative and repetitive tasks and manual intervention. Removing paper-based tasks improves operational efficiency, faster approval cycles, and process visibility.
• Consistent Product Quality: eQMS standardizes the execution of quality procedures and minimizes deviations and nonconformances. Built-in CAPA management strengthens quality control and drives continuous improvement across every production run.
• Optimized Collaboration and Communication: eQMS connects team members on a centralized platform. The eQMS platform lets teams share information, feedback, and updates in real time, which builds a culture of quality across departments.
• Cost Efficiency: eQMS lowers operational costs by cutting time spent on administrative tasks, reducing waste, and optimizing resource use. Data-driven risk management reduces recalls, compliance penalties, and production downtime.
• Audit and Inspection Readiness: eQMS maintains real-time audit logs that keep companies ready for audits and inspections. Document retrieval, change tracking, and regulatory reporting make inspections smoother and simplify compliance verification.
• Data-driven Decision-making: eQMS reports key performance indicators (KPIs) and analytics that expose quality performance, trends, and areas for improvement. Quality teams act on that quality data to make informed decisions, which in turn feed into continuous improvement and strategic planning.

How Does an eQMS Support Regulatory Compliance for Life-Sciences Companies?

An eQMS supports regulatory compliance by automatically enforcing the required controls and documenting evidence. The eQMS enables a life science company to hold a validated, inspection-ready state of control. The eQMS routes documents and changes through predefined approval workflows, captures time-stamped electronic signatures, maintains tamper-evident audit trails, and sends automated reminders that keep training, CAPAs, and periodic reviews from lapsing. The eQMS itself is validated to perform these functions reliably, which allows the life sciences to demonstrate audit and inspection readiness.

A life science eQMS supports compliance with the following regulations and standards.

• FDA 21 CFR Part 11: 21 CFR Part 11 governs electronic records and electronic signatures in FDA-regulated environments. An eQMS meets it through signed, time-stamped approvals and a tamper-evident audit trail that keeps electronic records attributable and trustworthy.
• FDA cGMP (21 CFR Parts 210/211 and 820): cGMP sets the current good manufacturing and quality system practice for drugs (Part 210/211) and medical devices (Part 820). An eQMS supports it through controlled documents, CAPA, and change control that enforce those practices and retain their evidence.
• ISO 13485: ISO 13485 is the international standard for a medical device quality management system. An eQMS supports it through document control, a risk-based approach, and the design and supplier controls the standard requires.
• ISO 9001: ISO 9001 is the general quality management standard used across industries. An eQMS supports it through the same controlled processes and records the standard expects.
• EU Annex 11: EU Annex 11 governs computerized systems used in EU Good Manufacturing Practice (GMP) environments. An eQMS meets this requirement through system validation, access control, and audit trails, which ensure electronic data reliability.
• GxP: GxP is the umbrella of good-practice standards across laboratory, clinical, and manufacturing work. An eQMS supports it through enforced procedures, training records, and traceable data that hold across every GxP discipline.

What AI Features Are Available in a Modern Life Science eQMS?

AI features available in a modern life science eQMS include capabilities to analyze documents, draft and edit content, identify patterns in quality data, assess compliance gaps, and predict potential risks, so quality teams spend less time on manual review. Available capabilities vary between eQMS platforms.

Current eQMS platforms can offer the following AI features, and how each feature works is described below.

• Automated Compliance Gap Analysis: Automated compliance gap analysis scans documents and procedures against applicable requirements and flags potential gaps for further review and appropriate action.
• Predictive Quality-risk Detection: Predictive quality-risk detection analyzes patterns in CAPA, deviation, nonconformance, and other quality data to identify recurring issues and potential risks that may require investigation or action.
• AI-Assisted Document Drafting and Editing: AI-assisted document drafting and editing helps users create initial document drafts, revise existing content, improve clarity, and reformulate text for further review and approval.
• AI-Assisted Document Analysis and Summarization: AI-assisted document analysis and summarization reviews document content, summarizes changes or key information, and helps users understand documents more efficiently during review.
• Training Risk Prediction: Training risk prediction analyzes training information to identify employees or assignments at risk of becoming overdue, allowing quality teams to intervene before training deadlines are missed.

SimplerQMS features AI-powered change summaries that streamline document reviews and accelerate approvals while supporting accuracy. Users can draft and edit documents using Microsoft Copilot in Microsoft 365 applications such as Word, Excel, and PowerPoint, or compatible third-party AI assistants available as Office add-ins.

How to Implement eQMS in Life Sciences?

To implement an eQMS in a life science organization, the process typically involves assessing requirements, configuring the system to support quality processes and approved procedures, migrating existing documents and records, training users, and performing appropriate validation or assurance activities to demonstrate that the system is fit for its intended use.

An eQMS implementation can be organized into 5 broad phases, from initial planning through go-live and post-implementation support. These phases are described below.

1. Planning and Requirements: Define the implementation scope, applicable regulatory compliance and business requirements, required QMS processes and modules, project resources, and responsibilities. Evaluate and select an eQMS vendor with appropriate compliance, validation, and implementation capabilities.
2. Configuration: Configure the eQMS to support your organization’s quality processes and requirements. Set up the relevant modules, workflows, roles, permissions, and other system settings, while aligning the eQMS system with your approved procedures.
3. Data Migration: Transfer relevant documents, records, and quality data from existing systems into the eQMS. Verify migrated information as appropriate and ensure records are placed under the required controls for versioning, access, retention, and traceability.
4. Training and Validation: Train users and administrators on the configured system and perform appropriate validation or assurance activities to demonstrate that the eQMS is fit for its intended use. Depending on the organization, system, and validation approach, these activities may include Installation Qualification, Operational Qualification, and Performance Qualification (IQ, OQ, and PQ).
5. Going Live: Going live moves the validated eQMS system into routine production use. Monitor system performance, address early issues with vendor support where needed, manage system changes, and perform ongoing assurance activities as appropriate to maintain the system in a validated state.

The five phases of eQMS implementation are illustrated in the image below.

When Is the Right Time for a Life Science Company to Consider Implementing an eQMS?

The right time to consider implementing an eQMS is when a life science company has established or is actively developing its QMS and associated documentation.

Life science organizations often consider moving to an eQMS as their quality processes become more complex, they outgrow manual spreadsheets and paper-based records, prepare for regulatory or customer audits, or need greater control and traceability as they progress through product development and commercialization.

How Much Time Does It Take to Implement eQMS Software For Life Sciences?

Implementing eQMS software typically takes approximately 1 to 6 months for a life science company. Larger or multinational organizations may take 6 to 12 months or longer when implementation involves extensive configuration, integrations, document and data migration, validation activities, or deployment across multiple sites.

The implementation timeline varies with company size, the maturity of the existing QMS, configuration requirements, and the volume of documents and records that need to be migrated. Organizations with an established QMS and well-organized documentation may implement eQMS software more quickly because their quality processes, procedures, and requirements are already defined. The timeline also depends on the availability of internal resources to support configuration, migration, training, and implementation activities.

SimplerQMS’s eQMS software can be implemented in approximately 6 to 8 weeks. The implementation is tailored to customer needs, including the sequence in which core QMS modules are implemented. The exact timeframe may vary depending on factors such as document creation, data migration and import requirements, customer readiness, and the availability of required resources.

A sample 6–8 week SimplerQMS implementation is outlined below.

1. Kick-Off
2. System Setup
3. Training
4. Data Migration / Data Import
5. Go-Live

SimplerQMS provides implementation, ongoing support, and necessary training as part of its all-inclusive subscription.

Who Is Responsible for Validating an eQMS?

The regulated life science company retains overall responsibility for ensuring that its eQMS is fit for its intended use and remains in a validated state. GAMP 5 guidance encourages leveraging supplier involvement, meaning validation activities and evidence provided by the software vendor can be used to reduce unnecessary duplication of validation work. The company, however, remains accountable for determining that the system is suitable for its intended use.

For example, an eQMS vendor may perform software validation and provide supporting validation documentation, while the regulated company reviews the evidence and performs any additional assurance activities appropriate to its intended use, configuration, and risk. User requirements are defined or adopted by the organization, with review and approval responsibilities assigned according to its procedures.

Validation and assurance activities require sufficient documented evidence to demonstrate that the eQMS performs as intended. Depending on the validation approach and risk, documentation may include a validation plan, user requirements specification (URS), risk assessment, traceability records, and Installation Qualification (IQ), Operational Qualification (OQ), and Performance Qualification (PQ) protocols and results. Supplier-provided validation evidence can substantially reduce the amount of validation work the regulated company needs to perform.

SimplerQMS is provided as a fully validated eQMS, with required computer software assurance documentation including IQ, OQ, and PQ, where applicable, along with ongoing revalidation support. Customers can leverage this validation package rather than performing separate eQMS system validation, while remaining responsible for ensuring that their implemented use of the system meets applicable requirements and for maintaining the system in a validated state throughout its lifecycle.

How to Choose an eQMS Software?

To choose an eQMS for an organization, follow these recommended 9 main steps.

1. Assess Requirements: Identify the regulations, standards, and guidelines an organization must comply with, then outline the QMS functionalities the software needs to meet those requirements.
2. Research and Compare eQMS Software Vendors: Gather eQMS vendor information through Request for Information (RFI), Request for Quotation (RFQ), and Request for Proposal (RFP), and compare each vendor’s software, features, and services side by side.
3. Select Relevant eQMS Software Vendors: Shortlist the vendors that best fit your needs based on the RFI, RFQ, and RFP responses, and weigh each vendor’s reputation and customer reviews.
4. Request Demos and Hold Meetings: Ask shortlisted vendors for demos to see how the software operates, then schedule follow-up meetings on specific QMS modules to clarify open questions.
5. Run a Trial: Request a trial period to evaluate the software’s functionality, usability, and compatibility with your existing workflows.
6. Shortlist the Strongest eQMS Software Vendors: Narrow the eQMS vendors using what the demos, meetings, and trials revealed.
7. See Demonstrations of Specific Use Cases: Request demonstrations built around your own use cases and scenarios so you confirm the software handles daily operations.
8. Negotiate with Shortlisted QMS Providers: Agree on favorable terms on pricing, contract terms, implementation timelines, and any additional needs.
9. Make the Final Decision: Weigh the demos, trials, and negotiations together, then choose the eQMS software that best fits your company’s needs.

The nine steps for choosing an eQMS are illustrated in the image below.

An eQMS comparison template speeds up the process of choosing QMS software. Use the eQMS comparison template to run a side-by-side comparison of vendor features, functionalities, and pricing against your own requirements. You can download the template for free.

How Much Does an eQMS Cost?

An eQMS typically costs $5,000 to $15,000 per year for a company with 5 to 10 employees, and $25,000 to $100,000 or more per year for larger organizations with 50 to 200 employees or more. The eQMS pricing generally scales with company size because a larger organization requires support for more users, more documents, and more quality processes within the software.

The cost of an eQMS also depends on several factors, such as the number of QMS modules, the maturity of the company’s QMS, regulatory compliance requirements, licensing model, vendor offerings, and additional services such as implementation and training.

SimplerQMS offers an all-inclusive annual subscription that combines software licensing and services into one transparent yearly cost. The annual subscription includes QMS modules, system implementation, unlimited user training, ongoing support, cloud hosting, and more, so customers do not pay separate fees for these services.

See the SimplerQMS pricing page for a detailed breakdown of features and services.

Is There a Free or Open-Source eQMS for Life-Sciences Companies?

Yes, free or open-source eQMS options exist, but few are viable for regulated life-science use. General-purpose open-source quality or document tools can be downloaded at no license cost, but these open-source QMS lack the validation, vendor support, and 21 CFR Part 11 controls a regulated life science company must demonstrate.

What Is the ROI of Implementing an eQMS in Life Sciences?

The return on investment (ROI) of an eQMS typically comes from time savings, lower administrative costs, greater operational efficiency, and reduced quality and compliance risk. By automating manual activities and improving access to controlled quality information, an eQMS can reduce the resources required for activities such as document management, training, quality event handling, supplier management, and audit preparation.

The size of the ROI depends on factors such as a company’s quality team size, labor costs, document and record volumes, number of quality events and suppliers, and the maturity of its existing processes. For this reason, eQMS ROI is best evaluated against an organization’s current quality-management workload and costs rather than a single industry-wide figure.

The eQMS software ROI Calculator estimates potential time and cost savings by analyzing your organization’s quality management processes and projected efficiency gains.

What Are the Most Popular eQMS Software for Life Sciences?

The 9 most popular eQMS software platforms for life sciences are SimplerQMS, Qualio, MasterControl, TrackWise, Ideagen Quality Management, Greenlight Guru, Dot Compliance, QT9, and Scilife.

The 9 most popular eQMS software and what each offers are described below.

1. SimplerQMS: SimplerQMS is a cloud-based, GAMP 5-validated eQMS for pharmaceutical, medical device, and biotechnology companies, with Microsoft Office integration and an open application programming interface (API). SimplerQMS’s all-inclusive annual subscription bundles the QMS modules, implementation, unlimited training, validation, hosting, and ongoing support into one license.
2. Qualio: Qualio is a cloud-based eQMS for small to mid-sized life science companies, covering document management, risk management, and training. Qualio’s edge is fast, low-friction implementation, pre-validated to GAMP 5 (with some customer-side validation) and priced by feature tier, though it does not integrate with Microsoft Office.
3. MasterControl: MasterControl is an enterprise eQMS for regulated pharmaceutical, medical device, and food-and-beverage companies, integrating with enterprise resource planning (ERP), customer relationship management (CRM), and manufacturing execution system (MES) platforms. MasterControl’s signature is a patented Validation Excellence Tool (VxT) that automates GAMP 5 software validation alongside 21 CFR Part 11 compliance.
4. TrackWise: TrackWise is a highly configurable enterprise QMS available on-premise and in the cloud (TrackWise Digital), serving pharmaceuticals, medical devices, and food and beverage. TrackWise’s differentiators are deep configurability paired with AI-powered proactive quality features, a validation package with each release, and integration with systems such as Salesforce.
5. Ideagen Quality Management: Ideagen Quality Management is a modular eQMS for life sciences, manufacturing, and healthcare, offering document control, audit management, and CAPA through automated workflows with Microsoft Office editing. Ideagen Quality Management distinguishes itself through end-to-end validation services delivered with partner CompliancePath. Ideagen Quality Management is sold on a perpetual license or subscription basis.
6. Greenlight Guru: Greenlight Guru is a cloud-based eQMS purpose-built for the medical device industry, with dedicated design control and clinical-trial features. The Greenlight Guru standout capability is a native traceability matrix tool and risk-based validation aligned with FDA regulations, with expert-guided implementation in 2 to 8 weeks.
7. Dot Compliance: Dot Compliance is a pre-configured, cloud-based eQMS built on the Salesforce platform, offering interconnected QMS modules and Microsoft Office document management. Dot Compliance’s differentiator is that Salesforce foundation plus AI-powered analytics and a fully executed GAMP 5 validation package, with tiered pricing that scales for growing companies.
8. QT9: QT9 is a cloud-based QMS for companies of all sizes across life sciences, manufacturing, and food and beverage, with over 23 built-in modules. QT9’s edge is free IQ/OQ/PQ validation reports with every update, a free 30-day trial, and integration with its own ERP system.
9. Scilife: Scilife is a cloud-based eQMS for life science companies, providing core modules such as document management, training, and CAPA with Microsoft Office integration. Scilife’s selling point is affordability, with a free plan, tiered options, and GAMP 5 validation on Amazon Web Services (AWS) that handles most user validation tasks.

Which Industries Can Benefit from SimplerQMS’s eQMS Software?

There are 5 main regulated life science industries that benefit most from SimplerQMS’s eQMS software. These 5 regulated life sciences include pharmaceuticals, medical devices, biotechnology, clinical research, and contract manufacturing. Each life science industry operates under distinct FDA and ISO regulatory regimes. SimplerQMS supports compliance with applicable life science requirements and automates required quality processes.

The 5 industries and the requirements each one must meet at minimum are described below.

• Pharmaceuticals: The pharmaceutical industry develops medications and vaccines under strict quality and safety standards. Pharmaceutical eQMS software helps comply with FDA 21 CFR Part 210/211, EU GMP, ISO 9001, and International Council for Harmonization (ICH) Q10.
• Medical Devices: The medical device industry designs, manufactures, and distributes devices used in medical treatments, diagnostics, and patient care. Medical device eQMS software helps comply with FDA 21 CFR Part 820, ISO 13485, and the EU Medical Device Regulation (MDR) and EU In Vitro Diagnostic Regulation (IVDR).
• Biotechnology: The biotechnology industry applies biological processes to develop products that improve health. Biotechnology eQMS software helps comply with ISO 13485, GMP, Good Laboratory Practices (GLP), FDA 21 CFR Part 210/211/820, EU MDR, EU IVDR, and ICH Q10.
• Clinical Research: The clinical research industry conducts studies that evaluate the safety and efficacy of drugs, medical devices, and treatments. Clinical research eQMS software helps contract research organizations (CROs) and sponsors comply with FDA 21 CFR Parts 50/56, ICH Good Clinical Practice (GCP) E6, and the General Data Protection Regulation (GDPR) and other applicable requirements.
• Contract Manufacturing Organizations (CMOs): Contract manufacturing organizations provide outsourced manufacturing for pharmaceutical, medical device, and biotech companies. Contract manufacturing eQMS software supports compliance with FDA 21 CFR Parts 210/211, ISO 13485, and current Good Practice (cGxP) guidelines.

Is eQMS Right for Small Life Science Organizations?

An eQMS is usually a good fit for a small or early-stage life science company because the regulatory bar is the same regardless of headcount. Paper or spreadsheets offer no version control, audit trail, or automated training and CAPA tracking.

Small companies are usually pushed onto an eQMS by a specific trigger, such as an audit finding, a scaling product, investor or partner due diligence, or a pending regulatory submission.