Cloud & Enterprise IT for Public Safety & Emergency Services
Cloud and Enterprise IT for Public Safety Agencies
Cloud migration, networks, identity, and recovery for dispatch and records systems that have to stay available and stay within CJIS rules.
A 911 center does not close. Dispatch consoles, the computer-aided dispatch system, mobile data in patrol vehicles and apparatus, and the links to state and national criminal justice databases have to work during the maintenance window, during the migration, and during the outage that prompted the migration in the first place. Public safety agencies are being moved toward hosted and cloud-based systems regardless: CAD and records vendors are retiring their on-premises versions, digital evidence has outgrown local storage, and the city or county data center holding the agency's servers is often scheduled for consolidation on someone else's timeline.
The complication is that the same environment carries obligations under the CJIS Security Policy, which shapes where criminal justice information can be stored, how it is encrypted, who may administer the systems that hold it, and what has to be logged and reviewed. Cloud work in public safety is less about choosing a provider than about showing that the design still meets those obligations, and about making sure the agency can keep dispatching when the connection to that provider is gone.
What these environments look like
- A primary dispatch center and, in most cases, a backup center that has to be kept current enough to actually be used
- CAD, records management, jail or fire incident reporting, and digital evidence platforms, often from different vendors on different hosting models
- A connection to the state message switch and, through it, to national criminal justice databases, under rules administered by the state CJIS systems agency
- Mobile data terminals in vehicles and apparatus on commercial cellular and public safety broadband service, with coverage that varies across the jurisdiction
- Land mobile radio infrastructure, tower sites, and microwave or fiber backhaul that the IT group may or may not own
- Next Generation 911 work underway on an emergency services IP network procured at the state or regional level
- Funding assembled from general funds, 911 surcharge revenue, and grants, each with its own rules about what it can pay for
Where HQT helps
- Landing zones built in a provider's government regions where the data classification calls for it, with identity, network boundaries, logging, encryption, and key management in place before any criminal justice information arrives, defined as infrastructure as code so the configuration is reproducible and can be shown to an auditor directly
- Migration sequencing for CAD, records, and evidence that treats cutover as an operational event: rehearsed, scheduled with command staff, reversible, and paired with written fallback procedures for dispatch
- Network design across the primary center, the backup center, stations, and radio sites, with diverse circuits, tested failover, and enough local capability to keep working when the wide area connection drops
- Identity and access design for shared consoles and in-vehicle devices, including advanced authentication approaches that satisfy CJIS expectations without adding steps mid-call, plus privileged access controls, access reviews, and logging tied to named individuals
- End-user computing for ruggedized vehicle devices and station workstations: imaging, patching, and configuration management that happen over cellular and around shift schedules rather than by pulling units out of service
- Disaster recovery built around recovery objectives the agency has actually agreed to, with restores that are tested rather than assumed and continuity procedures covering the hours when a system is unavailable
- Cost governance that turns a variable monthly bill into something an annual appropriation can absorb: right-sizing, committed capacity where usage is steady, budgets and alerts, and reporting that separates what surcharge revenue or a grant can pay for from what the general fund carries
How an engagement usually starts
Work of this kind usually begins on someone else's schedule. A CAD vendor announces the end of its on-premises product. A consolidation project moves the agency's servers into a central data center it does not control. A backup center fails an exercise. An NG911 transition changes what the network has to carry and who is responsible for it. The first step is an inventory and a dependency map: what runs where, what traffic has to reach the state message switch, what the mobile devices depend on, and what still functions when the internet does not. That work is usually short, and it is what makes the later design defensible rather than aspirational.
From there the normal sequence is a written architecture and migration plan, a landing zone built and reviewed before workloads move, then migration in waves with the highest-consequence systems last. HQT expects to work alongside the agency's CJIS point of contact and its state systems agency rather than around them. Staff assigned to this kind of work complete the fingerprint-based background screening and security awareness training the agency requires, and the security addendum that applies to contractors with access to criminal justice information is executed before any access is granted. Documentation and runbooks are written for the agency's own staff and its dispatch supervisors, because they are the people who will be operating the environment at three in the morning.