Military reviews rules for helmet cams after niger attack
The US military has reviewed its rules for helmet cameras, also known as "tactical cameras," in the wake of the October 2017 ambush in Niger that killed four American soldiers.
The review was prompted by concerns that the cameras, which are designed to capture footage of military operations, may have been a factor in the attack. The cameras are typically mounted on helmets or body armor and are used to provide real-time video feed to commanders and other personnel.
According to a report by the Military Times, the review was conducted by the US Army's Training and Doctrine Command (TRADOC) and was aimed at identifying potential vulnerabilities in the use of helmet cameras. The review found that while the cameras can be a valuable tool for military operations, they also present some risks, including:
- Compromising operational security: The cameras can potentially reveal sensitive information about military operations, such as troop movements and positions.
- Compromising personal security: The cameras can also potentially reveal the location and identity of individual soldiers, making them more vulnerable to attack.
- Interference with communication: The cameras can interfere with radio communications and other electronic devices used by soldiers.
As a result of the review, the US military has implemented new guidelines for the use of helmet cameras, including:
- Limiting the use of helmet cameras to specific missions and operations.
- Ensuring that cameras are properly secured and protected from tampering or theft.
- Implementing measures to prevent the cameras from being used to compromise operational security or personal security.
- Providing training to soldiers on the proper use and handling of helmet cameras.
The review and new guidelines are intended to balance the benefits of using helmet cameras with the potential risks and vulnerabilities they present. The US military continues to use helmet cameras in various operations, but the new guidelines are designed to ensure that they are used in a way that minimizes risks and maximizes benefits.