Healthcare institutions require FDA-compliant, zero-latency diagnostic viewing of medical images, reliable hospital PACS network transmission, and seamless data exchange between legacy HL7 protocols and modern FHIR servers.
Architected FDA-approved diagnostic viewing software (SoftStation and SoftStationWeb) involving 2D/3D image reconstruction, engineered DICOMSender SCU/SCP networking clients for hospital PACS systems, and developed HL7 to FHIR server interoperability bridges.
Delivered FDA-approved medical diagnostic viewing across desktop and web, ensured compliant hospital PACS transmission, and bridged legacy clinical standards to modern cloud FHIR infrastructure.
Decision Rationale: High-performance VC++ libraries deliver hardware-accelerated image reconstruction speed, while C# provides a modern, maintainable user interface and application layer.
Decision Rationale: A transformation bridge enables hospitals to leverage modern FHIR REST APIs while maintaining backward compatibility with existing HL7 v2 clinical data streams.
Delivered 100% storefront uptime with zero-outage database failover, seamless two-way content authoring across Sanity Studio and store admin, and complete zero-overhead custom domain email forwarding directly into Gmail.
Automated end-to-end resume ingestion and semantic evaluation, reduced candidate triage time by over 80%, and established foundational RAG vector database architectures for conversational enterprise assistants.