Integrate your prehospital or mobile health application with ESO Siren Nova, the next-generation ePCR platform by Medusa (formerly Sunquest), using 6B’s secure, standards-based interoperability services. We enable real-time, event-driven data exchange to support efficient documentation, clinical decision support, and seamless dispatch workflows across ambulance and emergency care settings.
Get in touchWhether you're developing a new digital health product or extending an existing solution with ESO Siren Nova integration, 6B brings the technical expertise, healthcare insight, and experience needed to accelerate delivery.
Trusted by ambulance services, EMS software vendors, and prehospital innovators, 6B delivers full-lifecycle Siren Nova integration – from initial scoping and design through development, deployment, and ongoing support. Whether you’re building patient tracking tools, CAD linkages, vital-signs capture, or population health dashboards, our integrations are robust, scalable, and aligned with UK NHS interoperability standards.
The Siren ePCR Suite is a comprehensive electronic patient care reporting platform designed for use on mobile devices and in paramedic workflows. It supports rapid and intuitive data entry, integrated clinical workflows, real-time alerts, and deep analytics. Siren connects natively to computer-aided dispatch systems to accelerate and simplify documentation at the point of care, reducing transcription effort and improving clinical accuracy.
Siren Nova extends these capabilities as a modern, cloud-based platform optimized for integrated EMS environments. It consolidates patient observations, medication administration, incident reporting, and handover documentation in a single, unified system. With its event-driven architecture and support for standard APIs, Siren Nova enables timely data exchange with hospital EPRs, national registries, telemetry systems, and analytics platforms.
We begin with in-depth discovery sessions engaging clinicians, dispatch operators, and IT stakeholders to clarify use cases such as dispatch-triggered workflows, structured clinical documentation, vital-signs streaming, clinical alerts, and handover reporting. These requirements are mapped to Siren Nova’s API endpoints and event-driven model to define a scalable integration approach.
Our team designs the integration architecture using HL7 FHIR, RESTful APIs, secure authentication protocols like OAuth2 and OpenID Connect, and real-time messaging via webhooks or event streams. We support both synchronous data exchange – for instance, patient demographics and incident details – and asynchronous batch transmission of ePCR records.
Development leverages our library of reusable integration components, including FHIR resource handlers, authentication modules, and message routers, enabling efficient, quality delivery. Each integration undergoes extensive testing in controlled environments to ensure clinical accuracy, performance, security, and audit compliance before production deployment.
Following deployment, we support go-live coordination, provide proactive system monitoring, and offer first-line support for users and APIs. Our ongoing service includes updates aligned to Siren Nova’s platform enhancements and NHS interoperability standards, ensuring long-term compatibility and resilience.
Clinicians and paramedics benefit from structured, streamlined documentation workflows that reduce entry time and improve data accuracy at point of care. Automatic dispatch links and patient record updates ensure clinicians access critical information without delays or duplication.
Hospitals and emergency departments gain real-time prehospital data at handover, improving admission preparedness and supporting clinical decision-making. Early access to vital signs, incident details, and alerts reduces delays and supports efficient patient triage and flow management.
Operational teams enjoy enhanced visibility into resources, task performance, and documentation compliance. Integration with CAD and telemetry data supports resource optimisation, incident tracking, and performance reporting across services.
Patients receive safer and more reliable care, supported by timely and accurate record-keeping. Structured ePCR records improve clinical continuity and support better communication between prehospital teams and receiving care providers.
Vendors and digital health innovators gain faster adoption by integrating their solutions into Siren Nova workflows. Standards-based interoperability enhances product value, boosts uptake across NHS ambulance services, and positions tools for scalable, national deployment.
6B has strong experience integrating with prehospital EPR systems and CAD platforms, with a clear understanding of Siren Nova’s architecture and clinical use cases. Our team has successfully delivered solutions that combine patient data, dispatch workflows, telemetry, and ePCR documentation in EMS environments.
We use secure, standards-based technologies – HL7 FHIR, REST APIs, and OAuth2/OpenID Connect – to create integrations that perform in real time and meet NHS cybersecurity and interoperability requirements. Our solutions are adaptable to cloud-based, hybrid, and HSCN-hosted environments, allowing clients to choose what works best for their infrastructure.
To support rapid delivery, we maintain and continuously update a library of reusable assets, including authentication modules, FHIR adaptors, and message handlers. These assets ensure consistency, compliance, and speed without compromising on quality or clinical safety.
Our integration work adheres to NHS and international best practices in data protection and clinical governance. We design every project in alignment with ISO 27001, NHS DSPT, and DCB standards, and embed audit trails and patient safety checks throughout.
6B provides end-to-end accountability – from initial workshops and technical design through to training, deployment, and post-go-live support. We work as an extension of your team, offering both clinical domain insight and technical expertise to ensure your Siren Nova integration delivers real-world impact.
Core resources for Siren Nova integration typically include Encounter, Observation (for vitals and alerts), MedicationAdministration, Task, and Patient. Aligning with CareConnect or NHS UK Core profiles ensures clinical data consistency across workflows and downstream systems.
Siren Nova supports event-driven API endpoints that trigger documentation flows automatically once dispatch events occur. These APIs enable real‑time population of incident details and patient demographics, enhancing accuracy and reducing transcription effort at the point of care.
Yes. Siren Nova supports AI-powered auto-generated narratives (e.g. using ESO’s GenAI documentation feature) and real‑time device integrations such as LIFENET ECG data import. Integration can capture these into structured FHIR Observations and Notes, preserving AI-generated summaries within clinical records.
Siren Nova relies on secure authentication flows like OAuth2 and OpenID Connect. This approach ensures seamless identity context and access control across dispatch terminals, mobile paramedics, and web-based clinician interfaces—all while maintaining full audit traceability.
Siren Nova integration requires strong patient identity reconciliation—leveraging NHS numbers, demographics, and incident metadata. 6B employs entity-matching logic and middleware components to prevent duplicate records and maintain data integrity across systems.
We recommend comprehensive testing including protocol simulations, dispatch-to-documentation flows, and failure modelling (e.g., network disruption or message loss). This ensures robust retries, error logging, and audit completeness before launch.
Once paramedics complete an ePCR in Siren Nova, the patient summary—vital signs, incident details, alerts—is transmitted to the receiving hospital EPR in near real time. This enables earlier clinical review and improved admission coordination.
By mapping structured event and observation data into a FHIR-based analytics pipeline, integration enables tracking of response times, clinical outcomes, and documentation compliance. Where available, bidirectional data exchange—such as via ESO’s Health Data Exchange—enables outcome feedback loops.