Putin Sends Greetings to Participants of XI Russian-Kyrgyz Interregional Conference

10 July

Russian President Vladimir Putin has sent greetings to the participants of the 11th Russian-Kyrgyz Interregional Conference, highlighting the active and fruitful development of the strategic partnership and alliance between Russia and Kyrgyzstan. The message was published on the Kremlin's website.

 

"Regional ties have traditionally been a significant component of the relations of strategic partnership and alliance between Russia and Kyrgyzstan. I would like to note that interaction in this area is developing very actively and fruitfully," Putin's message reads.

 

The president emphasized that regular interregional conferences, which include representatives from central and local authorities, business, and expert circles, facilitate direct and informal dialogue, experience exchange, and various exhibitions and presentations.

 

Putin noted that the current conference's agenda is extensive, with discussions expected on the prospects for implementing joint projects in trade, investment, energy, infrastructure, science, technology, and other areas. There will also be a special session dedicated to developing interregional cooperation within the Eurasian Economic Community (EurAsEC) and establishing appropriate financial and administrative mechanisms.

 

The president expressed confidence that the discussions during the conference will be meaningful and constructive, further strengthening partnership ties between Russia and Kyrgyzstan and promoting mutually beneficial integration processes. "I wish you successful work and all the best," he concluded.

 

About the Conference

 

The XI Russian-Kyrgyz Interregional Conference takes place from July 10 to 11 in Krasnoyarsk. The event is organized by the Ministry of Economic Development of the Russian Federation and the Ministry of Economy and Commerce of the Kyrgyz Republic.

 

 

GSV "Russia - Islamic World"

Photo: official website of the President of the Russian Federation

Based on materials from TASS