Origins of Mysterious GPS Attack Against NATO Revealed
Share- Nishadil
- January 04, 2024
- 0 Comments
- 3 minutes read
- 17 Views
Hold us accountable by rating this article's fairness Disturbances in Global Positioning System (GPS) signals reported in 's newest member, Finland, are likely to have come from Russia, it has been reported, with one theory suggesting it came from the country's western most territory.
The Finnish Transport and Communications Agency (Traficom) detected disturbances in the navigation system used by pilots, as well as motorists, in the east and southeast of the Nordic country last weekend, although it said that they posed no danger to air traffic. Speculation rather than proof was reported in Finnish media about whether Moscow was the , which follow increasing tensions between the countries after Helsinki joined the alliance in April.
Moscow has condemned Helsinki joining the bloc and its closer military cooperation with the U.S., while Finland has accused Russia of by sending refugees to its borders, which the Kremlin has denied. Jukka Savolainen, network director of the Hybrid Competence Center, which examines hybrid warfare, told Finnish news outlet YLE that the disturbances may have been "intentionally caused or by products" of Russia's activities.
"I consider it very likely that it comes from the systems on the Russian side," he said, according to a translation. I think I found the location of the Baltic Jammer. In Kaliningrad, Russia. Since Dec 15 aircrafts have suffered from navigation errors over south Baltic Sea, on and off. By plotting an assumed max jamming range for each bad position there is one area standing out: Kaliningrad.
Meanwhile, Markus Jonsson, an X user who writes about open source intelligence, that purportedly shows the origin of the disturbances. "I think I found the location of the Baltic Jammer," Jonsson posted to over 10,000 followers, "in Kaliningrad, Russia," referring to the Russian exclave.
Since December 15, aircraft have suffered from navigational errors over the south Baltic Sea, the post said: "By plotting an assumed max jamming range for each bad position there is one area standing out: Kaliningrad." "The aircraft jammed on average have Kaliningrad in common spatially," a follow up post added.
The disruptions over Finland were spotted on the GPSjam website, with administrator John Wiseman describing "unprecedented" regarding the number of aircraft and size of the region affected. Wiseman told that while Russia will be blamed for the incident, as yet there is no hard evidence that Moscow was involved.
He said it may be significant that the Russian Ministry of Defense announced on December 22 an exercise with the "electronic warfare (EW) unit of the Baltic Fleet" in the Kaliningrad region, days before jamming around the Baltic increased greatly. "Another source of GPS interference is military testing and training, but it would be unusual for such a large region to be affected by significant interference without notice if it was Finland or Poland or NATO," Wiseman said.
"It's also in an area that's plausibly within reach of Russian jammers, either in Kaliningrad or on ships in the Baltic Sea." Traficom previously told that the data it received regarding interruptions in GPS signals "does not enable us to analyze an explanation" for them.
French air safety official Benoît Roturier told in April 2022 that Moscow was behind GPS jamming incidents affecting aircraft over Finland, likely a side effect of military equipment protecting troops from GPS guided missiles. has reached out to the Russian Ministry of Defense for comment. Newsweek is committed to challenging conventional wisdom and finding connections in the search for common ground.
Newsweek is committed to challenging conventional wisdom and finding connections in the search for common ground..
Disclaimer: This article was generated in part using artificial intelligence and may contain errors or omissions. The content is provided for informational purposes only and does not constitute professional advice. We makes no representations or warranties regarding its accuracy, completeness, or reliability. Readers are advised to verify the information independently before relying on