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User-Centered Design and Real-Time Geospatial Integration in Intelligent Mobile Platforms for Urban Fire Emergency Management

Urban fire emergency management in developing cities is constrained by delayed reporting, fragmented communication, and limited situational awareness. This study presents a user-centered, mobile–cloud emergency response platform that integrates real-time geospatial intelligence with asynchronous communication to improve fire incident reporting and response coordination. Using Port Harcourt Local Government Area (PHALGA), Nigeria, as a case study, the system was designed following human–computer interaction principles and implemented with a React Native mobile client, a Node.js backend, Socket.…

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Source	OpenAlex research
Collection	International records
Kind	Document
Publisher	Iconic Research and Engineering Journals
Date	2025-12-31
Type	article
Details	openalex authorships.countries:NG,primary topic.subfield.id:3320\|3321\|3308\|1202\|3303\|3312\|2002\|2000\|2003 + local /\bnige
Found at	https://doi.org/10.64388/irev9i7-1713232
Archived copy	Look it up in the Wayback Machine
Record ID	`openalex:W7117704108`

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User-Centered Design and Real-Time Geospatial Integration in Intelligent Mobile Platforms for Urban Fire Emergency Management. OpenAlex research, 2025. Vero Archive, record openalex:W7117704108.