Sent in error this morning, the Hawaii Emergency Management agency issued a message that warned residents that a missile attack was imminent.
Sent in error this morning, the Hawaii Emergency Management agency issued a message around 8 a.m. that warned residents that a missile attack was imminent. Specifically, the message read “Ballistic missile threat inbound to Hawaii. Seek immediate shelter. This is not a drill.”
As posted on social media, this alert message sent families scrambling to find shelter and overloaded cell phone networks as people attempted to find out more information about the attack. The Hawaii Emergency Management’s website crashed shortly after the message was sent, so political leaders in Hawaii attempted to use Twitter and other social platforms to inform the public that the alert was false.
U. S. Senator Brian Schatz said “It’s totally unacceptable. There was anxiety across the state and it was terrifying. There was a lot of unnecessary pain and anxiety. It’s important to have accountability at the state level and the emergency management level in terms of what exactly what went wrong.” Schatz also indicated that the alert was due to human error.
US Pacific Command spokesperson Commander David Benham also released a statement which read “SPACOM has detected no ballistic missile threat to Hawaii. Earlier message was sent in error. State of Hawaii will send out a correction message as soon as possible.” Due to rising tensions between the United States and North Korea, this unfortunate error was likely taken very seriously by Hawaii residents.
Wireless Emergency Alerts (WEA) is a public safety system that lets the government geographically-target text messages to wireless devices. Only three types of alerts are allowed; alerts issued by the President, alerts involving imminent threats to safety or life, and amber alerts. These alerts often come with a specific phone vibration or loud noise to alert the user. Beyond the mobile alerts, the message played on televisions around the state, basically overriding the audio of the current channel.