Clinical Workflows

Clinical workflows are the structured processes clinicians and healthcare staff follow to deliver patient care, document information, access systems, communicate across teams, and coordinate treatment. When defining what a clinical workflow is, and how to enable secure clinical workflows, the answer extends beyond individual tasks to encompass the full sequence of activities required to support safe, efficient, and compliant care delivery. In modern healthcare IT environments, these workflows depend heavily on digital systems like electronic health records (EHRs), medication management tools, imaging platforms, and communication applications. Because clinicians often move rapidly between patients, rooms, and devices, workflows must remain fast and intuitive without compromising patient privacy, authentication security, or regulatory compliance.

Healthcare organizations face persistent challenges balancing strong security controls with efficient clinician workflows. In fast-paced care environments, clinicians often need immediate access to EHRs, medication management systems, imaging platforms, and communication tools while moving between patients, workstations, and departments. When authentication processes are overly complex or time-consuming, staff may resort to unsafe workarounds such as password sharing, leaving sessions unattended, or delaying documentation to maintain the pace of care delivery. Securing clinical workflows, therefore, requires streamlined solutions that eliminate password sharing and other workarounds while maintaining rapid, reliable access to clinical systems.

The most effective way to enable secure clinical workflows is through authentication technologies that enforce strong security controls without disrupting patient care. Fast authentication methods, including badge-based access and single sign-on (SSO), help clinicians securely move between shared workstations, virtual desktops, exam rooms, and nursing stations without repeatedly entering credentials. Integrated authentication workflows can also support requirements for electronic prescribing of controlled substances (EPCS), including stronger identity verification and multifactor authentication, while maintaining rapid access to clinical systems. These capabilities help healthcare organizations maintain patient privacy without disrupting clinical workflows, ensuring clinicians spend less time managing passwords and more time focused on patient care. At the same time, healthcare IT teams gain stronger visibility into access activity, more consistent policy enforcement, and improved operational compliance.

Secure clinician workflows also depend on interoperability and flexibility across complex healthcare environments. Many organizations operate a combination of shared devices, thin clients, cloud applications, on-prem systems, and legacy software that don’t natively support modern authentication methods. Clinical environments require solutions that integrate across multiple device types and application ecosystems while supporting streamlined workflows. Seamless SSO integration is especially important because clinicians often access dozens of applications during a single shift. When authentication systems are poorly integrated, delays accumulate quickly, leading to clinician frustration, reduced productivity, and increased security risk.

Imprivata Healthcare solutions are designed to help organizations secure and simplify clinical workflows across diverse healthcare environments. Imprivata enables fast badge-tap access, smoothly integrated SSO workflows, and secure authentication across shared workstations, virtual desktops, thin clients, and mobile environments. The platform supports both cloud and on-prem deployments and integrates with widely used healthcare technologies like Epic, Omnissa Horizon, and legacy clinical applications. By simplifying authentication, supporting EPCS requirements, and reducing reliance on passwords, Imprivata helps healthcare organizations improve the end-user experience, strengthen patient privacy protections, and protect patient data without disrupting clinical workflows.