Modern clinical research is too often hindered by its own fragmented infrastructure.
introduces unnecessary operational friction into the scientific process.
HaloResearch was architected to eliminate these silos by centralizing the entire research lifecycle.
More importantly, it resolves the fundamental challenge of cross-institutional collaboration through strict data governance.
the platform enables multi-center teams to collaborate seamlessly, ensuring that the
provenance, security, and integrity
of every individual contribution remain
absolute.
Bridging the gap between groundbreaking teams and the people who make research possible.
Leave the fragmented tools behind. We provide a unified environment for your team to structure projects, manage access securely, and draft manuscripts together.
Your health data is powerful. We make it easy to find studies you care about and share insights from your connected devices securely. Total transparency, full control.
Built on HaloScape's device-agnostic infrastructure, HaloResearch is designed to connect researchers with the information, tools, and collaborators their work requires.
Clinical insight doesn't come from a single signal. It emerges where fragmented data converges.
Each research track unifies signals from wearables, imaging, and clinical records to generate insights that no single data source could reveal alone.
Developing proprietary models that recognise cardiac patterns in ECG data, validated across multiple centers.
Proprietary ModelMulti-CenterSmartwatch blood pressure validation in children, where hypertension is widely under-diagnosed.
BPTraining on reference datasets and validating in hospitals to recognise patterns in chest radiographs.
Reference Dataset TrainingHospital ValidationExploring how voice and speech, combined with wearable signals, can support mental health across platforms.
Speech ScienceCross-PlatformConnecting hormonal biomarkers with wearable data to support reproductive health and fertility care at IVF sites.
Wearable IntegrationIVF SitesFollowing the menopause transition over time through HRV and thermoregulation signals.
Longitudinal TrackingHRV / ThermoregulationStudying wearable biometrics with Paralympic athletes to better understand performance. Publication in progress.
Wearable BiometricsPublication In ProgressWearable signals from the two years before diagnosis, analyzed for early-detection potential.
Wearable-Derived EndpointsPatient Data AccessWearable signatures that precede chemotherapy adverse events, enabling proactive supportive care.
Wearable BiometricsRetrospective ObservationalWearable fluid status monitoring in pediatric dialysis, where assessment is invasive and intermittent.
WearableContinuous monitoring in children, surfacing early shifts in well-being missed between clinic visits.
WearableImaging AI validation on lumbar MRI, standardizing grading and reducing reporting variability.
MRIProspective usability study across seven departments, validating integration into physician workflows.
7 DepartmentsContinuous post-surgical lymphedema monitoring, from periodic clinic checks to early at-home detection.
WearableRadar-based vital signs in older adults, enabling continuous in-home monitoring without wearables.
RadarSupine hand-cycle exercise during pediatric dialysis; response and VO2 max compared across the session.
ExerciseCan HaloSight Stain separate samples that need physical staining from those diagnosable on H&E alone?
StainingSleep staging, ECG, SpO2, respiratory rate and heart rate from a cuff-strap smartwatch, recorded against same-night polysomnography in sleep clinic patients.
WearableThree wearables against polysomnography over five nights per participant, testing whether each device's error holds stable night to night.
WearableContinuous physiological signals read against local weather exposure, mapping how environmental conditions shift population health.
EnvironmentHaloScape nutrition AI estimates compared head to head with registered dietitian assessment of the same intake.
AIAdults starting GLP-1 therapy followed for body composition, adherence and continuous glucose profile through 12 months.
CGMTwo-site study of usability, derived metrics against an expert panel, and impact on physician decision-making.
WorkflowTurkish-language validation of voice biomarkers for generalized anxiety and major depressive disorder.
VoiceOur scientific advisors span endocrinology, pathology, surgical oncology, neurosurgery, bariatric surgery, clinical nutrition and biomedical engineering, guiding our research and validating our clinical work.
We welcome inquiry from academic institutions, clinical research organizations, and health technology innovators whose work intersects with multimodal clinical science, wearable-derived digital biomarkers, or clinical decision support systems.
HaloResearch
