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Structure of a PSAP center. The division of labor into different types of centers—Primary PSAPs and Secondary PSAPs—is a structural design intended to maximize efficiency and expertise. The distinction between these centers exists to streamline the handling of high-stress, technical emergency communications: Primary PSAPs (The Initial Intake): This is the facility where 9-1-1 calls are first delivered by the network provider. The primary role here is to answer the call quickly, determine the caller's location, identify the nature of the emergency, and initiate the appropriate response. In many jurisdictions, the Primary PSAP handles basic information gathering and then dispatches local police resources. Secondary PSAPs (Specialized Handling): These centers receive calls that have been transferred from a Primary PSAP. This is necessary because certain emergencies require specialized training or distinct dispatch systems. For example: Expertise: A Secondary PSAP may be dedicated solely to fire or emergency medical dispatch, staffed by personnel with advanced medical or firefighting certifications who can provide "pre-arrival instructions" (such as CPR guidance) while the responders are en route. Jurisdictional/Agency Separation: In some regions, police, fire, and EMS are managed by different administrative agencies. Routing calls to a secondary center allows the relevant department to maintain direct control over their own specialized radio dispatch and equipment. Resource Management: This separation prevents a single dispatch center from being overwhelmed by disparate types of data or traffic, ensuring that life-saving information is routed to the individuals best equipped to handle that specific crisis. By using this two-tiered system, the emergency response network ensures that the initial call is answered as rapidly as possible, while subsequent specialized needs are met by the professionals most qualified to coordinate those specific services. Some jurisdictions go beyond using just a primary PSAP center and their Secondary centers. To ensure operational capacity during emergencies when the main center is not available or is overloaded these jurisdictions implement backup 9-1-1 centers. Which are designed to mimic the main center’s capacities. Keep in mind that a backup PSAP (Public Safety Answering Point) and a secondary PSAP are not the same thing in the 9-1-1 system. They serve distinct operational purposes. Ask yourself these questions when you are planning a new control room: Differences between a secondary PSAP and a backup PSAP A Secondary PSAP exists as part of the normal, day-to-day workflow to handle transferred calls. A Backup PSAP exists as a contingency measure for disaster recovery or system failures. While some facilities may have capabilities that overlap—or a Secondary PSAP might be used to assist during high-traffic "peak capacity" events—they are operationally defined by these different roles within the 9-1-1 infrastructure. A Secondary PSAP is a designated facility that receives 9-1-1 calls only after they have been transferred from a Primary PSAP. They do not receive "first-routed" calls directly from the public. They are typically used to handle specialized dispatch functions (such as specific fire or EMS dispatch) that are separated from the initial call-taking process performed by the Primary PSAP. A Back-up PSAP is a facility designed to maintain 9-1-1 operations if the Primary PSAP becomes unavailable, overloaded, or suffers a technical failure. The primary purpose of a backup site is survivability and continuity of service. It is equipped to perform the same functions as the primary center it supports, ensuring that 9-1-1 calls continue to be answered even during an emergency or system outage at the main site. Implementing Backup PSAP centers. Imagine for a second, that your main 9-1-1 center is not available. How do you stay operational? While a primary center handles all daily and standard emergency call volume, it can go offline or lose power. If the secondary PSAP is the same building or even in a different building but still part of the same grid, it might also go offline. Typically, in these cases backup centers are planned to exist in a different location, dependant of a different grid and expected to become online as soon as the main PSAP is no longer available. For a real life example, visit our case study on Morris County’s Backup center and how they approached building their backup site, which doubles as an educational facility for future 9-1-1 telecommunicators when not in use. Backup centers are designed to be activated only during specific events, such as catastrophic equipment failure, power outages, natural disasters, or site-specific emergencies that render the primary center uninhabitable. A key characteristic of a well-designed backup facility is that it mirrors the technology and connectivity of the primary site (e.g., identical CAD, mapping, and radio services) to ensure that the transition between centers is transparent to the public. Despite the difference in roles, both centers must follow the same operational standards and performance goals to ensure the public receives consistent, high-quality assistance regardless of which facility answers their call. Contact us to start planning your new backup PSAP.

We are announcing our attendance to the upcoming NENA 2026 annual conference in Columbus, Ohio. From June 29th to 30th you can visit us at booth number 648 where you can see our dispatcher consoles in action, and experience the ultimate setup for 9-1-1 control rooms. Here is where you can find us during the conference: Our team of specialists will be there to discuss how we can help you optimize your control room to suit your unique needs and requirements. We hope to see you soon at the Greater Columbus Convention Center. For more information, visit the NENA website. Book a meeting with us in advance.

Why Backup 911 Centers Fail When They’re Needed Most A backup 911 center should never feel like a contingency space.Yet, many do. Across North America, backup centers are often designed as scaled‑down extensions of the primary site—located nearby, sharing infrastructure, and planned under the assumption that they will be used briefly, if at all. When activation actually happens, those assumptions are tested immediately. Backup centers are not activated during calm periods. They are activated during power outages, technology failures, natural disasters, or large‑scale incidents—often requiring full operations under stress, for longer than expected. The most resilient agencies plan backup centers with a different mindset: Assume the primary center is unavailable, and design accordingly. This guide walks through how to plan a backup 911 center that is truly ready to operate—not just exist. 1. Define the Role of the Backup Center Before Any Design Decisions Before layout drawings, furniture selections, or technology discussions begin, one question must be answered clearly: What role will this backup center play when activated? Common scenarios include: Full live operations Dual‑purpose use (training + live backup) Overflow capacity during peak events Temporary relocation during renovations Problems arise when the role is left undefined. Spaces designed to “do a bit of everything” often do none of them well. Planning questions to resolve early: Will this center handle live 911 calls? How long should it sustain full operations? Will staffing levels mirror the primary center? How quickly must operators transition? Clarity at this stage prevents compromises later. Here is how Morris County approached planning and building their backup center. 2. Operational Independence Is the Non‑Negotiable Foundation A backup 911 center that depends on the primary site to function is not a backup—it is a vulnerability. True operational independence requires planning beyond redundancy checklists. Agencies should evaluate: Geographic separation Independent power and emergency power systems Separate telecommunications pathways Stand‑alone CAD, radio, and phone systems The most effective planning exercise is simple: Imagine the primary center is completely unavailable. What still works? This mindset forces design decisions that prioritise resilience rather than convenience. Operational independence should inform: Room layout Infrastructure distribution Furniture selection Maintenance access Everything downstream flows from this principle. 3. Layout Planning for Real‑World Activation Scenarios Backup center layouts are often treated as secondary designs. This is a mistake. When activated, backup centers must support: Clear supervision and sightlines Efficient communication between operators Movement under pressure Technology‑dense workstations Unexpected duration of use Unlike primary centers, backup activations are rarely gradual. Teams must arrive and operate immediately. Key layout considerations: Avoid compressed spacing that limits movement Plan for supervisory visibility Ensure circulation paths remain clear under stress Design for full occupancy, not minimal staffing 4. Ergonomics Matter More in Backup Centers—Not Less It is tempting to deprioritise ergonomics in backup environments under the assumption of short‑term use. In reality, the opposite is true. Backup activations introduce: Elevated stress Irregular shift patterns Long, unplanned work periods Rapid staff transitions Under these conditions, physical fatigue accumulates faster—and fatigue directly impacts decision‑making. Ergonomics in backup centers should support: Multiple users per workstation Long shifts without adjustment delays Reduced physical strain during high cognitive load 5. Furniture Must Support Extended Operations—Not Emergency Use Only Furniture decisions are often made late in the planning process. For backup centers, this can be costly. In operational environments, furniture is not décor—it is part of the system. When evaluating workstations for a backup 911 center, planning teams should consider: Height adjustability for multi‑user environments Monitor reach and visibility Integrated cable management for reliability Access for IT maintenance without disruption Durability for 24/7 use, not occasional activation Furniture that supports extended operations reduces: Setup time during activation Operator discomfort Technology clutter Long‑term maintenance challenges 6. Designing Dual‑Purpose Backup Centers Without Compromise Many agencies explore dual‑purpose backup centers to maximise space, budgets, and staffing pipelines. When done correctly, this approach can be highly effective. When done without planning, it creates risk. Successful dual‑purpose designs: Prioritise live operational readiness Allow training configurations without compromising activation speed Separate instructional needs from operational infrastructure Plan furniture and layouts early to support both functions Educational partnerships can also provide long‑term benefits, including workforce development and grant opportunities—but only if resilience remains the primary design driver. 7. Planning for Longevity Without Overbuilding “Future‑proofing” is often misunderstood. Trying to predict every future technology leads to overbuilt spaces that are expensive and underused. Effective planning focuses instead on adaptability. Smart long‑term planning includes: Modular layouts Flexible furniture systems Accessible infrastructure pathways Space for incremental growth The goal is not to guess the future—but to avoid locking the space into today’s assumptions. 8. Common Backup Center Planning Mistakes to Avoid Across many projects, the same issues appear repeatedly: Treating the backup center as temporary Sharing infrastructure with the primary site Underestimating ergonomic demands Designing layouts for ideal scenarios only Leaving furniture decisions to the final phase Each of these compromises readiness. Most are avoidable with early, intentional planning. A Backup 911 Center Is a Second Command Center The most resilient public safety agencies do not design backup centers as contingencies. They design them as fully operational command centers—ready to assume responsibility when it matters most. Readiness is not achieved through redundancy alone.It is achieved through planning, clarity of purpose, and design decisions grounded in real‑world operations. A well‑planned backup 911 center: Protects continuity of service Supports operators under stress Reduces risk during activation Builds long‑term organisational confidence This guide can serve as a checklist, a conversation starter, and a planning reference as agencies prepare for the moments when readiness truly matters.