Anaerobic Stasis For Interstellar Travel
Chapter 1
Life Begins
A life-changing moment redefined Peter's life: he became a father. His daughter was born prematurely and struggled with severe asthma, leading to countless hospital visits. She needed constant monitoring, but the technology failed — signals dropped, and the data offered little value to clinicians. Peter watched helplessly but was not going to be a bystander. He left his career in radiology to build the world’s most advanced biosensors. What gets measured gets done.
Chapter 2
Cockroach Mode
With an MD and PhD in sports medicine and a BSc in nano, Peter created the first prototypes at DTU. Together with Professor Winnie, Katrine (PhD in biomedicine), and Mads (physiologist) they developed self-powered solid-state biosensors. It took countless trials with nanocoatings and synthetic biology to achieve the first viable lactate biofuel cell. Along the way, they created a new medical adhesive capable of withstanding long-term biological stress.
Chapter 3
First & Last Defense
COVID was a dress rehearsal that changed the world forever — proving the value of wearables and rapid testing. Starleet answers with the first self-powered biosensor platform, capable of detecting nearly any biomarker in under a second. Its modular design spans applications from cancer to hormones to infectious diseases, across fluids from blood to sweat. Without biosensors, the biggest problems remain invisible.