Operations | Monitoring | ITSM | DevOps | Cloud

Service level objectives, or SLOs, are a key part of the site reliability engineering toolkit. SLOs provide a framework for defining clear targets around application performance, which ultimately help teams provide a consistent customer experience, balance feature development with platform stability, and improve communication with internal and external users.

Collaboration and communication are critical to the successful implementation of service level objectives. Development and operational teams need to evaluate the impact of their work against established service reliability targets in order to improve their end user experience. Datadog simplifies cross-team collaboration by enabling everyone in your organization to track, manage, and monitor the status of all of their SLOs and error budgets in one place.

In recent years, organizations have increasingly adopted service level objectives, or SLOs, as a fundamental part of their site reliability engineering (SRE) practice. Best practices around SLOs have been pioneered by Google—the Google SRE book and a webinar that we jointly hosted with Google both provide great introductions to this concept. In essence, SLOs are rooted in the idea that service reliability and user happiness go hand in hand.

There are several K6 alternatives with various degrees of reporting, ease-of-use and extensibility. We review 5 of them here!

Five worthy reads is a regular column on five noteworthy items we’ve discovered while researching trending and timeless topics. This week we are exploring the concept of hyperautomation and its role in driving your business towards success. In today’s dynamic business landscape, organizations are witnessing a profound shift as they redefine their operational strategies.

A business's website or application might appear polished on the surface, but if the underlying infrastructure is struggling, the user experience also suffers. Users can only benefit from applications and services if the critical back-end infrastructure is functional. Here's where infrastructure monitoring comes in—it acts as a watchful eye in your IT environment, ensuring everything runs smoothly.

Cloud computing demands efficient application deployment, management, and scaling. Amazon EKS offers a solid solution, simplifying cloud computing management for organizations. At its core, AWS EKS harnesses the power of Kubernetes to automate tasks within AWS’s secure cloud infrastructure. It supports smooth and reliable application performance, which is crucial for organizations scaling their operations. This guide details AWS EKS pricing and offers practical tips on reducing costs.

Data centers today are dynamic ecosystems with heterogeneous infrastructures. They encompass a wide array of equipment including servers, storage systems, networking devices, power distribution units, and environmental controls. These assets often originate from multiple vendors and support various communication protocols. Traditional manual asset management methods are ill-equipped to handle this complexity, leading to inefficiencies, inaccuracies, and increased operational costs.

As the demand for digital services grows exponentially, so does the need for colocation data center space. However, colocation providers are unable to keep up with this rapidly growing need resulting in limited space available for rent and skyrocketing prices. According to CBRE, colocation rates have jumped from 14.5% in 2022 to 18.6% in 2023 to a record $163.44 per kW/month due to the restricted supply of colo space.