Engineering secure patient care portals, clinical dashboards, and EHR integrations with device-level data encryption.
Allowing users to read health data offline requires disk encryption on device keys to prevent unauthorized physical data extraction.
Interfacing with systems like Epic and Cerner requires conforming to HL7 FHIR data schemas and managing connection timeouts.
Regulatory parameters require that every patient data read, edit, or delete action is logged in an immutable logging database.
React Native patient portals featuring biometric checkpoints, local SQLCipher encryption, and session wipe triggers.
Microservices that map and sync patient scheduling and records between internal tables and institutional EHR platforms.
Clinical messaging threads with end-to-end transport encryption, image attachment parsing, and read logs.
We maintain active compliance protocols mapping to industry-specific guidelines, ensuring data security and system integrity.
Care plans, clinical scheduling, and messaging in one fully compliant, secure mobile product.
92% patient engagement & 100% HIPAA compliance
We engineering healthcare software assuming physical device security could be compromised. We encrypt local data tables, isolate API authentication tokens, and establish automated session timeouts.
Using SQLCipher on device Keystore elements to encrypt local SQLite files.
Structuring database objects to conform directly to EHR APIs.
Implementing cloud database triggers to write logs of user data reads.
Discuss your technical goals, security constraints, and database scaling needs with our architects.