Guess Which Country German Intel Blames for "Undermining" Europe-US Relations

© REUTERS / Sergei KarpukhinPainted Matryoshka dolls, or Russian nesting dolls, bearing the faces of German Chancellor Angela Merkel an US President-elect Donald Trump
Painted Matryoshka dolls, or Russian nesting dolls, bearing the faces of German Chancellor Angela Merkel an US President-elect Donald Trump - Sputnik International
Subscribe
German intelligence has accused Russia of systematic attempts to undermine close ties between Europe and the United States, the Spiegel magazine said Saturday citing a report commissioned by the German government.

BERLIN (Sputnik) — According to the German magazine, the report says that Russian influence has been present in the EU member states for years. Moscow has been trying "to fuel" social conflicts in the Western countries and put a close EU partnership with the United States "under question," the report said.

RT newsroom - Sputnik International
World
'Newsroom Ran Out of Popcorn Watching' C-SPAN "Hack" Hype - RT Editor-in-Chief
The report was prepared by the German Federal Intelligence Service (BND) and the BfV domestic intelligence agency under the government's request to investigate Russian activity in the country.

In December 2016, reports emerged that the German government feared potential influence on the 2017 parliamentary elections from Russia after the US Central Intelligence Agency had accused Moscow of being behind cyberattacks against the Democratic National Committee (DNC) computer systems in an attempt to influence the November US presidential election in favor of Donald Trump.

Russian officials have repeatedly denied the allegations, calling them absurd and characterizing them as an attempt to divert US public opinion from revelations of corruption as well as other pressing domestic issues.

Never miss a story again — sign up to our Telegram channel and we'll keep you up to speed!

Newsfeed
0
To participate in the discussion
log in or register
loader
Chats
Заголовок открываемого материала