Broadband opens a wide range of new possibilities for public safety and other mission-critical applications. It’s no wonder there’s a rush to implement it. But how can we transition to a broadband-enabled future in public safety? What steps are needed to establish effective public safety broadband?1
. Establish Mission-Critical Connectivity
1. Establish Mission-Critical Connectivity
Mission-critical broadband must meet stringent standards for reliability, availability, and security. First, the network must offer sufficient bandwidth to support high-speed data. Then, important organizations (first responders) should always be prioritized, especially in times of congestion, ensuring uninterrupted service for emergency respondents. Pre-emption policies can also be essential, temporarily limiting lower-priority traffic to guarantee priority access for critical users. Finally, extensive coverage is crucial, as public safety crews need dependable communication wherever they operate, which may require additional or temporary infrastructure in some areas.
5G vs. Mission-Critical Broadband
While 5G networks provide high bandwidth, mission-critical broadband goes further to meet the reliability, security, and accessibility needs of public safety organizations. A commercial 5G network must offer more than typical consumer-level service to be deemed mission-critical.
To establish mission-critical broadband, organizations can use dedicated frequency licenses to build specialized networks or work with Mobile Network Operators (MNOs), ensuring a secure “data highway” for public safety use. Some arrangements might even include a third-party, managing technical and operational aspects while the MNO supplies connectivity.
2. Consider Needs Beyond Technology
Effective public safety broadband isn’t just about the right technology; it’s about meeting real user needs. Instead of simply replacing narrowband systems, organizations should focus on user requirements. Field crews will likely need smartphones optimized for mission-critical push-to-talk, push-to-data, and push-to-video features. It’s important to map out how crews interact and communicate, ensuring seamless coordination, including between field crews and control centers.
One point of caution is to avoid prematurely shutting down legacy systems. Transitioning too quickly to a broadband-only approach can be costly if teams still rely on narrowband systems for certain functionalities. A hybrid solution with interoperability between narrowband and broadband ensures smooth communication during the transition.
3. Prioritize Value-Added Features
New solutions should enhance current workflows and add meaningful new capabilities. Begin by identifying key applications – the “must-have” applications that will directly support critical operations. A smart device’s potential is only realized if it supports essential applications.
Adopting broadband technology simply to replicate existing functions can be costly without providing additional value. Consider future needs: what new capabilities could improve efficiency, safety, or responsiveness? Start by identifying specific use cases, as these often reveal opportunities for innovative application features that streamline processes.
Testing new features in a controlled environment allows teams to see firsthand the benefits of new technology, helping build confidence and easing the transition. For example: features such as life-seeker location tracker or wildfire detection systems.
Broadband offers a transformative opportunity for public safety, but a strategic, user-centric approach will ensure it truly supports mission-critical needs.
Reach out to Andy Richardson at Broadnet Telecom Inc. for further details
