FAST Space Biomedical
As humans venture deeper into space, the need for reliable biomedical systems becomes paramount. Extended missions in microgravity environments expose astronauts to a wide range of physiological challenges — including, fluid redistribution, compromised vision, muscle atrophy and weakened immune response. Traditional Earth-based medical solutions simply do not suffice in orbit or on planetary surfaces like the Moon and Mars.
FAST Space Biomedical is our response — a suite of dual-purpose innovations engineered to support astronaut health in the harshest conditions while simultaneously offering breakthrough benefits here on Earth. From wearable systems to diagnostic tools and autonomous medical capsules, our technologies are built to monitor, heal, and enhance the human body wherever life may go next.
LumaVive
LumaVive is a cutting-edge wearable device designed to enhance biological performance and recovery. Using advanced light-spectrum therapy, it promotes cellular regeneration, improves circulation, and supports muscle maintenance — crucial in microgravity where degeneration is accelerated. The form-fit, skin-adaptive design ensures comfort and continuous function without obstructing movement.
Validated by ALDMED and engineered with a modular design, LumaVive also features integrated biomarker tracking, making it ideal for continuous health monitoring in both space missions and clinical Earth-based rehabilitation. The system is scalable for use in remote care, sports recovery, and military deployments, delivering long-term physiological benefits across multiple sectors.
BIO-MED-DOC
BIO-MED-DOC is an autonomous, AI-enabled diagnostic and response unit designed for both spacecraft and planetary stations. Acting as an onboard physician assistant, it provides real-time health diagnostics, vital sign monitoring, and emergency protocol execution without the need for constant ground communication. It reduces reliance on external medical personnel while ensuring continuity of care. With machine learning algorithms tailored for individual crew profiles, BIO-MED-DOC can adapt to evolving health conditions and even support preventive medicine. Its Earth-based applications include deployment in remote regions, field hospitals, and extreme environments where access to medical professionals is limited or delayed.
BIO-MED-POD
The BIO-MED-POD is a compact, autonomous medical chamber equipped with robotic systems and AI-driven diagnostic modules. It can stabilize, treat, and monitor peopl in emergencies, including trauma, cardiac incidents, or severe radiation exposure. Designed to function independently of human input, it can act as both a triage center and recovery pod.
On Earth, the BIO-MED-POD serves as a revolutionary solution for disaster zones, battlefield environments, and rural areas lacking access to hospitals. Its advanced robotics and life support systems offer frontline care when and where it’s needed most — saving lives in space and on the ground.
FAST-EYE-CHEQ
FAST-EYE-CHEQ is a compact ocular diagnostic device designed to address vision deterioration in space, such as SANS (Spaceflight-Associated Neuro-Ocular Syndrome). The system monitors intraocular pressure, optic nerve changes, and other key indicators that affect astronaut vision during long-duration missions.
With dual utility for terrestrial medicine, FAST-EYE-CHEQ enables early detection of glaucoma, diabetic retinopathy, and other sight-related conditions. Its handheld, AI-assisted format ensures rapid screening even in low-resource settings — turning space-grade diagnostics into a global health solution.
