Rilemo provides a portable, laptop‑sized electromagnetic imaging device that creates real‑time 3D visualizations of fluids such as water and blood using non‑ionising Wi‑Fi‑level waves. Integrated AI automatically quantifies fluid volumes and generates concise reports, enabling clinicians in emergency rooms, ambulances, and remote settings to make rapid, data‑driven decisions without radiation exposure.
Funding
Funding not disclosed
Founders
Product
Problem
Many patients lack timely access to accurate diagnosis of fluid‑related pathologies because conventional imaging (e.g., X‑ray, CT) is bulky, ionising, and often unavailable outside hospital radiology departments, leading to delayed treatment and higher morbidity.
Solution
Rilemo offers a portable, non‑ionising electromagnetic imaging device that enables clinicians to acquire three‑dimensional images of water, blood, and other fluids at the point of care. The system emits safe, Wi‑Fi‑level EM waves that reflect off fluids, producing colour‑coded anatomical and functional images in real time. Integrated AI algorithms automatically analyse the scans, quantify fluid volumes, and generate concise reports for immediate clinical decision‑making. The lightweight, laptop‑sized unit operates on battery power for hundreds of scans, allowing use in emergency rooms, ambulances, remote clinics, and field settings without radiation safety constraints. By delivering rapid, quantitative fluid diagnostics wherever patients are, the device shortens hospital stays, reduces unnecessary procedures, and supports more effective treatment pathways.
Target Audience
Primary customers are emergency physicians, radiologists, and clinicians in hospitals, ambulances, and remote or underserved healthcare facilities who need rapid fluid assessment at the bedside.
Features
- Portable, laptop‑sized hardware weighing ~1.5 kg with a battery capable of >300 scans per charge
- Non‑ionising electromagnetic imaging using safe Wi‑Fi‑level waves (SAR ≤ 200 mW/kg, 8× lower than smartphones)
- Real‑time 3D colour imaging that visualises fluid presence and distribution in anatomical context
- Built‑in AI analysis for automated fluid quantification, anomaly detection, and report generation
- Seamless integration with existing CT/X‑ray workflows for complementary diagnostics
- Secure cloud connectivity for data storage, remote review, and software updates