How does a LoRa Panic Button work?

  Have you ever experienced symptoms such as fatigue, drowsiness, and difficulty maintaining focus while indoors? If so, it could indicate exposure to elevated levels of CO₂ . Carbon dioxide in our surroundings plays a crucial role in regulating blood pH levels. Increased CO₂ concentration leads to a reduction in blood pH, a condition known as blood acidification. This can manifest in symptoms such as fatigue, drowsiness, difficulty concentrating, and in some cases, headaches. The severity of these effects varies depending on the level of CO₂ present in the environment. Consider this scenario: You are in a room where multiple people are exhaling up to 300 milliliters of CO₂ per minute without proper ventilation. Within an hour, this could lead to a significant headache. I once witnessed someone experience this firsthand at a meeting where they had to deliver a speech. Shortly after entering the venue, they and those around them began experiencing headaches that worsen over time. D...

  How does a LoRa Panic Button work? There are numerous technologies on which panic buttons operate, but the LoRa Wireless Panic Button with Confirmation offers the highest coverage and longest battery life with a one-time installation cost. When the button is pressed, a distress message is sent to the nearest LoRa Gateway, which forwards it to the network server via the Internet. Three things happen when the button is pressed: - An audio alert can be initiated, either on the web-based dashboard or with an additional Alarm Unit. - An incident appears on the dashboard along with the location name. - Concerned individuals receive the message on their phones so they can address the situation promptly. Additionally, the confirmation feature ensures that your distress signal is acknowledged. Once the emergency message is received, a confirmation is sent back to the device. This feedback loop provides reassurance that help is on the way. Thanks to LoRa technology , the Panic Button can ...