On the night of the 19th, the’Cookie Run Kingdom’ side announced through an official cafe announcement, “The server environment is unstable due to the failure of the Amazon Web Services data center where the Kingdom server is located, so we have to conduct an emergency inspection.”
He added, “Currently, we are checking through the data center in the area where the network error occurred, and when the error is completed, the Kingdom server will be normalized.”
In addition, he said, “It is difficult to inform you of the end of the maintenance at this time as we cannot understand the status of the Amazon web service failure and the time of normalization, but we ask for your understanding that the failure time may be prolonged, and we will continue to check and guide the situation.”
Finally, he added, “We apologize to those who would have been surprised by the sudden disability, and when normalized, we will open the server and inform you through a notice.”
On the other hand, Devsisters’ new work’Cookie Run: Kingdom’, released on the 21st of last month, went into an emergency inspection after 3 days of release. At that time, during the maintenance period that lasted for two days, the users were enthusiastic.
Full text of the following announcements.
Hello, Cookie Run: This is Kingdom.
The server environment was unstable due to the failure of the Amazon Web Services data center where the Kingdom server is located, and an emergency inspection was conducted.
Currently, we are checking through the data center in the area where the network error occurred, and when the error is completed, the Kingdom server will be normalized.
Amazon web service failure status and normalization time cannot be determined, so it is difficult to inform the end of maintenance at this time, but we ask for your understanding that the failure time may be prolonged, and we will continue to check and guide the situation.
We apologize to those who were surprised by the sudden failure, and we will inform you through a notice along with the server opening when normalized.