December 12, 2025
AI-accelerated stroke pathways with imaging triage, telestroke orchestration, and time-critical workflow optimization
Advanced epilepsy management through continuous EEG/EMU monitoring, automated seizure detection, and remote specialist collaboration
Intelligent movement disorder monitoring for Parkinson’s, ALS, and MS using wearable sensor data, gait analytics, and symptom progression modeling
Cognitive and neurodegenerative intelligence through digital biomarkers, longitudinal brain health assessment, and predictive decline pattern recognition
We engineer connected device ecosystems for real-world neurological monitoring and therapy.
We build cloud-native neurology platforms designed for high-throughput clinical analysis.
Dash designs complex, multi-layered neurology systems that function across institutions, geographies, and care settings.
Automated seizure detection, spike classification, and artifact removal
Hemorrhage detection, ischemic core modeling, perfusion and vessel mapping
Speech, gaze, and movement analytics for early disease detection
Seizure risk scoring, therapy response forecasting, and readmission risk indicators
Structured reports, QA checks, and clinical decision acceleration
Real-time alerting, intelligent case prioritization, and clinician workload optimization
End-to-end device logistics, remote technologists, certified interpretations, and real-time clinical reporting
On-demand neurologists, AI-assisted imaging triage, prioritized neuroradiology workflows, and SLA-driven coordination
Remote therapy delivery with clinician supervision, outcomes tracking, and performance optimization
Secure EEG, imaging, and wearable data lakes with AI-ready pipelines and model training infrastructure
Orders, results, and care documentation exchange
Full neuroimaging interoperability, including cloud PACS models
Epic, Cerner, and other major EHR environments
Secure video, messaging, and remote monitoring
Real-time data exchange between implants, wearables, and EEG systems
Architectures optimized for long-term neurodata retention and AI training at scale

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