Startup Village is the Skolkovo Innovation Center’s signature event, bringing together participants from Russia and around the globe – startup owners, investors, partners, corporate figures, mentors, technology experts, and many more. This year’s...
Ivan Kosenkov, the head project manager in space technologies at the Skolkovo Foundation, recently spoke to Gazeta.ru regarding the ongoing issue of artificial "space junk" in Earth's orbit, which poses a threat to satellites underpinning our...
Sputnix, a Skolkovo resident company, will launch a batch of commercial satellites on Saturday, March 20, from Baikonur Cosmodrome in Kazakhstan. The devices will be used for Earth observation and among them is a Tunisian-funded satellite, representing the...
This is RedNode, a navigation receiver of our underwater navigation system RedWAVE. We have tried to make use of our RedWAVE navigation system as simple as possible. Therefore, the only parameter that is set by the user is the salinity of the water. After...
Today, within the framework of the International Conference on Marine Robotics in Ocean Exploration in Saint-Petersburg, we presented a report on existing and promising underwater navigation systems, where we examined existing underwater acoustic navigation...
We want to share with you another track that our colleagues from "Transkor-K" received during the testing of the navigation system RedWave in the reservoir of the Vladimir region. As you can see, the unsurpassed accuracy of our underwater "GPS"...
We're so excited to take part in the Eastern Economic Forum, which will be held from September 6th to 7th in Vladivostok. Our products will be presented at the Skolkovo stand.
We'd like to bring to your attention the video that shows the host operation of our “Zima” USBL system. The recording was made during the final system testing on August 3 (Pichuga River,Volgograd). The antenna was connected to the PC via...
Yesterday we finished the final tests of our new product - USBL navigation system Zima. Despite the heated near surface layer and algal blooms, that created obstacles to the acoustic signals propagation, the system worked even better than we expected. A...