Service Management / Fire Safety / SaaS

Fire safety equipment service management system

Hydrants, extinguishers, and measuring devices — inspections, protocols, schedules, and device data in one system.

Firma serwisowa (B2B)Fire safety service / Technical inspections / Infrastructure2025
Analysis of service processes and regulatory requirementsUX/UI design for the web panelWeb application (administrative and service panel)Modeling of facilities and device structuresInspection scheduling and remindersAutomatic protocol generationIoT / measuring device integrationReporting and operational data management
Fire safety service management system

Overview

We designed and implemented a comprehensive web system for managing fire safety equipment service operations, covering facilities and sub-facilities, hydrants and extinguishers, inspection planning, field technicians, and automatic protocol generation. The platform also integrates with GSM / IoT measuring devices, enabling real measurement data capture and a complete device history. It became the central operational tool for the service company, organizing processes, documentation, and settlements.

Problem

The service company handled hundreds of facilities and thousands of fire safety devices using spreadsheets, PDFs, and fragmented tools. Inspection planning was time-consuming, technicians worked on paper-based protocols, and measurement data was entered manually. There was no single device database, inspection history, or automatic reminders for upcoming deadlines, which increased the risk of errors, delays, and audit issues.

Solution

We built a dedicated SaaS system with a web panel for administration and service teams, designed for integration with measuring devices. The system mirrors the real client structure: companies → facilities → sub-facilities → devices such as hydrants and extinguishers. Inspections are scheduled in a calendar, technicians perform them in the field, and protocols are generated automatically from templates. Measurement data can be entered manually or sent directly from IoT devices, ensuring consistency and credibility of documentation.

Business impact

The system significantly reduced inspection handling time, eliminated paper documentation, and minimized the risk of errors. The company gained full control over schedules, device history, and protocol completeness. Document automation and a central data repository improved service quality and audit readiness.

Key metrics

0 %
↓ Inspection handling time
0 %
↓ Documentation errors
0
↑ Audit readiness
0 %
Automatically generated protocols
0 %
Fewer documentation errors

Technology

Next.jsReactTypeScriptTailwind CSSNode.js / NestJSPostgreSQLPrisma ORMJWT / Cookie AuthPDF GeneratorIoT API / TCP & WebSocketS3 / Blob StorageDocker

Implementation timeline

  1. 1. Process analysis

    Understanding service workflows, legal requirements, and field work

  2. 2. System architecture

    Design of data structures, facilities, devices, and inspection logic

  3. 3. Web panel implementation

    Administrative and technician workflows

  4. 4. Protocols & integrations

    Automatic document generation and device integrations

  5. 5. Operational rollout

    Deployment, optimization, and process stabilization

Client testimonial

The system gave us full visibility over facilities, devices, technicians, and protocols. It organized the entire service process and noticeably improved the quality and consistency of our documentation.
Tomasz K.
Service company (B2B)

FAQ

Can the system handle both hydrants and extinguishers?

Yes. The system supports different device types, their inspection history, measurement data, and service documentation.

Can technicians work with the system in the field?

Yes. The platform was designed to support field execution of inspections and later expansion into mobile workflows.

Can measurement data be imported from devices?

Yes. The system is prepared for integrations with GSM / IoT measuring devices so that measurement results can be stored automatically.