AstroAid delivers satellite‑derived environmental risk maps, AI‑driven disease hotspot analytics, and edge‑optimized telemedicine terminals that support video, audio, and diagnostic imaging over low‑bandwidth links. The platform integrates imaging, vital‑sign data, and VR/AR mental‑health tools with FHIR‑compatible APIs for real‑time monitoring and reporting to health ministries, NGOs, and humanitarian agencies.
Funding
Funding not disclosed
Founders
Product
Problem
Populations in remote or low‑resource regions often lack reliable access to diagnostic imaging, continuous health monitoring, and specialist tele‑consultations, leading to delayed treatment and higher morbidity. Traditional health infrastructure cannot scale quickly enough to address outbreaks, disaster‑related injuries, or chronic disease management in these settings.
Solution
AstroAid delivers space‑enabled health services by combining CubeSat‑derived remote sensing, AI‑driven analytics, and edge‑deployed telemedicine platforms. Satellite imagery is processed with machine‑learning models to generate environmental risk maps and early‑warning alerts for infectious‑disease outbreaks. A low‑bandwidth tele‑consultation hub, hosted on orbit‑to‑Earth links, enables clinicians to conduct remote examinations and prescribe treatment without requiring local broadband. AI diagnostic engines analyze captured sensor data—such as point‑of‑care imaging or vital‑sign streams—to produce clinician‑ready reports. Immersive VR/AR modules provide mental‑health interventions for trauma‑affected communities, leveraging space‑derived data to personalize therapy. All services are accessed through a secure cloud portal that integrates with existing electronic health‑record (EHR) systems via standard APIs, allowing health ministries and NGOs to monitor population health metrics in real time.
Target Audience
Primary customers are government health ministries, international NGOs, and humanitarian agencies that operate clinics or field hospitals in underserved or disaster‑affected regions.
Features
- CubeSat constellation delivering sub‑kilometer resolution imagery for real‑time environmental and epidemiological modeling
- AI pipeline that fuses satellite data with ground‑sensor inputs to predict disease hotspots and resource needs
- Edge‑optimized telemedicine terminal supporting video, audio, and diagnostic imaging over bandwidth‑constrained links
- Automated diagnostic AI that generates structured reports for imaging, lab, and vital‑sign data
- VR/AR mental‑health therapy suite with adaptive scenarios driven by geospatial stress‑or‑risk indicators
- FHIR‑compatible API layer for seamless integration with hospital EHRs and public‑health information systems
- End‑to‑end encryption and compliance with HIPAA/GDPR for patient data at rest and in transit
- Rapid‑deployment disaster‑response package that activates satellite imaging and robotic asset coordination within hours of an event