feedzop-word-mark-logo
searchLogin
Feedzop
homeFor YouIndiaIndia
You
bookmarksYour BookmarkshashtagYour Topics
Trending
trending

Gold prices reach record highs

trending

Harry Kane rescues Bayern draw

trending

Mbappé scores, Madrid beats Alaves

trending

Bangalore cold wave continues

trending

Railways plans for pay commission

trending

India vs South Africa live

trending

Heavy rain alert issued

trending

WBPSC Clerkship Mains admit card

trending

Snapchat woos Indian advertisers

Terms of UsePrivacy PolicyAboutJobsPartner With Us

© 2025 Advergame Technologies Pvt. Ltd. ("ATPL"). Gamezop ® & Quizzop ® are registered trademarks of ATPL.

Gamezop is a plug-and-play gaming platform that any app or website can integrate to bring casual gaming for its users. Gamezop also operates Quizzop, a quizzing platform, that digital products can add as a trivia section.

Over 5,000 products from more than 70 countries have integrated Gamezop and Quizzop. These include Amazon, Samsung Internet, Snap, Tata Play, AccuWeather, Paytm, Gulf News, and Branch.

Games and trivia increase user engagement significantly within all kinds of apps and websites, besides opening a new stream of advertising revenue. Gamezop and Quizzop take 30 minutes to integrate and can be used for free: both by the products integrating them and end users

Increase ad revenue and engagement on your app / website with games, quizzes, astrology, and cricket content. Visit: business.gamezop.com

Property Code: 5571

Home / Technology / Russia Tests Drone Nav: 15cm Accuracy!

Russia Tests Drone Nav: 15cm Accuracy!

15 Dec

•

Summary

  • Russian Ariadna system offers 15-20cm positioning accuracy.
  • It uses ground-based radio beacons, not satellites.
  • The technology is 100% Russian-made and aims for pilot launch in 2026.
Russia Tests Drone Nav: 15cm Accuracy!

Russian specialists have successfully tested a prototype of the Ariadna ultra-precise non-satellite positioning and navigation system, with a patent application now filed. This innovative technology leverages ground-based radio beacons to transmit coordinates to receivers on drones and other vehicles, ensuring accurate geolocation without relying on satellite communication. It achieves an impressive positioning precision of 15-20 cm, which is reportedly eight times more accurate than GPS.

The Ariadna system is designed to enhance the autonomy of navigation for various applications, including drone operations. Its high accuracy will enable agricultural drones and autonomous vehicles to perform tasks with centimeter-level precision. Furthermore, it offers protection against spoofed signals and intentional jamming, ensuring reliable navigation even in challenging electronic warfare environments.

Developed with components and software entirely made in Russia, the Ariadna system is slated for a pilot launch in 2026 under an experimental legal regime. The company plans to integrate this sovereign navigation technology into a major agro-industrial firm, potentially enabling features like aerial cargo deliveries and autonomous logistics "drone highways."

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
Ariadna is a Russian ultra-precise non-satellite positioning and navigation system using ground-based radio beacons.
The Ariadna system offers precise positioning accuracy of up to 15-20 cm, significantly better than GPS.
The Ariadna technology is undergoing modification and plans a pilot launch in one region in 2026.

Read more news on

Technologyside-arrowRussiaside-arrow

You may also like

Emergency Calls Get Eyes: Android Live Video Arrives

11 Dec • 28 reads

article image

Startup TrustPoint Bets Big on C-Band for Next-Gen Navigation

9 Dec • 26 reads

article image

Ukraine Destroys Secret Russian Laser Plane

26 Nov • 79 reads

article image

Mysterious Object 3I/ATLAS: UN Defenses Aimed at Cosmic Visitor

27 Nov • 116 reads

article image

Google & Accel Fund India's AI Boom

25 Nov • 65 reads

article image