News, updates and best practices in maintenance and urban asset management — for those who design, operate and audit critical infrastructure.
Discover how switching from a paper Work Order to a digital solution is not an expense, but the fastest and safest investment to secure the profitability of your technical services SME, eliminate billing errors, and professionalize the control of your field team. A Digital Work Order is the key tool for modern business survival.
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Implementation of Kubernetes (K8s) and Docker based architectures to achieve robust horizontal scaling and elastic auto-scaling for high-performance Asset Management (CMMS) and GIS platforms. It covers the technical strategy for containerization, pod orchestration, and immutable infrastructure management to handle unpredictable load spikes, and why Maptainer, by contrast, is deployed with Docker Compose.
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An exhaustive technical analysis of how cartographic digitalization and offline modes revolutionize the maintenance of rural hydraulic infrastructure, combating the loss of generational knowledge.
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"Ghost visits" are a silent danger: technicians reporting they were on site when they weren't, or inflating travel/work times. This article addresses how service contractors can use GPS verification within their digital work orders to eliminate these losses, provide clients with undeniable proof of actual and punctual service execution, and transform staff control into a tool for transparency and professionalization.
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In the service and maintenance sector, the technician's word against the client's is a dangerous battle that often ends in non-payments or billing delays. This article exposes the critical weakness of managing work orders on paper or Excel: the lack of forensic evidence. Discover how Maptainer transforms every intervention into an evidence record (geolocated, time-stamped and with a sign-off signature), eliminating "phantom visits" and ensuring that every job done is a job paid without argument.
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Non-Revenue Water (NRW) represents a critical financial and environmental hemorrhage for urban utility managers. This article analyzes how the integration of CMMS and GIS systems, like Maptainer, transforms the management of the integral water cycle. We explore how network digitalization, leak geolocation, and analysis of the failure history of valves and pipes enable a drastic reduction in technical and commercial losses, turning water efficiency into a pillar of corporate sustainability and Return on Investment (ROI).
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