Internet disruption occurred in Krasno-Kamensk on July 29
In the city of Krasnokamensk, located in the Zabaykalsky Krai region of Russia, an unexpected internet outage occurred around 20:30 today. The cause of this outage remains unclear, with no official statement made by the authorities.
The disruption affected several internet service providers, including TTTK, TeleNet, and KTS. Users reported experiencing difficulties in their mobile operator networks as well, suggesting that mobile internet may be restricted in certain areas.
The main communication line between Krasnokamensk and Chita became inaccessible, adding to the confusion and inconvenience caused by the internet outage. The impact of this outage on businesses, schools, and other institutions in Krasnokamensk is currently unknown.
The incident has been reported in the Telegram channel "Incident Krasnokamensk", but efforts to contact the internet service providers for comment on the outage have so far been unsuccessful. It remains unclear when the internet service will be restored in Krasnokamensk.
This internet outage comes after reports of increased mobile network traffic in Krasnokamensk, and a potential decision to restrict mobile internet due to changes in the operational situation and network threat prevention. However, without specific details, it is difficult to definitively link these events.
It is a concerning situation for the residents of Krasnokamensk, who are now left without internet access. As more information becomes available, we will update this report accordingly.
- The unexpected internet outage in Krasnokamensk has affected several service providers, including TTTK, TeleNet, and KTS, causing difficulties for mobile operators as well, raising concerns about the potential restriction of mobile internet in certain areas.
- The disruption in internet services in Krasnokamensk has left residents without access, following reports of increased mobile network traffic and potential mobile internet restriction due to changes in the operational situation and network threat prevention.
