The Best Hybrid Cloud Observability Tools

The Best Hybrid Cloud Observability Tools

Providing a service properly involves monitoring anything and everything that can affect the clientele. This would involve keeping tabs on everything from server load to key performance indicators in the corporate sector of technology.  The business and software operations that underpin your product should be monitored, and this includes monitoring server-side logs or stack traces.

Here is our list of the Best Hybrid Cloud Observability Tools:

  1. SemaText Cloud-based observability platform with advanced logging, monitoring, and analytics capabilities.
  2. Site24x7 Hybrid cloud observability platform with infrastructure, application, cloud, and network monitoring capabilities.
  3. AppDynamics APM platform providing deep visibility into application performance and business transactions.
  4. Datadog Cloud-based monitoring and analytics platform with extensive integrations and APM capabilities.
  5. SolarWinds IT infrastructure management platform offering network, systems, and database monitoring.
  6. Amazon CloudWatch Monitoring and Management Service for AWS resources with detailed insights into performance and operational health.

The use of cloud-based monitoring tools and services becomes necessary at this point. Tools for cloud monitoring allow you to keep tabs on and evaluate the health of your cloud’s hardware, software, services, and apps. These resources allow you to give your users and customers the greatest possible platform experience.

If you’re just getting started with cloud monitoring, this post will introduce you to some top tools out there.

How Does Cloud-Based Tracking Work?

Monitoring your cloud-based resources, services, apps, and end-user experience is what we call “cloud monitoring”.

The performance and availability of the entire infrastructure may be monitored in the cloud so that improvements can be made as well as predictions made. You should be able to see the big picture of your system and then dive into the details of each asset using a comprehensive monitoring solution.

Data about your entire IT infrastructure’s observability is what a cloud monitoring solution uses to do its job. It then performs an analysis of this information and displays the results in a human-friendly style, such as charts, graphs, and alerts. The best monitoring tools will also have APIs that allow them to talk to other computers.

For What Reason is Hybrid Cloud Observability Necessary?

APM software has been the standard method for keeping tabs on and fixing problems with time-honored distributed systems for quite some time. To notify the support and operations teams of anomalous situations that need to be handled to avoid or resolve difficulties, APM collects, combines, and analyzes telemetry data against key performance indicators (KPIs) and shows the results in a dashboard.

Agile development, DevOps, CI/CD, a hybrid cloud, and cloud-native technologies like microservices, Kubernetes, Docker containers, and serverless architecture are some of the latest development approaches that businesses are embracing. This has allowed them to increase the rate at which new services can be introduced to consumers. APM’s once-per-minute data sampling is no longer sufficient as they are delivering new application components regularly, in multiple languages and platforms, and for varying times (even for seconds or fractions of a second in the case of serverless architecture).

More accurate, context-rich, fully-correlated records of all transactions are required to overcome these issues, which calls for a large amount of high-quality telemetry data. This is where the observability of hybrid clouds comes in.

Organizations that employ both public and private cloud infrastructures must ensure their hybrid clouds are observable. It helps businesses keep track of how their applications and services are doing in each of their cloud locations. Hybrid cloud observability aids in the detection and resolution of problems, the elimination of downtime, and the improvement of system dependability by offering full insight into the operation of applications and services. It also allows businesses to optimize their infrastructure, cut costs by removing wasteful redundancies, and grow their applications and services without sacrificing performance or availability.

Organizations need Hybrid Cloud Observability to monitor the health of their services and apps in the cloud and identify and fix problems before they affect users. It can be difficult to get access and control over a hybrid cloud’s infrastructure when applications and services are spread out across different clouds and on-premises hardware. Organizations can optimize performance, boost reliability, and cut down on MTTR with the help of Hybrid Cloud Observability’s unified view of the hybrid cloud architecture.

The Best Hybrid Cloud Observability Tools

1. Sematext Cloud

Sematext dashboard view

Sematext Cloud is a comprehensive monitoring and log management solution for modern-day infrastructure and applications. It offers a range of features that allow organizations to monitor, analyze, and troubleshoot their systems in real time. In this note, we will discuss the key features, pros, and cons of Sematext Cloud.

Key Features:

  • It offers monitoring capabilities for a range of infrastructure and application components including servers, containers, Kubernetes, microservices, databases, and more.
  • It allows users to aggregate, store, and analyze logs from various sources including servers, applications, and containers.
  • Provides distributed tracing capabilities that allow users to trace requests across multiple services and visualize dependencies between them.
  • Sematext Cloud provides customizable alerts based on metrics, logs, and traces.

Pros:

  • Offers a wide range of features for monitoring and logging infrastructure and applications.
  • Easy setup and configuration

Cons:

  • It can be expensive for small teams or organizations with limited budgets.
  • Offers a wide range of features that can be overwhelming for new users. It may take some time to learn and configure the system to suit your needs.

Overall, Sematext Cloud is a comprehensive monitoring and log management solution that offers a range of features to help teams monitor, troubleshoot, and optimize their systems. It’s easy to set up and configure and can scale with your organization’s needs. While it may be expensive for some teams, its powerful machine-learning capabilities, and collaboration features make it a worthwhile investment for many organizations.

2. AppDynamics

AppDynamics

AppDynamics is an application performance monitoring and analytics platform that helps organizations monitor and optimize their software applications. It provides real-time insights into application performance and user experience, allowing organizations to troubleshoot issues and optimize performance. In this note, we will discuss the key features, pros, and cons of AppDynamics.

Key Features:

  • AppDynamics provides end-to-end monitoring of applications, servers, and infrastructure, providing real-time insights into performance, errors, and usage patterns.
  • AppDynamics monitors user experience and provides visibility into user interactions, allowing organizations to optimize the user experience and troubleshoot issues.
  • It tracks business transactions, providing visibility into how application performance affects business outcomes and allowing organizations to prioritize performance optimizations accordingly.

Pros:

  • Code-level Visibility.
  • AppDynamics provides real-time analytics.
  • Integrates with a range of other tools and provides automation capabilities.

Cons:

  • AppDynamics can be expensive.
  • AppDynamics can be resource-intensive, requiring significant computing power.

Overall, AppDynamics is a powerful APM solution that offers comprehensive monitoring and diagnostics capabilities, making it an ideal tool for enterprise organizations. While it may be expensive and have a steep learning curve, its scalability and integration capabilities make it a popular choice for organizations looking to monitor and optimize complex distributed applications.

3. Datadog

Datadog screenshot

Datadog is a cloud-based monitoring and analytics platform that provides a comprehensive view of an organization’s IT infrastructure and application performance. In this note, we will discuss the key features, short pros, and cons of Datadog.

Key Features:

  • Infrastructure Monitoring: Datadog offers real-time monitoring of infrastructure components, including servers, databases, and networks, providing visibility into the health and performance of an organization’s IT environment.
  • Application Performance Monitoring (APM): Datadog provides detailed insights into the performance of applications, including transaction tracing, code-level visibility, and real-time alerts, allowing teams to identify and troubleshoot performance issues quickly.
  • Log Management: Datadog offers log management capabilities, allowing teams to aggregate and analyze log data from various sources, including servers, applications, and services, providing a centralized view of an organization’s log data.

Pros:

  • Datadog offers a wide range of monitoring capabilities, including infrastructure, application, and log monitoring.
  • The Datadog interface is user-friendly and customizable.
  • Datadog can scale easily, making it an ideal tool for organizations of all sizes.

Cons:

  • Datadog can be expensive.
  • The platform can be complex to set up and configure.

Overall, Datadog is a powerful monitoring and analytics platform that provides comprehensive visibility into an organization’s IT environment. While it may be expensive and complex to set up, its scalability, integration capabilities, and user-friendly interface make it a popular choice for organizations looking to gain insights into their IT infrastructure and applications.

4. SolarWinds

SolarWinds Server and Application Monitor

SolarWinds is a network management and monitoring software that provides a range of features to help organizations manage their IT infrastructure. In this note, we will discuss the key features, short pros, and cons of SolarWinds.

Key Features:

  • Network Monitoring: SolarWinds provides comprehensive network monitoring, including real-time alerts and notifications, allowing teams to detect and troubleshoot network issues quickly.
  • Server and Application Monitoring: SolarWinds offers server and application monitoring, enabling teams to monitor the performance of servers and applications, track usage, and identify potential issues.
  • Network Configuration Management: SolarWinds offers network configuration management, providing teams with the ability to manage network configuration changes, rollbacks, and backups, reducing the risk of network downtime.
  • Network Traffic Analysis: SolarWinds provides network traffic analysis, enabling teams to analyze network traffic data to identify potential issues and optimize network performance.

Pros:

  • SolarWinds offers a range of monitoring capabilities, including network, server, application, and traffic analysis.
  • The SolarWinds interface is user-friendly and easy to navigate, reducing the learning curve for new users.
  • SolarWinds offers a high degree of customization
  • It integrates with a range of other tools, including DevOps and IT operations tools.

Cons:

  • SolarWinds can be expensive.
  • The platform can be complex to set up and configure

Overall, SolarWinds is a powerful network management and monitoring software that provides comprehensive visibility into an organization’s IT environment. While it may be expensive and complex to set up, its customization capabilities, user-friendly interface, and integration capabilities make it a popular choice for organizations looking to manage and optimize their IT infrastructure. However, users should be aware of potential security concerns and limitations in scalability.

5. Amazon CloudWatch

Amazon CloudWatch

 

Amazon CloudWatch is a cloud-based monitoring and logging service offered by Amazon Web Services (AWS). It provides a range of features to help organizations monitor and troubleshoot their applications, infrastructure, and services. In this note, we will discuss the key features, short pros, and cons of Amazon CloudWatch.

Key Features:

  • Metrics and Logs Monitoring: CloudWatch provides real-time monitoring of metrics and logs for applications, infrastructure, and services, allowing teams to detect and troubleshoot issues quickly.
  • Customizable Dashboards: CloudWatch offers customizable dashboards, enabling teams to create custom views of performance data and metrics.
  • Autoscaling: CloudWatch can be configured to automatically scale resources, based on metrics, ensuring that resources are utilized efficiently.
  • Alerts and Notifications: CloudWatch provides real-time alerts and notifications, allowing teams to be notified immediately when issues are detected.

Pros:

  • CloudWatch is highly scalable, making it an ideal tool for organizations of all sizes.
  • CloudWatch offers a high degree of customization.
  • CloudWatch pricing is based on usage, making it a cost-effective option for organizations.

Cons:

  • CloudWatch can be complex to set up and configure.
  • Some AWS services may not provide detailed metrics, limiting the visibility provided by CloudWatch.

Overall, Amazon CloudWatch is a powerful monitoring and logging service that provides comprehensive visibility into an organization’s AWS infrastructure. While it may be complex to set up and configure, its scalability, customization capabilities, and integration with other AWS services make it a popular choice for organizations looking to monitor their AWS infrastructure. However, users should be aware of potential limitations in terms of support for non-AWS services and limited metrics for some AWS services.

6. Site 24×7

Site24x7 Docker Monitoring

Site24x7 is a hybrid cloud observability platform that provides a range of features to help organizations monitor and troubleshoot their IT infrastructure. It offers comprehensive monitoring and analytics capabilities, enabling teams to detect and troubleshoot issues quickly. In this note, we will discuss the key features, short pros, and cons of Site24x7.

Key Features:

  • Infrastructure Monitoring: Site24x7 provides real-time monitoring of servers, network devices, and applications, allowing teams to detect and troubleshoot issues quickly.
  • APM (Application Performance Management): Site24x7 provides APM capabilities, enabling teams to monitor the performance of applications, track usage, and identify potential issues.
  • Cloud Monitoring: Site24x7 offers cloud monitoring, providing teams with the ability to monitor their cloud infrastructure, including AWS, Azure, and Google Cloud Platform.
  • Network Monitoring: Site24x7 provides network monitoring, including real-time alerts and notifications, allowing teams to detect and troubleshoot network issues quickly.
  • User-Friendly Interface: Site24x7 offers a user-friendly interface that is easy to navigate, allowing teams to quickly access performance data and reports.

Pros:

  • Site24x7 offers a range of monitoring capabilities, including infrastructure, APM, cloud, and network monitoring.
  • The interface is user-friendly and easy to navigate, reducing the learning curve for new users.
  • Site24x7 integrates with a range of other tools, including DevOps and IT operations tools.

Cons:

  • The platform can be complex to set up and configure, and the learning curve may be steep for some users.
  • Site24x7 may not support all third-party integrations, which may be a limitation for some organizations.

Overall, Site24x7 is a powerful hybrid cloud observability platform that provides comprehensive visibility into an organization’s IT environment. While it may be expensive and complex to set up, its customization capabilities, user-friendly interface, and integration capabilities make it a popular choice for organizations looking to manage and optimize their IT infrastructure. However, users should be aware of potential limitations in scalability, third-party integration, and cost.

Hybrid Cloud Observability FAQs

How exactly does the Hybrid Observability system function?

Observability platforms integrate with different observability tools and the instrumentation already present in application and infrastructure components to continuously discover and gather performance telemetry. This enables the data to flow without interruption between the various tools and guarantees that all the data can be accessed and analyzed from a single location. For hybrid observability, data is compiled from a variety of sources, including logs, metrics, traces, and dependencies, among others. After this, the data are evaluated and correlated to provide a comprehensive view of the activity of the system. This method also enables the identification of correlations between various types of data, which helps determine the underlying cause of problems.

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