Comparing Popular Panic Button Solutions
Studies have shown that the right panic button solutions can reduce response times by as much as 50% and injury rates by up to 30%. This highlights the importance of thoroughly assessing various options before choosing a solution. Use the chart below to find a 911Cellular panic button solution that best fits your unique needs and challenges.
| Wearable Panic Button | Mobile Safety App | Keyboard Panic Button | Wall Mounted Panic Button | |
|---|---|---|---|---|
| Hardware or Software | Hardware | Software | Software | Hardware |
| Mobile or Stationary | Mobile | Mobile | Stationary | Stationary |
| Integrates with Existing Technology | ||||
| Connection Type | Wi-Fi | Wi-Fi or Cellular | Wi-Fi | Wi-Fi |
| Type of Activation | Button Press | Button Press or Voice Activation | Keystroke | Button Press |
| Incident Type Selection | ||||
| e911 Calling | ||||
| Custom Communication Groups | ||||
| Can Share Floor and Room Number Accurate Locations | ||||
| Tracks Location Post Activation | ||||
| 2-Way Communication Options | ||||
| Confidential Non-Emergency Tip Reporting | ||||
| Customization Options | ||||
| Learn more > | Learn more > | Learn more > | Learn more > |
Compliance and Regulations
Alyssa’s Law
Alyssa’s Law requires k-12 schools to implement silent panic alert systems that directly connect first responders during emergencies. Regulations and requirements vary by state. Discover how Alyssa’s Law impacts panic button system requirements in your school.
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The Clery Act
The Clery Act requires federally funded colleges and universities to disclose information about local crimes and provide timely warnings and emergency notifications to the campus community. Discover how The Cleary Act may impact your panic button system decisions.
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Hotel Panic Button Laws
The hospitality industry is increasingly adopting panic button systems to enhance employee and guest safety, with various states and cities enacting laws mandating their use. Learn more about hotel panic button laws within your area and how they impact your business.
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Retailer Panic Button Requirements
The Retail Worker Safety Act requires New York retail employers to implement violence prevention policies, including panic buttons and regular safety training to protect workers. See how these laws impact your organization’s safety system.
Learn more >Wireless and Wired Panic Button Technology
Wi-Fi Panic Buttons
How They Work: Wi-Fi panic buttons connect directly to a facility’s Wi-Fi network. When pressed, they send alerts to a central monitoring system or designated contacts via the network.
Pros:
- It has a broad range and functions anywhere within the building’s Wi-Fi coverage.
- No need for pairing with smartphones or additional BLE beacons.
- Suitable for various industries due to reliable communication within Wi-Fi zones.
Cons:
- Dependence on network stability and power.
- Network outages or interference could delay or prevent alerts.
Cellular Panic Buttons
How They Work: Cellular panic buttons connect directly to cellular networks, enabling them to send alerts to designated contacts or central monitoring systems without relying on Wi-Fi or paired devices.
Pros:
- Operate independently of local networks, providing greater flexibility and mobility.
- Suitable for use in areas without Wi-Fi coverage or in outdoor environments.
Cons:
- Dependent on cellular network availability, which may be limited in remote areas.
- A cellular subscription is required, adding to operational costs.
Bluetooth Low Energy (BLE) Panic Buttons
How They Work: BLE-based panic buttons use short-range Bluetooth signals to connect to smartphones or hubs. When pressed, they send a signal to the paired device, which triggers an alert to designated contacts or a central security system.
Pros:
- Energy-efficient, allowing long battery life for wearable devices.
- Minimal hardware requirements by leveraging existing smartphone infrastructure.
Cons:
- The limited range (up to 100 meters) may not suit large facilities.
- Require a paired device (smartphone or hub) for alert transmission.
Radio Frequency Identification (RFID) Panic Buttons
How They Work: RFID panic buttons use short-range radio frequencies to send signals to nearby RFID readers, often integrated with access control systems, which then trigger an alert.
Pros:
- Simple and effective for localized environments like small schools, businesses, or hospitals.
- No need for complex network infrastructure.
Cons:
- Limited to areas with RFID reader coverage.
- Lack of flexibility for broader communication or mobile alerts.
Traditional Wired Panic Buttons
How They Work: Traditional panic buttons are hardwired devices connected directly to a central security system. When pressed, they send an immediate alert through the wired connection to designated contacts or a monitoring center.
Pros:
- Highly reliable due to the direct, wired connection.
- Not dependent on network or wireless signals, reducing risks of failure.
- Suitable for environments requiring constant and uninterrupted security, like banks or retail stores.
Cons:
- Limited mobility as they are fixed in place.
- Installation can be complex and costly due to wiring requirements.
- Lack of flexibility compared to wireless options
Need Help Finding the Best Panic Button Solution?
Our Experts Can Help
Our dedicated team is here to help you discover the perfect panic button solution for your organization’s unique needs and challenges. Whether you have a specific system in mind or are in the early stages of your research, we’re here to guide you in assessing our diverse solutions. Connect with us today to start creating a safer tomorrow.