PUBLIC SAFETY COMMUNICATIONS

One resource for all of your communications

We specialize in providing local EMS, Fire, and Police Departments with customized communication solutions that are dependable and perfectly suited for your team's needs.

POWERFUL SOLUTIONS

Works with your team and your budget

We provide dependable, budget-friendly communication solutions custom tailored for local EMS, Fire, and Police Departments.

Cell Phones

Whether you need one cell phone or 100+, we can help set you up with a reliable network that's also budget friendly.

Body Cams

With transparency & safety at the forefront of public safety, having reliable body cams for officers in the field is critical.

Internet-Enabled Laptops

Make working in the field as smooth as possible, with powerful and reliable 5G enabled laptops.

GPS Tracking Systems

Protecting your team in the field starts with knowing where they are. Our robust GPS tracking network solutions help keep them safe.

Push-To-Talk (PTT) Radio Communications

When your team needs to talk now, you need a PTT Radio system that keeps everyone connected.

Backup Land Mobile Radio (LMR)

When crisis strikes, mainline communications sometimes are affected. Having a Backup LMR is critical for you and your team to always be prepared.

UPGRADE YOUR PUBLIC SAFETY DEPARTMENT

Solutions for every situation

  • Internet of Things (IoT)

  • Disaster Preparedness & Recovery

  • Network Solutions

Enabling IoT devices for the public safety industry

The Internet of Things (IoT) is transforming the public safety industry, enabling new and innovative ways to keep communities safe. IoT devices can be used to collect real-time data on everything from traffic conditions to air quality to the location of first responders. This data can be used to improve situational awareness, predict and respond to emergencies more quickly and effectively, and save lives.

Wireless and wired services play a vital role in enabling IoT devices in the public safety industry. Wireless services provide the connectivity needed for IoT devices to communicate with each other and with the cloud. Wired services can be used to provide more reliable and secure connectivity in critical applications.

Some examples of how wireless and wired services are already being used to enable IoT devices in the public safety industry:

  • Smart sensors: Smart sensors can be used to monitor for a variety of hazards, such as fires, gas leaks, and flooding. When a hazard is detected, the sensor can send an alert to first responders and/or the public.
  • Body-worn cameras: Body-worn cameras can be used to record video of police interactions with the public. This footage can be used to protect both the officer and the public, and to provide evidence in court cases.
  • Vehicle tracking: Vehicle tracking systems can be used to track the location of first responder vehicles. This information can be used to dispatch vehicles to emergencies more quickly and efficiently.
  • Smart city infrastructure: Smart city infrastructure, such as traffic lights and parking meters, can be connected to the IoT to improve traffic flow and reduce congestion.

Wireless and wired services are essential for enabling the IoT in the public safety industry. By providing reliable and secure connectivity, these services help to keep communities safe and make first responders' jobs easier and more efficient.

Enabling disaster preparedness & recovery in public safety

Public safety agencies need reliable and resilient communication networks to respond to and recover from disasters. Wireless and wired services can play a vital role in meeting this need, providing critical infrastructure that can keep first responders connected and informed even when other systems fail.

Communication services offer a number of advantages for disaster preparedness and recovery, including:

  • Mobility: Wireless networks allow first responders to communicate with each other and with dispatch centers from anywhere in the affected area, even if roads and bridges are damaged or impassable.
  • Scalability: Wireless networks can be quickly scaled up or down to meet the changing needs of first responders during a disaster.
  • Resilience: Wireless networks are often more resilient to damage than wired networks, as they do not rely on physical infrastructure that can be easily disrupted.

Communication services also play an important role in disaster preparedness and recovery, providing a reliable backbone for communication networks and supporting critical applications such as 911 dispatch and emergency management systems.

Some specific examples of how wireless and wired services can be used to enable disaster preparedness and recovery in the public safety industry:

  • Deploying mobile command centers equipped with wireless and wired connectivity to provide first responders with a central location to coordinate their response and communicate with the public.
  • Using wireless networks to transmit real-time video and data from disaster scenes to help first responders make informed decisions and assess the situation.
  • Establishing wired and wireless communication networks in temporary shelters to provide evacuees with access to vital information and services.
  • Using wired networks to backhaul data from wireless networks to ensure that first responders have reliable access to critical information.

By providing reliable and resilient wireless and wired services, public safety agencies can better prepare for and respond to disasters, helping to keep their communities safe and informed.

Wired/Wireless network solutions keep operations running smoothly

The public safety industry relies on reliable and secure networks to communicate and coordinate effectively. Wireless and wired services can both play a role in enabling that communication.

Wireless services offer the flexibility and mobility that public safety personnel need to operate in a variety of environments. Wireless networks can be used for voice and data communications, as well as for streaming video and other applications.

Wired services offer the reliability and bandwidth that public safety networks need to support mission-critical applications. Wired networks can be used for backhaul communications, as well as for connecting to other networks and systems.

The best network solution for a particular public safety agency will depend on its specific needs and requirements. However, both wireless and wired services can play an important role in providing the reliable and secure networks that public safety needs.

Some examples of how wireless and wired services can be used to enable general network solutions for public safety departments:

  • Wireless networks can be used to connect first responders to dispatch centers and to each other in the field. This allows them to communicate and coordinate their response to emergencies quickly and effectively.
  • Wired networks can be used to connect public safety agencies to each other and to other government agencies. This allows them to share information and resources more easily.
  • Wireless and wired networks can be used together to create a hybrid network that offers the best of both worlds. For example, a public safety agency could use a wireless network to connect first responders in the field to a wired network back at the agency's headquarters. This would allow first responders to stay connected and have access to the information and resources they need, even in areas with limited wireless coverage.

No matter what type of network solution a public safety agency chooses, it is important to work with a trusted resource that has experience in the public safety industry and can understand and meet the agency's specific needs.

One resource for all of your agency or departmental communications