EDC for Decentralized Clinical Trials

EDC for decentralized clinical trials: consent, data capture, and patient touchpoints in one platform with 21 CFR Part 11–aligned controls.

21 CFR Part 11 aligned · HIPAA-aligned security · No credit card required

Designing a traceable remote participant journey

A decentralized clinical trial is not just a traditional study with fewer site visits. The participant journey may include remote screening, electronic consent, home-based assessments, ePRO diaries, telemedicine follow-up, safety reporting, and periodic site interaction. If each touchpoint is managed in a different tool, the team can lose the simple question that matters most: what happened to this participant, when, and under which consent and protocol version? Capture supports a more coherent DCT workflow by keeping eConsent, EDC, ePRO, safety forms, queries, and exports in one platform. Remote consent records can be tied to participant enrollment. Patient-reported data can be scheduled around the protocol. Site-entered CRFs can document remote visits, follow-up calls, eligibility review, safety checks, and protocol deviations. The study team can then review a participant record without stitching together separate vendor exports. This traceability is especially important for decentralized trials because data is collected outside the traditional site environment. A unified record helps sponsors, monitors, and investigators understand whether assessments were completed on time, whether participant-reported data aligns with visit data, and whether safety follow-up was documented appropriately.

  • Remote consent, CRFs, ePRO, safety, queries, and exports in one participant record
  • Visit and assessment schedules that support remote and home-based data collection
  • Participant-reported data tied to the same identifiers used for EDC records
  • Clear traceability from consent through follow-up and database lock

Reducing multi-vendor complexity in DCT operations

Many decentralized trials begin with a stack of separate tools: one for eConsent, another for EDC, another for ePRO, another for reminders or patient touchpoints, and spreadsheets to connect what the tools do not share. That approach can work, but it creates operational drag. Sites need to learn multiple systems, participants receive fragmented instructions, and data teams spend time reconciling files instead of reviewing study quality. Capture reduces that burden by combining the core data capture workflows in one system. The same platform can support electronic consent, site-entered forms, patient-reported outcomes, safety documentation, role-based review, and analysis exports. This does not mean every DCT service has to live inside Capture; telemedicine, labs, devices, and logistics vendors may still be part of the study. The key is that the clinical dataset stays governed in one place. For lean sponsors and CRO-independent teams, that simpler architecture can shorten setup and reduce the coordination work around amendments, user access, training, and data review. The team has fewer interfaces to reconcile and a clearer operating model for sites and participants.

  • One governed platform for consent, EDC, ePRO, safety records, and exports
  • Fewer disconnected systems for participants, sites, monitors, and data managers
  • Cleaner handling of study amendments, user roles, and review workflows
  • A practical clinical dataset layer alongside telemedicine, lab, device, or logistics vendors

Monitoring decentralized data without losing context

Monitoring a DCT requires more than checking whether forms are complete. The reviewer needs context: when the participant consented, which assessments were scheduled, which were completed remotely, whether ePRO entries were missed, whether safety follow-up occurred, and whether any protocol deviations affected the endpoint. When remote data is fragmented, monitors can spend too much time reconstructing timelines. Capture gives monitors and sponsor reviewers a structured view of remote study activity. Query workflows can be used to resolve missing or inconsistent records. Audit trails show changes to participant data. Role-based access lets monitors review data without giving them unnecessary edit permissions. Exports preserve the structure needed for analysis and reporting after the remote workflow is complete. This matters for inspection readiness and internal decision-making. Decentralized studies can be credible and efficient, but only when the data record is easy to follow. By keeping remote consent, CRFs, ePRO, and safety review under one audit model, Capture helps teams maintain the same discipline expected in site-based trials while supporting a remote participant experience.

  • Query workflows for missed assessments, inconsistent records, and follow-up gaps
  • Audit trails for participant data changes across consent, CRFs, ePRO, and safety forms
  • Role-based monitor and sponsor review access
  • Structured exports for analysis, reporting, and regulated-study documentation workflows

Overview

EDC for Decentralized Clinical Trials

Decentralized clinical trials (DCTs) reduce or eliminate in-person site visits by using remote consent, telemedicine, and patient-reported or home-based data capture. Your EDC must support electronic consent, remote visit and ePRO workflows, and full auditability so the entire patient journey is traceable. Capture provides EDC, eConsent, ePRO, and safety in one platform with 21 CFR Part 11–aligned controls and HIPAA-aligned infrastructure, so DCT teams can run end-to-end remote workflows across consent, data capture, and patient touchpoints without stitching together multiple vendors.

Why DCTs need the right EDC

Decentralized trials require consent, CRFs, and ePRO in one flow so patients and sites have a single experience and one audit trail. Legacy setups often combine separate eConsent, EDC, and ePRO tools, complicating remote workflows and monitoring. Capture is built for end-to-end remote workflow: electronic consent, visit-based and ePRO data capture, and patient-facing touchpoints in one platform with 21 CFR Part 11–aligned controls and HIPAA-aligned security.

Common DCT workflow

  • Protocol and consent; remote consent and e-signature
  • Patient enrollment and onboarding; optional patient portal
  • Remote visits; ePRO and patient-reported data capture
  • Safety and AE capture; data review and queries
  • Database lock and export for analysis and regulatory use

Traditional tool pain points

  • Separate eConsent, EDC, and ePRO systems; no single audit trail
  • Complex integration and patient experience across vendors
  • High cost for DCT-specific or multi-vendor stacks
  • Limited support for end-to-end remote workflow

How Capture supports DCTs

  • Unified EDC, eConsent, and ePRO; one platform for consent, CRFs, and patient-reported data
  • End-to-end remote workflow; one audit trail for all patient touchpoints
  • 21 CFR Part 11–aligned controls and HIPAA-aligned security
  • Export for analysis and regulatory use; documentation for validation (Enterprise)

FAQ

Questions we hear a lot

Is Capture suitable for decentralized clinical trials?
Yes. Capture supports DCTs with eConsent, EDC, and ePRO in one platform. You get end-to-end remote workflow and one audit trail with 21 CFR Part 11–aligned controls.
How do remote consent and ePRO work together?
Capture includes electronic consent and ePRO in the same platform as EDC. Consent and patient-reported data are captured with the same audit trail and security controls, so remote workflows are traceable end to end.
What about compliance?
Capture is designed with 21 CFR Part 11–aligned controls and HIPAA-aligned security. We provide documentation to support sponsor validation when required (Enterprise).

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