FireSonic is a production-ready HL7® v2 → FHIR® R4 integration platform. It combines durable message processing, built-in transformation, Groovy workflow customization, semantic validation, and reliable FHIR delivery in one platform.
The processing lifecycle separates intake, persistence, filtering, transformation, customization, semantic validation, and delivery into clearly defined stages.
Core processing, persistence, queues, scripting, validation, delivery, and administration are integrated into one deployable platform.
FireSonic keeps standard HL7 v2 → FHIR R4 interoperability behavior in the built-in core mapping while exposing site-specific workflow logic through a developer-friendly SDK.
Incoming HL7 is stored before transformation begins, supporting restart-safe recovery.
Message intake, transformation, and delivery are separated into independent processing stages.
Technical delivery failures remain visible and can be retried without resending the original HL7.
Interrupted processing can resume after application or infrastructure restart.
A FHIR Bundle can be structurally valid and accepted by the target server while still carrying the wrong patient, encounter, timing, or workflow context. FireSonic evaluates that context before delivery, so downstream systems receive the right data in the right context.
Verify that generated resources reference the expected patient and active encounter.
Detect late-arriving results linked to stale, discharged, or outdated encounters.
Detect workflows that conflict with the patient’s current clinical state.
Require supporting encounter, treatment, or business context before downstream delivery.
FireSonic can stop technically valid but operationally suspicious data before it is committed to downstream FHIR systems.
FireSonic is designed for low operational overhead and lightweight single-node deployments while still providing durable processing, customization, validation, and administration.
Standard single-node deployments use embedded durable persistence.
Asynchronous intake and processing queues are built into the platform.
Designed for modest server or VM resources. Lightweight deployments can run with 2 CPU cores and 1 GB RAM.
Fewer moving parts to install, patch, secure, monitor, and troubleshoot.
Incoming messages are stored locally before processing for recovery and traceability.
Intake and processing are separated with internal asynchronous queuing.
Customize workflows and validate clinical context without external services.
Inspect status, retries, scripts, rules, and operational health from one place.
Create automatic database backups on a defined interval.
Automatically purge expired message history to control database growth and disk usage.
Create lightweight caches for lookups, reference data, and workflow state.
Place FireSonic close to the clinical systems it integrates with. The platform is suitable for protected hospital networks, virtual machines, Docker environments, and cloud infrastructure.
Run FireSonic inside hospital or clinic infrastructure and keep message intake, persistence, and configuration under your operational control.
Deploy on standard Windows or Linux virtual machines in private or public cloud environments.
Use the provided containerized deployment model for repeatable local, test, and production environments.
HL7 v2 coverage across patient administration, orders and results, scheduling, medication, immunization, clinical documents, and financial workflows.
Admissions, transfers, discharges, and patient updates
Laboratory and diagnostic orders and results
Appointments and scheduling workflows
Medication orders and administration workflows
Vaccination records and administration
Clinical document exchange and notifications
Charges and financial transaction workflows
See full message, segment, resource, and configuration coverage in Documentation →
Explore the Community Edition, Developer SDK, and technical documentation.
