Critical features in IT Infrastructure Monitoring include:
Real-time performance tracking
Scalability
Customizable alerts
Integration capabilities
Comprehensive reporting
Security and compliance
Real-time performance tracking allows for immediate detection of issues, reducing downtime. Scalability is crucial, ensuring the solution grows with the infrastructure, adapting to increased workloads efficiently. Customizable alerts help prioritize critical incidents, offering flexibility to tailor notifications based on severity levels. Integration capabilities with existing systems are essential for seamless data flow, enhancing the monitoring process without disrupting operations.
Comprehensive reporting provides valuable insights into system performance, helping identify patterns and optimize resources. Detailed analysis of the infrastructure ensures informed decision-making. Security and compliance features are vital, safeguarding data and ensuring adherence to industry standards. A secure monitoring solution minimizes vulnerabilities and protects against potential threats.
Search for a product comparison in IT Infrastructure Monitoring
1) Ease of deployment and maintenance. The ideal solution will auto-discover your environment and have intelligence built in to tell you what to monitor and how to monitor with built-in alerts that leverage industry best practice thresholds. This way users can anticipate issues and resolve them before users are impacted.
2) Historical, real-time, and discrete data that will show all IT infrastructure elements used to deliver a single end-user experience. The is the only way to monitor and troubleshoot issues is to have full visibility into the true user experience.
3) Document all user activity, behavior, and system performance so that you can share, integrated, and enhance data to collaborate with management, other IT teams, application vendors, and even end-users.
Solution Architect | Head of BizDev at Greg Solutions
Real User
Dec 6, 2020
I think you need to look for:
1. Unifications. All aspects of the monitoring should be done by one or multiple tools. As an option, integration between tools should be possible.
2. Plug-in based or open architecture. Open Source will be a huge plus. In this case, you will have community support, and hiring the expert for widely used technology should not be the issue.
3. Tools should have quick support - monitoring could go down when you really need this. Open Source tools allow you to have a big market of engineers with good expertise.
4. Agree with other comments - ROI is very important here.
Technology Investment Consultant at Michael Delzer Consulting
Real User
Oct 30, 2020
The ability for the solution to correlate data from across the enterprise to remove noise in alerts, and for the alerts to be able to trigger automation to remediate a known problem/incident.
Most monitoring solutions have similar capabilities. Each one has a bit different set-up and points that are stronger than others. According to the 2020 CIO report from Dynatrace, on average, companies get close to 3,000 alerts daily. That is my concern.... Over time, you'll get more than one monitoring system and need to make sure that you have resources to deal with the alerts... scripts with Jenkins will not work as there are so many types of alerts. Try looking at low-code automation that will help you set up instant remediation pipelines. Companies like Lacework created a library of instant remediation workflows that customers can use in minutes...
I would propose to look at Infrastructure monitoring from a different perspective. The corollary I would use is to equate infrastructure monitoring to a big data problem with the need for automation. In today's world we have many infrastructure devices that transmit a large amount of data or telemetry and the key to quick automated response is to look at adjacencies and quickly determine corrective action. I suggest injecting the telemetry into an infrastructure data lake and apply some ML & AI applications to determine issues and automation to quickly solve. The amount of data produced has become daunting and I suggest taking a data driven approach instead of siloed Infrastructure monitoring tools.
When assessing IT Infrastructure Monitoring solutions, the most crucial aspect to consider is scalability. It's vital that the monitoring system can adapt and expand alongside your infrastructure needs to ensure consistent performance and comprehensive coverage. If you're interested in exploring this topic further and understanding the broader spectrum of IT infrastructure services, you might find this article at https://www.cleveroad.com/services/it-infrastructure/ valuable. It offers insights into various aspects of IT infrastructure and can help you make informed decisions about monitoring solutions within a larger context.
Cyber Security Consultant at a computer software company with 11-50 employees
MSP
Jun 28, 2021
I would consider multi metrics to evaluate an infrastructure such as:
1- CAPEX, OPEX & ROI for financial.
2- Security, Reliability, operational complexity lifetime ...etc for technical.
3- Extra benefits that might be gained from different solutions such as possible cross solutions integrations which can be a tie breaker in many times.
IT Infrastructure Monitoring provides oversight of systems by tracking performance metrics, detecting issues, and ensuring optimal functioning of IT resources across networks, servers, and applications.Serving as a backbone for efficient IT operations, IT Infrastructure Monitoring tools help prioritize resolving issues before they impact the business. These solutions offer insights into potential bottlenecks and provide detailed visualizations for more effective management of IT assets. By...
Critical features in IT Infrastructure Monitoring include:
Real-time performance tracking allows for immediate detection of issues, reducing downtime. Scalability is crucial, ensuring the solution grows with the infrastructure, adapting to increased workloads efficiently. Customizable alerts help prioritize critical incidents, offering flexibility to tailor notifications based on severity levels. Integration capabilities with existing systems are essential for seamless data flow, enhancing the monitoring process without disrupting operations.
Comprehensive reporting provides valuable insights into system performance, helping identify patterns and optimize resources. Detailed analysis of the infrastructure ensures informed decision-making. Security and compliance features are vital, safeguarding data and ensuring adherence to industry standards. A secure monitoring solution minimizes vulnerabilities and protects against potential threats.
1) Ease of deployment and maintenance. The ideal solution will auto-discover your environment and have intelligence built in to tell you what to monitor and how to monitor with built-in alerts that leverage industry best practice thresholds. This way users can anticipate issues and resolve them before users are impacted.
2) Historical, real-time, and discrete data that will show all IT infrastructure elements used to deliver a single end-user experience. The is the only way to monitor and troubleshoot issues is to have full visibility into the true user experience.
3) Document all user activity, behavior, and system performance so that you can share, integrated, and enhance data to collaborate with management, other IT teams, application vendors, and even end-users.
I think you need to look for:
1. Unifications. All aspects of the monitoring should be done by one or multiple tools. As an option, integration between tools should be possible.
2. Plug-in based or open architecture. Open Source will be a huge plus. In this case, you will have community support, and hiring the expert for widely used technology should not be the issue.
3. Tools should have quick support - monitoring could go down when you really need this. Open Source tools allow you to have a big market of engineers with good expertise.
4. Agree with other comments - ROI is very important here.
The ability for the solution to correlate data from across the enterprise to remove noise in alerts, and for the alerts to be able to trigger automation to remediate a known problem/incident.
Most monitoring solutions have similar capabilities. Each one has a bit different set-up and points that are stronger than others. According to the 2020 CIO report from Dynatrace, on average, companies get close to 3,000 alerts daily. That is my concern.... Over time, you'll get more than one monitoring system and need to make sure that you have resources to deal with the alerts... scripts with Jenkins will not work as there are so many types of alerts. Try looking at low-code automation that will help you set up instant remediation pipelines. Companies like Lacework created a library of instant remediation workflows that customers can use in minutes...
I would propose to look at Infrastructure monitoring from a different perspective. The corollary I would use is to equate infrastructure monitoring to a big data problem with the need for automation. In today's world we have many infrastructure devices that transmit a large amount of data or telemetry and the key to quick automated response is to look at adjacencies and quickly determine corrective action. I suggest injecting the telemetry into an infrastructure data lake and apply some ML & AI applications to determine issues and automation to quickly solve. The amount of data produced has become daunting and I suggest taking a data driven approach instead of siloed Infrastructure monitoring tools.
When assessing IT Infrastructure Monitoring solutions, the most crucial aspect to consider is scalability. It's vital that the monitoring system can adapt and expand alongside your infrastructure needs to ensure consistent performance and comprehensive coverage. If you're interested in exploring this topic further and understanding the broader spectrum of IT infrastructure services, you might find this article at https://www.cleveroad.com/services/it-infrastructure/ valuable. It offers insights into various aspects of IT infrastructure and can help you make informed decisions about monitoring solutions within a larger context.
Most important: know in depth your environment and the future evolution, upcoming change - this includes systems, solution, operations model, SLO.
After, you can initiate the second step, identify tool(s), etc.
I would consider multi metrics to evaluate an infrastructure such as:
1- CAPEX, OPEX & ROI for financial.
2- Security, Reliability, operational complexity lifetime ...etc for technical.
3- Extra benefits that might be gained from different solutions such as possible cross solutions integrations which can be a tie breaker in many times.
I hope this helps.
Peace of mind, Easy of use, ROI
It's integration, helping to improve management capability, and ROI, how does it drive value (this include price).
Our most important criteria include price, compatibility with our existing infrastructure, HIPAA compliance, and security.