Internest is a pioneering startup specializing in advanced landing systems for drones. Established in 2016, the company has developed a patented technology called Lolas, which ensures precise and robust positioning for drones during critical phases of takeoff and landing. This system functions similarly to a highly accurate GPS, providing the drone's position relative to its landing platform within a 150-meter radius and achieving accuracy down to the centimeter level.

Internest operates in the rapidly growing drone technology market, addressing the needs of various sectors including commercial, industrial, and military applications. The company's primary clients include operators of autonomous drones, which are increasingly used for high-stakes missions where precision and reliability are paramount. These clients range from logistics companies using drones for delivery, to military organizations requiring secure and accurate landing systems for their unmanned aerial vehicles (UAVs).

The business model of Internest revolves around the sale and licensing of its Lolas system. By offering a robust and precise landing solution, Internest provides significant value to its clients, ensuring the safety and efficiency of their drone operations. The company generates revenue through direct sales of its hardware, as well as through service contracts and maintenance agreements.

Internest's competitive edge lies in its ability to deliver high-accuracy landing solutions in complex environments where traditional positioning systems may fail. This capability is crucial for missions involving vessels and moving platforms, as well as in military operations where precision is critical.

In summary, Internest is a key player in the drone technology market, providing essential landing systems that enhance the safety and reliability of autonomous flights. The company's innovative approach and robust solutions position it well to capitalize on the growing demand for advanced drone technologies.

Keywords: drones, landing systems, precision, positioning, autonomous flights, Lolas, military, logistics, technology, innovation.