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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The concept of the Digital Twin is transforming urban asset management. This technology allows for the creation of a dynamic, real-time virtual replica of a city's physical infrastructure, integrating data from GIS, CMMS, IoT, and various operational sources. Discover how the Digital Twin becomes an essential tool for informed decision-making, optimizing operations, precisely calculating the ROI of investment projects, and ensuring compliance with efficiency and sustainability standards in the Smart City domain.
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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, which is crucial for Smart Cities and massive telemetry.
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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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Waste management is one of the greatest logistical and financial challenges for municipalities. This article explores how the adoption of container sensorization (IoT) and dynamic route optimization, powered by advanced GIS platforms, not only drastically reduces operating costs (OPEX) and carbon footprint but also improves service quality for citizens. We will analyze the Return on Investment (ROI) of transitioning from static routes to collection models based on real demand, ensuring regulatory compliance and greater corporate efficiency.
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