Fotokite is a pioneering startup that specializes in creating actively tethered unmanned aerial systems (UAS) designed specifically for firefighters and first responders. These systems provide immediate situational awareness during emergency situations, offering elevated perspectives that are crucial for making informed decisions. Unlike traditional drones, Fotokite's UAS can stay airborne for the entire duration of an incident without the need for battery changes, compliance with complex aviation regulations, or a dedicated operator.

The company's flagship product, Fotokite Sigma, is a user-friendly system that can be launched, flown, and landed with the push of a button, requiring no piloting skills. It integrates seamlessly with the power supply of emergency vehicles, ensuring continuous operation as long as needed. Fotokite Sigma is recognized by aviation authorities as a safer alternative to traditional tethered and free-flying public safety drones.

Fotokite serves public safety teams, including fire departments and other first responder units, providing them with mission-critical situational awareness. The market for Fotokite's products is global, with partnerships and distributors making the technology available to first responders around the world.

The business model of Fotokite revolves around selling its UAS systems and related software, Fotokite Live, which offers real-time situational awareness through rugged tablets. This software is designed to be simple and straightforward, allowing teams to make data-driven decisions efficiently. Additionally, Fotokite generates revenue through partnerships and collaborations, such as the trial conducted with Virgin Media O2 in the UK.

In summary, Fotokite is revolutionizing emergency response by providing reliable, easy-to-use aerial systems that enhance situational awareness and operational efficiency for first responders.

Keywords: Fotokite, UAS, tethered drones, first responders, firefighters, situational awareness, emergency response, public safety, real-time data, aviation safety.