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| en:iot-reloaded:iot_system_design_principles [2025/05/13 15:19] – [Incorporate green and environmental sustainability measures] pczekalski | en:iot-reloaded:iot_system_design_principles [2025/05/17 08:45] (current) – agrisnik | ||
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| An effective deployment, operation and maintenance plan is essential to ensure that the IoT systems being designed are cost-effective or affordable, providing the users with reasonable returns on their investments. Every IoT system development cycle stage should be carefully planned to minimise the design, manufacturing, | An effective deployment, operation and maintenance plan is essential to ensure that the IoT systems being designed are cost-effective or affordable, providing the users with reasonable returns on their investments. Every IoT system development cycle stage should be carefully planned to minimise the design, manufacturing, | ||
| - | In IoT applications where thousands, tens of thousands, or millions of IoT devices are deployed and spread across a wide geographical area, deployment, operation, and maintenance procedures are tedious and costly. Effective deployment, operation, and maintenance plans and tools are essential to ensure acceptable performance (reducing downtime and improving the QoS or QoE). Monitoring and preventive maintenance plans to prevent failures or breakdowns and reactive maintenance plans to restore the system after breakdowns to reduce downtime should be carefully designed and documented. Expansion or scalability plans should be created to enable cost-effective expansion and extension of the IoT system to handle more users or to satisfy customers' | + | In IoT applications where thousands, tens of thousands, or millions of IoT devices are deployed and spread across a wide geographical area, deployment, operation, and maintenance procedures are tedious and costly. Effective deployment, operation, and maintenance plans and tools are essential to ensure acceptable performance (reducing downtime and improving the QoS - Quality of Service |
| It is essential to develop training and support plans to ensure that the users are well trained and supported to effectively use and manage the designed IoT system to satisfy their needs. Reducing the need for human intervention is essential to keep the cost low. Deployment, operation, and maintenance tasks should be automated, especially for large-scale IoT infrastructures. Automation reduces deployment, operation, maintenance, | It is essential to develop training and support plans to ensure that the users are well trained and supported to effectively use and manage the designed IoT system to satisfy their needs. Reducing the need for human intervention is essential to keep the cost low. Deployment, operation, and maintenance tasks should be automated, especially for large-scale IoT infrastructures. Automation reduces deployment, operation, maintenance, | ||
