Manta offers the Manta Voyager, a pocket‑sized medical assistant that delivers doctor‑level diagnoses and step‑by‑step treatment guidance without needing internet or a clinician on site.
Funding
Funding not disclosed
Founders
Product
Problem
In conflict zones, disaster zones, and remote missions, access to qualified medical professionals and reliable communication networks is often unavailable, leaving injured or ill individuals without timely, accurate diagnosis or treatment guidance.
Solution
Manta Voyager is a pocket‑sized medical assistant that runs a self‑contained AI stack on optimized hardware, enabling on‑device analysis of injuries and conditions. The system combines medical large language models, knowledge graphs, and digital‑twin simulations to generate clinician‑level diagnostic assessments without external connectivity. After a diagnosis, the device delivers step‑by‑step procedural instructions for interventions such as wound care or fracture stabilization. All data are processed and stored locally, guaranteeing that no patient information leaves the device. The hardware is lightweight (under 500 g) and low‑power (under 30 W), allowing rapid deployment from standard field kits. The solution operates in environments with complete signal loss, jamming, or extreme temperatures, ensuring continuous functionality where traditional tele‑medicine cannot be used.
Target Audience
Primary customers are humanitarian relief teams, military and defense medical units, and space or remote scientific missions that require autonomous medical triage and guidance in connectivity‑limited environments.
Features
- Embedded AI pipeline integrating medical LLMs, structured knowledge graphs, and digital‑twin models for autonomous diagnosis
- Offline operation with zero reliance on cellular, satellite, or Wi‑Fi connectivity
- Local data processing and storage to maintain full data sovereignty and privacy
- Step‑by‑step, context‑aware treatment guidance for a range of emergency procedures
- Ultra‑portable design (<500 g, <30 W) suitable for inclusion in standard field or expedition kits
- Resilience to harsh environmental conditions, including extreme heat, cold, dust, and signal‑jamming scenarios