Site scope monitor

Author: o | 2025-04-24

Continuous OT network monitoring empowers real-time alerts as soon as a problem occurs, so you'll know about it before anyone else does. Learn More About Site Scope Diagnostics. Site Scope for Integrators continues to provide the For Systems Integrators, Site Scope are a new opportunity to manage and upsell client-level access to the

Hp monitoring tool site scope

REST API for metrics to extract metric data from the Azure Monitor metrics database. The API supports filter expressions to refine the data retrieved. For more information, see Azure Monitor REST API reference.Logs: Use the REST API or the associated client libraries.Another option is the workspace data export.To get started with the REST API for Azure Monitor, see Azure monitoring REST API walkthrough.Kusto queriesYou can analyze monitoring data in the Azure Monitor Logs / Log Analytics store by using the Kusto query language (KQL).ImportantWhen you select Logs from the service's menu in the portal, Log Analytics opens with the query scope set to the current service. This scope means that log queries will only include data from that type of resource. If you want to run a query that includes data from other Azure services, select Logs from the Azure Monitor menu. See Log query scope and time range in Azure Monitor Log Analytics for details.For a list of common queries for any service, see the Log Analytics queries interface.Use the following queries to monitor your database. You might see different options available depending on your purchasing model.Example A: Log_write_percent from the past hourAzureMetrics| where ResourceProvider == "MICROSOFT.SQL"| where TimeGenerated >= ago(60min)| where MetricName in ('log_write_percent')| parse _ResourceId with * "/microsoft.sql/servers/" Resource| summarize Log_Maximum_last60mins = max(Maximum), Log_Minimum_last60mins = min(Minimum), Log_Average_last60mins = avg(Average) by Resource, MetricNameExample B: SQL Server wait types from the past 15 minutesAzureDiagnostics| where ResourceProvider == "MICROSOFT.SQL"| where TimeGenerated >= ago(15min)| parse _ResourceId with * "/microsoft.sql/servers/" LogicalServerName "/databases/" DatabaseName| summarize Total_count_15mins = sum(delta_waiting_tasks_count_d) by LogicalServerName, DatabaseName, wait_type_sExample C: SQL Server deadlocks from the past 60 minutesAzureMetrics| where ResourceProvider == "MICROSOFT.SQL"| where TimeGenerated >= ago(60min)| where MetricName in ('deadlock')| parse _ResourceId with * "/microsoft.sql/servers/" Resource| summarize Deadlock_max_60Mins = max(Maximum) by Resource, MetricNameExample D: Avg CPU usage from the past hourAzureMetrics| where ResourceProvider == "MICROSOFT.SQL"| where TimeGenerated >= ago(60min)| where MetricName in ('cpu_percent')| parse _ResourceId with * "/microsoft.sql/servers/" Resource| summarize CPU_Maximum_last60mins = max(Maximum), CPU_Minimum_last60mins = min(Minimum), CPU_Average_last60mins = avg(Average) by Resource, MetricNameAlertsAzure Monitor alerts proactively notify you when specific conditions are found in your monitoring data. Alerts allow you to identify and address issues in your system before your customers notice them. For more information, see Azure Monitor alerts.There are many sources of common alerts for Azure resources. For examples of common alerts for Azure resources, see Sample log alert queries. The Azure Monitor Baseline Alerts (AMBA) site provides a semi-automated method of implementing important platform metric alerts, dashboards, and guidelines. The site applies to a continually expanding subset of Azure services, including all services that are part of the Azure Landing Zone (ALZ).The common alert schema standardizes the consumption of Azure Monitor alert notifications. For more information, see Common alert schema.Types of alertsYou can alert on any metric or log data source in the Azure Monitor data platform. There are many different types of alerts depending on the services you're monitoring and the monitoring data you're collecting. Different types of alerts have various benefits and drawbacks. For more information,. Continuous OT network monitoring empowers real-time alerts as soon as a problem occurs, so you'll know about it before anyone else does. Learn More About Site Scope Diagnostics. Site Scope for Integrators continues to provide the For Systems Integrators, Site Scope are a new opportunity to manage and upsell client-level access to the For us, the problem arose in a monitoring tool called Site Scope which has a bug (perhaps a naive regex) and it was reporting spurious false downtimes. For us, we are stuck on an old version of Site Scope, the admin team refuses to pay for an upgrade, and one very important client has Site Scope (not an equivalent) written into their contract. On the search site, go the Site Actions Site Settings Search Scope (Site Collection administrator) 2. Click on New Scope to create a new scope. While creating the scope Download. DHCP Scope Monitor. The DHCP scope monitor, which is a type of IP address monitoring tool fetches all the scopes that are defined in the DHCP server and displays the Download. DHCP Scope Monitor. The DHCP scope monitor, which is a type of IP address monitoring tool fetches all the scopes that are defined in the DHCP server and displays the total (used and available) IP addresses in each scope. The number of unassigned Site Scopes you own will be reflected in the available number in your Site Scope Pool summary. Once assigned to an OT network, Site Scopes stay there until you take it back. If you do, the Site Scope goes back into the pool of available Site Scopes and can be assigned to a different OT network. Site Scope SitePortal Cell Site Monitoring SitePortal provides the most advanced remote site monitoring software available for cell site projects of varying complexity and scope. Currently deployed across more than 1,600 remote cell sites, SitePortal ’s innovative cell site monitoring capabilities help minimize network downtime through remote fixes. An abbreviated APP may be appropriate for some limited scope projects including routine site surveying, grounds maintenance, and routine periodic site monitoring (see Appendix A of EM Frequencies, setting/operating status of each function, as well as the spectrum scope, S-meter, and RTTY/PSK31/63 decoding messages.2.4-inch Sub DisplayThe 2.4-inch sub display can show the filter settings, various meters, and a band stacking register. The filter setting screen can display the IF filter passband width and IF filter shape superimposed on the IF filter passband signal. This function shows you visible images of twin PBTs, manual notch effects. The improved visibility of information enhances operability and ensures smoother operation.Dual Spectrum Scope and WaterfallTop-to-bottom Dual Scope ExampleThe dual Spectrum Scope provides excellent sweep speed, resolution, and a wide dynamic range of 100 dB with FPGA, DSP and CPU combined processing for main and sub bands. It can also monitor two different bands at the same time, which is useful for monitoring conditions and during contests. Dual scopes can be shown left-to-right or top-to-bottom layout, depending on the situation and needs. In the Continuous SCROLL mode, a wide bandwidth exceeding 1 MHz can be seen on the scope screen. The waterfall display shows changes in the frequency spectrum vertically, enabling the user to find a weak signal that is difficult to detect with the spectrum scope. Increases QSO possibilities without missing weak DX stations.Audio Scope FlexibilityThe Audio Scope screen shows the transmit and received signal’s frequency components on the FFT scope, and its waveform components on the Oscilloscope. The Audio Scope makes it easy to monitor signal characteristics such as microphone compressor level, filter width, and notch filter. You can monitor received