4 Best Methods For Hybrid Cloud Monitoring


For businesses trying to obtain the best of both worlds, Hybrid Cloud Monitoring holds a lot of potential. They acquire cutting-edge cloud solutions and can protect their investment in aging infrastructure and business processes.

Public cloud and private cloud infrastructure are combined to form a hybrid cloud. While this idea is intriguing, better monitoring techniques are needed to fully reap its benefits. Artificial intelligence in IT operations (AIOps) is needed for hybrid cloud monitoring. In this article, Newlifez.com will examine four best practices for enhancing hybrid cloud monitoring.

Hybrid cloud monitoring advantages

Hybrid cloud monitoring may have a number of benefits, including increased visibility, control, efficiency, and scalability. Additionally, it can support innovation and agility while ensuring dependability and availability. You can optimize resource use, cut costs, and automate procedures using hybrid cloud monitoring. It can meet SLAs and compliance standards, identify and fix problems, and prevent downtime. Additionally, it can accommodate new innovations in technology, features, and integrations to adjust to shifting client demands and corporate requirements.

Hybrid cloud monitoring problems

Due to the complexity of its architectures, platforms, and tools, hybrid cloud monitoring can be difficult and can result in data and process silos, gaps, and inconsistencies. To safeguard data and systems from attacks and breaches, security and privacy concerns associated with various cloud domains, networks, and providers must be handled. To ensure service quality and budget, performance and cost trade-offs between various cloud alternatives must be matched. Last but not least, the constantly changing hybrid cloud environment necessitates continuous learning, testing, and updating of monitoring tools and approaches.

4 Best Methods For Hybrid Cloud Monitoring

1. Recognize and observe microservices.

Hybrid Cloud Monitoring
Hybrid Cloud Monitoring

Your apps must be flexible enough to allow services to be transferred between clouds if you want to take full advantage of hybrid clouds. Microservices provide more visibility across all application stack layers in terms of monitoring. You can view services both separately and in relation to other services. They divide infrastructure and networking from applications, for example.

Microservices make it simpler to identify problems, identify their causes, and even fix them once they have been discovered. For instance, a problem that only affects users in one area may be fixed without impacting those in other areas.

2. Constantly watch both private and public clouds

Hybrid Cloud Monitoring
Hybrid Cloud Monitoring

Workloads that demand the security and exclusivity of a private cloud as well as those that perform best in the public cloud both benefit from a hybrid cloud. Understanding which to run where is crucial.

Applications that have special compliance, performance, and security needs—or security needs that public clouds can’t satisfy—are best served by private clouds. For apps that were created from scratch and for apps that require cloud burst capabilities, the public cloud is fantastic.

On a combination of public and private cloud infrastructure, some applications can run. For instance, you could run the application on the public cloud, which can quickly scale to meet demand, and store your data on the private cloud for an extra degree of security.

The most difficult apps to monitor are those that run on both public and private cloud architectures since their workload spans both of these clouds. The maintenance of the apps is made simpler by an AIOps monitoring tool that can report on the entire picture. Additionally, the AIOps monitoring tool should be aware of these changes while continuously monitoring as workloads move between private and public clouds.

3. Merge Infrastructure

Hybrid Cloud Monitoring
Hybrid Cloud Monitoring

Although hybrid clouds are by nature distributed, how spread they are will vary depending on the needs of the business and the selected architecture. This affects the distribution of hybrid cloud environments and how many cloud vendors make up those settings.

One company might favor using a variety of cloud vendors and services. This is the best-of-breed strategy, where you will do whatever it takes to achieve the ideal cloud experience. For instance, you might choose a smaller cloud provider in order to benefit from their OpenStack experience or a certain provider’s serverless platform due to its user friendliness. You could value having the option to switch vendors in the future and not want to make a big commitment to one particular provider. Because it can adjust to your changing infrastructure requirements, an AIOps monitoring solution can be useful in this situation.

The other strategy is to focus on a single cloud vendor. This architecture would be best served by one of the main three cloud providers, which are AWS, Azure, or Google Cloud. They have each stated a strong focus on hybrid cloud solutions with their services like Google Anthos, Azure Arc, and AWS Outposts in recent times, as they have been making conscious efforts to improve their hybrid cloud offerings.

These services make it possible to create and administer resources both on-site and on a cloud platform. However, they will only offer fundamental monitoring; for more comprehensive and advanced monitoring capabilities, you will need a more powerful AIOps monitoring platform.

4. Add monitoring tool integration.

Hybrid Cloud Monitoring
Hybrid Cloud Monitoring

A combination of physical servers, virtual machines, and containers make up the hybrid cloud concept. Traditional IT and contemporary cloud-native networking and storage components must both be monitored simultaneously. Manual configuration is not the best way to manage them. Policies allow you to meet SLOs while preserving the hybrid cloud’s scale and variety.

Monitoring is the key to putting policies into place and keeping them up-to-date across the stack. An AIOps monitoring solution is required to collect all relevant monitoring data from multiple unrelated sources, bring it all together, and derive relevant insight from it.

Ad-hoc analysis is made easier by integrating monitoring tools with AIOps, which is crucial for troubleshooting and regular monitoring activities. This enables users to practically enter many metrics into the AIOps tool and examine them on a single dashboard.

It’s crucial to note that you ought to be able to complete this in a few seconds or, at most, a few minutes. In the event of an incident, this quickness is crucial. The real work begins when the appropriate monitoring data is available and can be analyzed to determine the root cause. The ability to distinguish the signal from the noise and reduce false alarms is a strength of modern AIOps monitoring tools.

Modern AIOps also have a sophisticated alerting and notification system to ensure that the appropriate individuals are informed at the appropriate moment. This tool makes it possible for various teams to get together in one location and “speak the same language.”

Because it understands the complexity of hybrid cloud systems, AIOps is well-suited to serve as the standard solution for hybrid cloud monitoring. Make sure you have a capable AIOps monitoring solution to rely on at every stage of the transition from on-premises to hybrid cloud.


Companies can improve operational efficiency, remove technical obstacles, maximize resource usage, and cut costs overall by setting up public and private clouds, on-premises infrastructures, and one hybrid platform with unified administration. However, if the hybrid cloud architecture is to operate well and safely, extra attention must be paid to monitoring issues, as this paper has addressed.