Healthcare
Secure SaaS access for healthcare
Clinical and business staff use web EHRs, portals, and SaaS across locums and vendors outside your standard image. Oasis is a managed enterprise browser: identity-backed sessions carry your access and data expectations through your IdP and DLP.
Why browser governance matters in healthcare
Industry data underscores web and ransomware risk. The pattern behind it is familiar: sensitive patient and operations work happens in the browser on a mix of health-system and third-party devices. Governing the session closes gaps that endpoint-only approaches often leave open.
What Oasis delivers for healthcare
Oasis is a managed enterprise browser, a control layer for SaaS-centric work. Policies travel with the session, connect to your identity and DLP stack, and keep vendor and locum access practical without leaning on laptops or VDI for every rollout.
Governance where patient and operations work happens
Clinical and business teams live in SaaS: EHR workflows, patient portals, payer and supply-chain apps, telehealth, and collaboration in the browser. Oasis puts policy enforcement in that session, not only on hardened clinical workstations.
- Consistent controls across corporate, partner, and contractor devices
- Visibility into browser-level activity tied to identity
- Reduce reliance on unmanaged consumer browsers for PHI-adjacent workflows
- Close gaps when vendors and temporary staff use machines you do not manage
Secure access for locums, vendors, and partner organizations
Healthcare runs on external capacity: locums, billing partners, IT vendors, and affiliates. Oasis helps you grant SaaS access without defaulting to shipping laptops or standing up VDI for every engagement.
- Managed browser sessions on their own devices
- Corporate-grade identity, session, and data policy in the browser
- Faster paths to productive access with less hardware logistics
- Operational model shifts toward identity-driven access management
Unified browser policies across sites and care settings
Apply the same browser governance story across hospitals, clinics, remote staff, and third-party environments. Policies follow the session, not only the endpoint.
- Single control plane for browser-level enforcement
- DLP and usage policy aligned to how SaaS is actually used
- Consistent posture for PHI and other regulated data flows
- Less exception sprawl across entities and programs
Plugs into identity and data protection you already use
Oasis integrates with existing identity providers and enterprise DLP so access rules and data policies extend into SaaS workflows without asking security to rip and replace the stack.
- IdP-driven authentication and access patterns
- Enterprise DLP and data controls in the browsing layer
- Builds on your security investments without duplicating them
- Built for adoption: modern browser experience with governance
Outcomes security and health IT leaders care about
Directional themes aligned to how delivery organizations scale people and partners without letting device logistics become the bottleneck. Specific timelines and savings depend on your environment and scope.
Care and operations velocity
Keep clinical programs, revenue cycle, and IT projects moving with less time lost to hardware provisioning when external teams need SaaS access.
Cost structure
Reduce the operational tax of purchasing, shipping, tracking, and recovering devices for travelers, locums, surge staff, and long-term vendors.
Governance confidence
PHI and other sensitive health data stay governed when work happens in the browser on health-system and third-party devices.
Operational scalability
Support multi-entity health systems and contractor-heavy programs without scaling laptop logistics and one-off exceptions linearly.
Featured Blog Posts
What Island's $250M Series E Really Signals for CISOs and IT Leaders
Analysis of Island's $250M Series E funding and what it signals for CISOs and IT leaders. Examines enterprise browser security trends, market shifts, and strategic implications for security leadership.
DRM Telemetry, Device IDs, and Shadow Tracking: What Your Browser Vendor Knows
Comprehensive analysis of DRM telemetry, device IDs, and shadow tracking in browsers. Examines privacy implications, tracking vectors, and what browser vendors know about users through DRM systems.
Detecting EME and CDM Support in the Wild: What Developers Get Wrong
Comprehensive analysis of EME and CDM support detection challenges. Examines privacy implications, security vulnerabilities, implementation inconsistencies, and common developer mistakes in DRM detection.