Technology partner for police, fire, and 911 leaders

Your agency has no slow season and no maintenance window that is genuinely quiet. Dispatch runs through shift change, holidays, and the storm that takes power out across half the jurisdiction. Computer-aided dispatch sits at the center of that, surrounded by records management, 911 call handling, mobile data in vehicles, evidence storage, and a set of interfaces between them built at different times by different people, some of whom no longer work for the agency or the vendor. When one of those interfaces stops moving data, the symptom usually arrives as a records clerk re-keying incidents or a report that will not close, not as an alert.

The demands on the data those systems produce have grown at the same time. A council member or board supervisor asks for response times by district, and the number from dispatch does not match the number in last year's annual report because the two were calculated differently. The state expects incident, stop, use of force, or fire reporting on its own schedule and in its own format. Public records requests arrive for video and incident data, each with legal review attached. Your state CJIS Systems Agency audits on a cycle and asks for evidence of screening, authentication, and audit logging for systems and habits that predate the current expectations. Meanwhile technology support may be a shared city or county function, and the deepest working knowledge of your core platforms may sit in a vendor's support queue rather than with anyone you direct.

What makes this hard

• Interfaces between dispatch, records, 911 call handling, mobile, and evidence systems fail quietly, and the first indication is usually a person noticing missing data rather than a monitoring alert.
• There is no comfortable maintenance window, so vendor upgrades, patching, and network changes have to be planned around continuous operations and given a way back if they go wrong.
• CJIS Security Policy expectations for authentication, audit logging, media protection, and personnel screening apply to systems and workflows built before those requirements tightened, and evidence has to be produced on the state audit cycle.
• Numbers requested by the governing body, the press, and the state disagree with each other because the same measure is defined differently in dispatch data, records data, and the annual report.
• State and federal reporting, including NIBRS submissions through the state program and national fire incident reporting, consumes staff hours in manual extracts, validation errors, and correction cycles.
• Next Generation 911 readiness depends on address points, road centerlines, and boundary layers that disagree between the agency, the assessor, and the utility.
• Technology support is often shared with a city or county IT department that is also running finance, permitting, and the library network, so public safety competes for attention with everything else.

How HQT helps

• Inventory and document every data flow between dispatch, records, 911, mobile, evidence, courts, and GIS, so the agency holds a current map instead of relying on institutional memory.
• Build and maintain integrations against supported vendor interfaces, with data mapping specifications, reconciliation checks, and monitoring that alerts agency staff when an interface stops moving records.
• Stand up a governed data mart from dispatch and records data with a written definition and an owner for each measure, build internal command dashboards first so operations staff validate the numbers, then derive public views with suppression and aggregation rules applied automatically.
• Automate extracts and validation for state and federal reporting so submissions are checked before they are sent and rejected records return into a defined correction process rather than a spreadsheet.
• Scope which systems, facilities, and people fall under the CJIS Security Policy, run a gap analysis against the current version, and implement controls such as multi-factor authentication, record-level audit logging, and network segmentation that separates public safety traffic from the rest of the agency network.
• Assess GIS address points, centerlines, and boundaries against Next Generation 911 data standards, then build validation and cleanup tooling so corrections are repeatable rather than a one-time project.
• Write and exercise the procedures that matter when a core system is unavailable: documented failover, manual workarounds for dispatch and records, tested restores, and tabletop exercises with command and communications staff.

How engagements usually start

Most conversations begin with one specific problem rather than a program. An interface between dispatch and records has failed repeatedly and nobody can say why. A request from the governing body for response time data cannot be answered with confidence. A compliance review produced findings that need remediation before the next audit cycle. A CAD or records replacement is coming and the agency wants an independent technical voice at the table. The state 911 program has set expectations for GIS data and nobody knows how the agency's layers compare.

A useful first engagement is small and bounded. For integration problems, that is usually an interface inventory: every data flow between systems documented with its method, schedule, owner, failure mode, and current condition, followed by a prioritized list of what to monitor and what to rebuild. For reporting problems, it is a definitions exercise, with each measure written down once and assigned an owner before anything is built. For compliance, it is scoping and a gap analysis against the current version of the policy. Each of these can usually be sized to fit an agency purchasing threshold, and each produces something the agency keeps regardless of what follows.

Two constraints shape the work from the first day. The systems cannot stop, so change is scheduled with the communications supervisor involved, tested outside production against synthetic data, and given a rollback path before it is attempted. The platform vendors are not going away, so integration is built against supported vendor interfaces and coordinated with those vendors through upgrades rather than routed around them.

What to ask any technology partner

• How will your staff be screened and trained before they touch criminal justice information, and who signs the security addendum with the agency?
• What happens when something breaks at three in the morning: who is named, how are they reached, and what response is committed in writing?
• How will you work with our existing platform vendors, and do you hold any reseller or referral relationship with them?
• What do we receive at the end: source code in the agency's repository, data mapping specifications, monitoring configuration, and runbooks our staff or another firm can use?
• How will changes be scheduled and reversed given that we operate continuously, and what data will you use for testing?
• How will public-facing dashboards meet accessibility requirements, and who reviews a release before it is published?

Answers that are specific, written into the agreement, and consistent with how the firm actually staffs the work tell you more than a capability list does.

Where HQT fits

HQT does software, integration, data, and security work around public safety platforms rather than selling dispatch or records systems, which is why it can be direct about whether a given problem calls for an integration, a configuration change, or a conversation with the incumbent vendor.

Frequently asked questions