Clinical Research Management Software Built Around Your Studies
Plan and develop a secure platform for coordinating studies, sites, participants, documents, milestones, finances, reporting and approved system integrations.
DevSouq Technologies develops custom clinical research management software for sponsors, contract research organisations, research networks, sites and software companies with specialised operational requirements. The platform is planned around your users, study workflows, existing systems and intended market rather than a predetermined feature package.
Our Clients
Bring Disconnected Research Operations Into a Coordinated Workflow
Clinical research operations can become difficult to manage when study information is distributed across spreadsheets, email, shared folders, general project tools and separate clinical platforms.
Your teams may struggle with:
- Repeated entry of study and site information
- Inconsistent milestone and enrolment updates
- Limited portfolio-level visibility
- Missing or outdated regulatory documents
- Delayed site activation tasks
- Unclear monitoring follow-up
- Complicated investigator and site payments
- Inconsistent user permissions
- Difficult reporting across studies
- Manual reconciliation between systems
- Poor visibility into issues, deviations and pending actions
- Legacy software that cannot support new study models
A custom platform can coordinate these activities when existing products, configurations or integrations cannot support the required workflow.
It should not duplicate specialised systems without a clear reason. The first step is deciding which information the platform must own, which information it should reference and which activities should remain in an EDC, eTMF, LIMS, safety system or another approved application.
What Is Clinical Research Management Software?
Clinical research management software supports the operational planning, coordination, oversight and reporting of clinical studies.
The terms CRMS and CTMS are sometimes used broadly. In practice, the required scope may include study setup, site management, participant status tracking, monitoring, documents, tasks, budgets, payments and portfolio reporting.
An EDC primarily captures protocol-required participant data. A CDMS supports the cleaning and management of clinical data. An eTMF manages essential trial
documentation. A research management platform may connect with these systems without replacing them.
Defining these boundaries early reduces duplicated functionality, conflicting records and unnecessary development.
The result is a clearer product scope and a more realistic implementation plan.
When Is Custom Development the Right Choice?
Custom clinical research software may be appropriate when:
- Your operational workflow does not fit standard CTMS products
- Teams depend on several disconnected systems
- You are developing a proprietary clinical research product
- Existing software requires repeated manual workarounds
- Study, site or user structures are unusually complex
- Your reporting requirements cannot be configured effectively
- You need specialised portals for sponsors, sites or investigators
- Current integrations create duplicate work
- Legacy software is difficult to maintain
- You need greater control over the product roadmap
- Your organisation needs a specialised module rather than another complete platform
Custom development is not automatically the best option. A commercial CTMS may be faster and less expensive when it already supports your main workflows, integrations, security responsibilities and reporting needs.
A hybrid approach may also work. This could involve retaining an existing CTMS while developing a specialised portal, integration layer, reporting environment or workflow module.
Clinical Research Management Capabilities
The final capability set should be based on documented workflows and intended use.
Study and Portfolio Management
Create structured study records, assign teams, define milestones and monitor progress across one or multiple programmes. The platform may provide portfolio dashboards, study calendars, task dependencies, status indicators and configurable approval steps. Success depends on agreeing which source system owns each status and how updates are governed.
Site and Investigator Management
Maintain approved information about research sites, investigators, contacts, qualifications, feasibility activities and activation status. Site teams may receive controlled access to complete tasks, upload documents, review requests and respond to outstanding actions. Permission design must prevent users from accessing unrelated studies or restricted information.
Recruitment and Participant Status Tracking
Track recruitment pipelines, screening status, enrolment progress, visit schedules and participant communication tasks. This operational functionality should not be treated as a substitute for an EDC, medical record or safety-reporting system unless those responsibilities are deliberately included and properly assessed.
Regulatory Document Workflows
Coordinate document requests, submissions, reviews, approvals, expiry dates and missing-item follow-up. The platform may maintain operational document records or integrate with an eTMF. Document ownership, version control, metadata, retention and authoritative source responsibilities must be defined before implementation.
Monitoring, Issues and Follow-Up
Plan monitoring activities, record findings, assign actions and track resolution. Depending on the operating model, the system may support risk indicators, protocol-deviation workflows, issue escalation, corrective actions and monitoring reports. The organisation must define which events require formal quality or safety handling outside the platform.
Budgets, Contracts and Payments
Manage study budgets, site contracts, payment schedules, invoiceable activities and payment status. Optional workflows may also support participant stipends, reimbursements or research grants. Financial controls, approvals, tax handling and payment-provider responsibilities depend on the organisation and market.
Dashboards and Research Reporting
Provide role-specific views for clinical operations, sponsors, project managers, sites, finance teams and leadership. Reports may cover study progress, enrolment, site activation, document status, monitoring, budgets and overdue actions. Reporting quality depends on consistent data definitions and reliable source-system updates.
Role-Based Access and Auditability
Assign access according to organisation, study, site, role and responsibility. Security planning may include user authentication, least-privilege access, session controls, approval records, event logging and time-stamped audit trails. The exact controls depend on the system’s intended use and applicable requirements.
Extend the Platform Around Your Research Model
Specialised modules may be considered where they provide genuine operational value.
These may include:
- Clinical research laboratory workflows
- Biospecimen and sample tracking
- Chain-of-custody records
- LIMS connectivity
- Research grant management
- Participant stipend management
- Site feasibility and selection
- Training and qualification tracking
- Quality and audit management
- Corrective and preventive action workflows
- Research equipment management
- Decentralised study operations
- Participant or investigator portals
- Mobile research-team access
These functions should not be grouped into one large product without evaluating user needs, data ownership and regulatory impact.
Discuss Your Pharmacy Software Project
Share the pharmacy workflow you need to improve, the systems you currently use, and the limitations affecting your teams.
Our Software Development Process
Our process is structured to guarantee quality, predictability, and efficiency.
Who the Platform Can Support
A custom research management platform may be developed for:
- Pharmaceutical and biotechnology sponsors
- Contract research organisations
- Research site networks
- Academic medical research departments
- Hospitals conducting clinical studies
- Independent research sites
- Medical-device research teams
- Decentralised trial operators
- Clinical research SaaS companies
- Organisations modernising an existing research platform
Each organisation has different users, responsibilities and oversight requirements. A sponsor-facing system should not simply reuse the workflow of a site-management platform.
A Development Process Designed for Clinical Research Workflows
Discovery and Workflow Mapping
- Client input: Current processes, user roles, SOPs, study types, existing software, reporting needs and target markets.
- DevSouq activity: Map workflows, identify pain points, document system boundaries and assess technical dependencies.
- Output: Prioritised requirements, workflow diagrams, integration inventory, initial risk register and proposed release scope.
- Decision checkpoint: Confirm whether custom development, configuration or a hybrid approach is appropriate.
UX, Data and Architecture Planning
- Client input: User feedback, approval responsibilities, data classifications and infrastructure requirements.
- DevSouq activity: Design user journeys, interfaces, permission structures, application architecture and data relationships.
- Output: Prototypes, architecture plan, permission matrix, data model and acceptance criteria.
- Risk controlled: Misunderstood workflows and uncontrolled access requirements.
Iterative Development and Integration
- Client input: Feedback from clinical, quality, IT and operational stakeholders.
- DevSouq activity: Develop approved features in controlled iterations and connect authorised systems through supported interfaces.
- Output: Working application increments, integration components, technical documentation and reviewed releases.
- Decision checkpoint: Approve functionality against agreed acceptance criteria.
Quality Assurance and Validation Support
- Client input: Intended use, quality procedures, validation responsibilities and acceptance standards.
- DevSouq activity: Conduct functional, integration, usability, regression, performance and security testing according to scope.
- Output: Test evidence, defect records, release documentation and materials supporting the client’s validation process.
- Risk controlled: Unverified functionality, incomplete requirements coverage and uncontrolled changes.
- The regulated organisation remains responsible for determining applicable requirements and approving the system for its intended use.
Data Migration, Deployment and Training
- Client input: Source data, retention rules, user lists, cutover constraints and training requirements.
- DevSouq activity: Map data, perform migration rehearsals, validate transfer results, configure environments and prepare users.
- Output: Migration records, deployed environments, access configuration, training materials and cutover documentation.
- Decision checkpoint: Authorise production release after required reviews and testing.
Maintenance and Controlled Evolution
- Post-launch work may include issue resolution, monitoring, updates, integration maintenance and future releases.
- Changes should follow an agreed process covering prioritisation, impact analysis, testing, approval, deployment and documentation.
Awards and Recognition
Software development company efforts have been rewarded with respect by reputable organizations and leaders in the industry. These accolades are a reflection of our dedication to quality, client success, and innovation.
Acknowledgement by prestigious organizations highlights our attention to providing high-quality, reliable solutions.
Integrate the Systems Your Research Teams Already Use
Depending on available interfaces and permissions, integration planning may cover:
- Electronic data capture systems
- Electronic trial master files
- Electronic consent platforms
- EHR and EMR systems
- Laboratory information management systems
- Safety and pharmacovigilance systems
- IRT and RTSM platforms
- Identity and access-management services
- Financial and payment systems
- Business intelligence tools
- Communication services
- Research registries
- Wearables and digital health technologies
- Approved public trial registries
An integration cannot be guaranteed simply because both systems are digital. Feasibility depends on API availability, vendor cooperation, licensing, documentation, authentication, data rights, formats and rate limits.
FHIR may support appropriate exchanges with healthcare systems. CDISC standards may be relevant to clinical data definition, exchange and submission workflows. The correct standard depends on the information being transferred and its intended use.
Security, Data Integrity and Regulatory Planning
The applicable requirements depend on the target market, study type, system role, data processed and organisations using the software.
ICH E6(R3) states that computerised systems used in clinical trials should be fit for purpose. It addresses documented procedures, security, validation, backups, user management, audit trails, data integrity and change control.
For FDA-regulated electronic records and signatures, 21 CFR Part 11 and current FDA guidance may apply. The FDA guidance focuses on electronic systems, records and signatures that are trustworthy, reliable and generally equivalent to paper records and handwritten signatures.
HIPAA may apply to protected health information handled by covered entities or business associates in the United States. It does not apply to every clinical research system merely because the system contains health-related information.
Relevant planning may include:
- Intended-use documentation
- Role-based access
- User authentication
- Audit trails
- Data encryption
- Backup and recovery
- Retention controls
- Change control
- System validation
- Incident handling
- Vulnerability management
- Data-processing agreements
- Consent and privacy workflows
- Data residency
- De-identification or pseudonymisation
- Controlled production access
Software development alone does not establish regulatory compliance. The client’s policies, contracts, infrastructure, training, risk management and operational controls remain essential.
Typical Engagement Scenario
The following is a hypothetical example, not a DevSouq case study.
A multi-site research organisation manages study milestones in spreadsheets, regulatory documents in shared folders and participant status in a separate platform. Leadership cannot obtain a reliable portfolio view without manually reconciling information.
A custom operational hub could connect approved study information, site tasks, document status, monitoring actions and role-specific reporting. The EDC would remain the source for protocol-required participant data, while the new platform would coordinate operational oversight.
The project could begin with one study type and a limited number of integrations before expanding to additional programmes.
Case Studies
Each project of a custom software development company tells a real story of problem-solving and impact. Our case studies show how we help organizations overcome challenges and achieve meaningful results.
Improving Public Health Response
We supported faster data access and smarter systems to help teams respond quickly during health emergencies.
Enhancing Caregiver Support Systems
We modernized digital tools to improve communication, coordination, and support for caregivers and families.
Building a Localized Social Media Platform
We developed a location-focused social platform that improved engagement and user connection across regions.
What Our Clients Say
FAQs
How much does clinical research management software cost?
Cost depends on users, workflows, features, platforms, integrations, migration, security, validation support, infrastructure, testing and support. A scope-based estimate should follow discovery.
How long does development take?
The timeline depends on project size, integration access, stakeholder availability, migration requirements and validation responsibilities. A focused module can be delivered in stages, while a multi-study platform requires a broader implementation plan
Is a CRMS the same as an EDC?
Not necessarily. A CRMS or CTMS commonly supports study operations and oversight. An EDC primarily captures protocol-required participant data. The systems may be integrated while remaining separate sources of record.
Can the platform integrate with our EDC or eTMF?
Integration may be possible when the vendor provides supported APIs, documentation, access credentials and appropriate licensing. Feasibility should be confirmed during discovery.
Can DevSouq build software that supports 21 CFR Part 11 requirements?
Relevant controls can be considered during requirements, architecture and testing. However, Part 11 applicability and final system validation depend on intended use, client procedures and the complete operational environment.
Can legacy clinical research data be migrated?
Yes, subject to source access and data quality. Migration should include profiling, mapping, cleansing rules, test transfers, reconciliation, approval checkpoints and rollback planning.
Who owns the software and source code?
Ownership, licences, third-party components, documentation and repository access should be stated in the commercial agreement. This must be confirmed before publication as a standard DevSouq policy.
Do you provide support after launch?
The current DevSouq website states that post-launch support can include issue resolution, monitoring, updates, performance improvements and future development. The exact service level should be agreed for each project.
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