With the vast amounts of data generated by the cloud, containers, micro servers, and other technologies, observability has become essential. Organizations need a clear picture of how their infrastructure is performing to operate efficiently, drive business growth and keep customers happy.
Over the past few years, the cloud has swiftly become the go-to tool for coping with uncertainties created by the pandemic. Digital acceleration exploded as businesses evolved to meet the changing needs of their customers. The stakes of digital interactions are higher than ever, and having the necessary visibility is crucial to ensuring customer happiness as businesses continue to modernize to avoid disruptions for end-users.
With the increasing migration of containerized workloads and micro services to the cloud, clear visibility of how everything interacts at any stage in the process will be critical. It’s essential for organizational success to have a complete picture of what’s going on in the cloud. Organizations require observability to make sense of the thousands of micro services that operate across their cloud infrastructures.
Observability is Gaining in Popularity
Cloud-based monitoring solutions usually merely feed into another data silo. Data is often locked away and not accessible to bigger groups for correlation with other data sources. Furthermore, features and capabilities offered by cloud providers in their monitoring systems can be limited. Many providers appear to aim for just enough for usability and functionality.
It’s critical to connect bytes of data to make sense economically. A more effective tool can be created on top of everything data-wise to deliver answers to the user with complete certainty. That’s why, in the cloud environment, observability is more crucial than ever.
DevOps Adoption of Observability
While cloud-native practices and DevOps are gaining popularity, it’s critical to keep a close eye on metrics, analytics, logs, and datasets linked to infrastructure performance to ensure system reliability. As a result, DevOps teams have been increasingly adopting observability in recent years.
DevOps developers can comprehend an application’s internal state at any time and have more detailed information about system issues in distributed production environments because of observability. Not only that, but observability allows developers to improve workflows, alerting, and delivery speed. Developer velocity and visibility also increase, allowing teams to spend less time in meetings and more time implementing changes to their apps and services without jeopardizing system reliability. In today’s cloud-first environments, observability is becoming increasingly crucial when each second of the outage may cost businesses thousands of dollars.
Achieve Observability Maturity with Security
Security teams already use monitoring extensively, employing various methods to detect known threats. However, the majority of these tools fall short. Security teams are beginning to understand that all data, not just traditional data sources, is in scope. Security-focused observation shifts the focus from what teams are currently aware of to identifying and discovering new risks and attack patterns and addressing existing breaches.
Observability benefits security professionals in complex routing operations, detailed data enrichment, etc. Teams can ask more thoughtful data queries thanks to the increased number and data quality. Furthermore, observability aids AIOps adoption by enhancing data monitoring and improving security issue detection. As a result, teams are better prepared to conduct efficient and detailed security events post-mortems. As security teams assess the advantages of observability, the demand for increased accessibility, and better tools to manage it, will grow. As the transition from legacy platforms to modern solutions proceeds, these requirements will grow.