Development of a health model can and should be an exhaustive and integral part of any mission-critical deployment.įor more information, see Health modeling and observability of mission-critical workloads on Azure. These tasks make up a comprehensive health model for the mission-critical infrastructure.
Monitoring - Collection of performance and application counters that evaluate the health and performance of the application and infrastructure.Īlerting - Actionable alerts of issues or outages in the infrastructure and application.įailure analysis - Breakdown and analysis of any failures including documentation of root cause. Health modeling can be expanded into the following operational tasks for the mission-critical deployment:Īpplication Health Service - Application component on the compute cluster that provides an API to determine the health of a stamp.
Representation of a health model with clear indicators makes it intuitive for an operator to understand the overall health of the workload and respond quickly to issues that arise. The status is often presented as "traffic light" indicators such as red, green, or yellow. A health model can assist with evaluation of the overall health status by displaying a clear indication of the health of the workload instead of raw metrics. To fully understand these metrics and evaluate the overall health of a workload, requires a holistic understanding of all of the data monitored. Monitoring application health and key metrics of Azure resources helps you understand if the environment is working as expected. For a mission-critical workload, monitoring is a critical part of the deployment. To read more, you can download the full report below.The monitoring of applications and infrastructure is an important part of any infrastructure deployment. However, while the move towards renewables appears to be gathering pace, a number of barriers to adopting the technology were also highlighted, including energy storage and changing technology. This could be one of the reasons for the high take up of renewable technology. Grid limitations were also the cause of most power outages across the regions for 60% of respondents. The results found that more than half (55%) of those surveyed expressed at least some concern about the capabilities of the local grid and energy infrastructure’s ability to meet current demand.
Mission critical: power resilience, competitiveness and sustainability in European Data Centres provides a unique insight of 700 data centre consultants across the Netherlands, France, Germany, Norway, Sweden, the UK and Ireland. The resilience of data centres across Europe is at risk as the industry looks towards a permanent renewable energy infrastructure, according to our major new report.
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