Patient records, clinical workflows, provider scheduling, prescription management, and care plan documentation — designed for the access patterns and data sensitivity of real clinical environments. We design EMR systems around the access control requirements from the start, not as a retrofit.

Real-time video consultation infrastructure built on WebRTC — with the session management, recording capabilities, connection handling, and fallback behavior that clinical use requires. We have built systems that need to work for patients in rural areas on limited connections and for regulatory reviewers auditing sessions months later.

Compliance is architecture. The decisions that determine whether a system is genuinely HIPAA or PIPEDA compliant — encryption at rest and in transit, data residency, access control granularity, breach detection, audit completeness — are made during the initial architecture phase. We design compliance in from the start.

Healthcare access control is context-dependent: a provider accesses their patients’ records, not another provider’s. A billing user sees financial records but not clinical notes. We design access control enforced at the data layer — so API calls, exports, and background processes are subject to the same rules as the UI.

A complete, tamper-evident audit trail is a regulatory requirement and an operational necessity. We design audit logging as a first-class system concern — every access, every change, every export, logged with sufficient context to reconstruct what happened and who was responsible. Structured for compliance reporting, not buried in application logs.

Healthcare SaaS platforms frequently need to support multiple independent clinical organizations on the same infrastructure — with strict data isolation between tenants. The technical and compliance requirements of multi-tenancy in a regulated environment are distinct from standard SaaS multi-tenancy, and we understand the difference.