Tomas Kapler knew nothing about ventilators - he's an online business consultant, not an engineer or a medical technician. But when he saw that shortages of the vital machines had imperiled critically ill COVID-19 patients in northern Italy, he was moved to action. Working around the clock, he brought together a team of 30 Czechs to develop a fully functional ventilator - Corovent. And they did it in a matter of days. Kapler is a member of an informal group of volunteers formed by IT companies and experts who offered to help the state fight the pandemic. Ventilators had become a precious commodity. Their price was skyrocketing and so was demand that the traditional makers were unable to immediately meet. Components for the ventilators were also in critically short supply. So Kapler said he set out to "make a ventilator from the parts that are used in common machines." A crowd-funding campaign ensured the necessary finances in just hours. Kapler approached Karel Roubik, professor of Biomedical Engineering at the Czech Technical University for help. He, in turn, assembled colleagues through Skype, while his post-graduate student tested the new design in their lab in Kladno, west of Prague. They had a working prototype in five days, something that would normally take a year. Roubik said their simple design makes the machine reliable, inexpensive, and easy to operate and mass produce. A group of volunteer pilots flew their planes to deliver anything needed. And then MICO, an energy and chemical company based in Trebic, 200 kilometers (125 miles) from Kladno, offered to do the manufacturing. Flights between the two places helped fine-tune the production line in a few weeks. With the certification for emergency use in the European Union approved, the ventilator was ready in April - but it was not needed in the Czech Republic, which had managed to contain the outbreak. MICO has submitted a request for approval for emergency use in the United States, Brazil, Russia and other countries. Meanwhile, they've applied for EU certification for common hospital use. Kapler looks back at the effort with satisfaction.