Healthcare Solutions
Compliance-first AI for
clinical operations
Medical robotics, diagnostic imaging, and patient monitoring with HIPAA-compliant edge AI. 100% offline operation, AES-256-GCM encryption, sub-millisecond latency — patient data never leaves the device.
Clinical AI operations
Clinical autonomy needs audit trails, device-grade deployment, and human review.
Healthcare workflows combine care-pathway orchestration, secure embedded runtimes, and compliance evidence for hospital IT environments.
Governance control loop
Live modelIdentity
Zero telemetry
Policy
Encrypted comms
Audit
Review gates
Evidence
Zero telemetry
Signal
Zero telemetry
Signal
Encrypted comms
Signal
Review gates
Stack
Care-pathway-ready, from device to EMR.
Click any layer to inspect the components, the interop protocols (DICOM / HL7 / FHIR), and the compliance posture at every level.
Healthcare stack
6 layersPHI never leaves the device unless an explicit, audited de-identified export is approved by an authorised clinician.
Care-pathway orchestration, alarm-triage routing, second-reader workflows for diagnostic AI, audit-ready hand-offs between clinicians and machines.
Key Capabilities
Built for patient safety.
Surgical Assistance Robotics
Real-time robotic control with PREEMPT_RT deterministic scheduling. Sub-millisecond haptic feedback, ROS2 integration for modular surgical instruments, and redundant fail-safe mechanisms.
Diagnostic Imaging AI
Medical image analysis for X-ray, CT, MRI, and ultrasound. ONNX Runtime and LiteRT models run entirely on-device for radiologist-level accuracy in under 50ms with full HIPAA compliance.
Continuous Patient Monitoring
Real-time vital signs analysis with edge AI. Heart rate, SpO2, temperature, and ECG anomaly detection with predictive alerts for early clinical intervention. Privacy-preserving on-device processing.
Platform Integration
NeuralOS for healthcare.
A privacy-first edge OS for medical devices. HIPAA-compliant encryption, air-gapped operation, and medical-grade reliability — no cloud dependency for critical patient care.
AES-256-GCM encryption with TPM 2.0 hardware root of trust
Air-gapped mode ensures patient data never leaves the device
HL7 FHIR, DICOM, and serial protocols for clinical systems
Agentic workflow orchestration for nursing stations and OR suites
Use Cases
Clinical applications.
From the operating room to the ICU, NeuralOS powers the next generation of medical devices with privacy-first AI.
Sortable comparison across criticality, latency target, and regulatory class.
| Use case | Criticality | Latency target | Data class | Hospital integration | Regulatory class |
|---|---|---|---|---|---|
Surgical robotics assist Real-time perception assistance during procedures — instrument tracking, anomaly detection, deterministic <1 ms control loop next to the surgeon. < 1 ms controlTPM 2.0Air-gap | Life-critical | < 1 ms | PHI / imaging | OR network | FDA Class II/III · CE MDR |
Diagnostic imaging AI Second-reader AI for CT / MRI / X-ray. Models run on a NeuralOS appliance next to the PACS — no PHI leaves the hospital network. DICOMSecond readerLocal LLM | High | < 30 s per study | DICOM PHI | PACS · DICOM · FHIR | FDA SaMD · CE MDR |
ICU monitoring Continuous vital-sign anomaly detection. Alerts triaged by NowFlow into a clinician inbox to fight alarm fatigue without hiding real events. Alarm triageHL7 v2Continuous | Life-critical | Continuous (< 5 s alert) | PHI / vitals | HL7 v2 · monitor bridges | FDA Class II · CE MDR |
Rehabilitation & PT Computer-vision posture and gait analysis on a clinic appliance. Session reports back to EMR via FHIR; no patient video is exported. Vision · poseFHIROn-device only | Routine | Real-time UX | Video PHI on-device | FHIR R4 · EMR | FDA Class I · CE MDD |
Clinical research workspace Air-gapped research environment for regulated trials. De-identified DICOM in, signed-manifest results out, full chain of custody. Air-gapSigned manifestDe-ID | Research | Batch | De-identified DICOM | Local share · DICOM bridge | GCP · 21 CFR Part 11 design-aware |
Compliance posture
Regulated by design, audited by default.
Standards aligned today, programmes in flight, and roadmap items we open with customers as we deploy. Filter by category to focus on what matters for your conformity pathway.
Healthcare-specific posture
| Standard | Scope | Status | Evidence |
|---|---|---|---|
HIPAA Privacy | PHI handling, access controls, audit logging | ✓Aligned | Design-aware controls; BAA available |
GDPR Privacy | EU patient data, right of erasure, lawful basis | ✓Aligned | DPIA template; DPO contact published |
ISO 27001 Security | Information security management | ◐In progress | Programme initiated; mapped controls |
ISO 13485 Sector-specific | Medical device QMS | →On roadmap | Targeted for production deployments |
IEC 62304 Sector-specific | Medical device software lifecycle | →On roadmap | Required for SaMD pathways |
FDA SaMD Sector-specific | Software-as-Medical-Device (US) | →On roadmap | Customer-led 510(k) pathway support |
CE MDR (EU 2017/745) Sector-specific | Medical device regulation (EU) | →On roadmap | Customer-led conformity pathway support |
21 CFR Part 11 Sector-specific | Electronic records and signatures | ✓Aligned | Tamper-evident audit log; ed25519 signing |
EU AI Act AI Governance | High-risk AI system obligations | ✓Aligned | Risk register; human oversight controls |
Legend
By the Numbers