Radiologists
A prioritised worklist, diagnostic-intent viewing and structured reporting that travel beyond the reading room, with AI assistance surfacing candidate findings for review - never replacing the report.
Integrated diagnostics, made mobile
Diagnostic reading shouldn't be tied to a desk.
Imaging and laboratory diagnostics still live on fixed workstations, in separate systems, with reports that reach the clinician hours after the patient has left. STS Continuum is the mobile-first platform we are building to bring secure imaging, laboratory results and AI-assisted decision support into one calm, clinician-grade workflow.
The problem
Fragmented, desk-bound diagnostic workflows and slow report turnaround keep findings from reaching the right clinician in time.
Who it's for
Radiologists, referring clinicians, imaging centres and diagnostic laboratories that need their results to travel with them.
What we're building
A mobile-first, regulatory-grade platform that unifies imaging, laboratory data and AI-assisted decision support.
The problem
The diagnostic picture is complete - it just arrives too late, in too many pieces.
A single patient's findings are scattered across a PACS, a laboratory information system and a reporting tool, each anchored to a workstation. The clinician who has to act on them is rarely sitting at any of them.
- 01
Results are anchored to the workstation
Diagnostic-quality viewing has traditionally required a calibrated monitor in a fixed location - so the on-call clinician, the ward round and the multidisciplinary team meeting all wait on it.
- 02
Imaging and laboratory data live apart
Radiology and laboratory findings are produced in separate systems and reconciled by hand, slowing the moment when the full diagnostic picture comes together.
- 03
Turnaround time is the bottleneck
Every handover between systems adds delay. For time-critical pathways, minutes spent moving information are minutes the patient cannot spare.
- 04
Prioritisation is largely manual
Worklists are ordered chronologically rather than by clinical urgency, leaving the most pressing studies to surface by chance rather than by design.
Who it's for
Built for the people who read, refer and report.
STS Continuum is designed as professional software for clinical teams, with a separate, consent-led layer that gives patients access to their own results.
Referring clinicians
Imaging and laboratory results presented together at the point of care, so the decision to admit, discharge or escalate rests on the whole diagnostic picture rather than a fragment of it.
Imaging centres
A streamlined route to remote and after-hours reporting - teleradiology workflows, modality worklists and report distribution that no longer depend on a clinician being on site.
Diagnostic laboratories
Haematology, biochemistry and other results delivered with reference ranges and trend context, ready to be read alongside imaging within a single, consistent interface.
The platform
The reading room, carried in the hand.
We are engineering STS Continuum around the instruments clinicians already trust - the worklist, the viewport, the structured report - and rebuilding them for a mobile, interoperable and AI-aware era.
- DICOM
Diagnostic-intent imaging
Secure, performant viewing of CT, MRI, radiography, ultrasonography and mammography, with the window, level and measurement tools radiologists expect.
- AI · CADe
AI-assisted triage and decision support
Candidate findings are surfaced and worklists prioritised by clinical urgency. Every suggestion is auditable and advisory; the clinician remains accountable for the report.
- FHIR
Integrated imaging & laboratory data
Radiology and laboratory results are reconciled into one patient view through HL7 FHIR and standards-based interfaces with existing PACS, RIS and LIS estates.
- Report
Structured, shareable reporting
Templated structured reports capture findings consistently and distribute them securely - to the ward, the referrer or the multidisciplinary team meeting.
CTStudy ··· 4471Thorax · contrastUrgent
MRStudy ··· 4470NeuroPriority
XRStudy ··· 4468ChestRoutine
USStudy ··· 4465AbdomenRoutine
LABPanel ··· 8820Haematology · linkedLinked
Illustration only · synthetic data · not a medical device interface
Trust & compliance
Engineered to the standards clinical software is held to.
Software that informs diagnosis carries real responsibility. Our quality, safety and information-security framework is built around the European frameworks for medical devices, in-vitro diagnostics, artificial intelligence and data protection from the outset.
EU MDR · 2017/745
Medical Device Regulation
The platform is being developed as Software as a Medical Device, with a CE marking conformity pathway in view.
EU IVDR · 2017/746
In-Vitro Diagnostic Regulation
Laboratory data handling is designed to respect the requirements governing in-vitro diagnostic information.
EU AI Act · 2024/1689
Artificial Intelligence Act
AI features are designed for the obligations placed on high-risk AI systems: human oversight, transparency and traceability.
IEC 62304 · ISO 14971
Software lifecycle & risk management
Development follows a recognised software-lifecycle process with structured clinical risk management throughout.
ISO/IEC 27001 · GDPR
Information security & data protection
Patient data is handled under an information-security framework and in accordance with the GDPR (Regulation 2016/679).
DICOM · HL7 FHIR
Interoperability standards
Imaging and clinical data exchange is built on established healthcare interoperability standards, not proprietary lock-in.
Regulatory status. STS Continuum is under active development and is not yet a CE-marked medical device. It is not currently intended for clinical use or for primary diagnosis, and no claim of diagnostic performance is made on this site. The standards and regulations referenced above describe the framework we are building towards, not certifications already held. We will publish conformity information as it is achieved.
Work with us
Bring your diagnostic workflow into the conversation.
We are speaking with imaging centres, radiology departments and diagnostic laboratories interested in shaping how STS Continuum is built. We welcome the opportunity to discuss this directly.