Nobl9, the software reliability company, announced Nobl9 Composite SLO 2.0 to allow for the aggregation of multiple Service Level Objectives (SLOs) within a single SLO to provide an overall reliability performance view of your service. The addition of composites allows users to capture an end-to-end user journey for a complex service such as an ecommerce website or a digital banking platform.

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“Composite SLO 2.0 is the culmination of a years-long effort to support anyone responsible for reliable products with the most advanced SLO capabilities possible. Anyone who uses SLOs can now understand how they are steering the ship that stakeholders care about”

“Service level objectives are key to improving organizational agility, speeding service delivery, and aligning IT investments with business outcomes. Composite SLO 2.0 is a transformative new way for businesses to improve reliability and user experience by leveraging detailed insights into every aspect of their system,” said Paul Nashawaty, Principal Analyst, Application Development & Modernization, theCUBE Research. “The ability to combine SLOs into a broad hierarchy, without losing any granularity, is unique in the landscape of SLO management tools and will be a critical capability for both engineers and executives.”

Composite SLO 2.0 unlocks SLOs at scale, differentiated by business units or use cases, enabling IT leaders to link their strategy directly to business impact. Teams at different levels of an organization can combine the disparate elements of their projects into composite SLOs. In turn, managers can aggregate these composites into a unified overarching hierarchy — a composite built of composites — to view the system’s performance holistically, with rich context of each component’s behavior easily accessible in a single dashboard.

Before Composite SLO 2.0, engineers could create SLOs to track the reliability of system components they were directly responsible for; for example, an infrastructure engineer might build an SLO for their servers. While traditional SLOs offer important insight, they lack information on how an element affects the total reliability of a complex system. Composite SLO 2.0 brings this critical context, allowing teams to link individual elements into a dynamic system-wide SLO and see how their small portion of the system is impacting end-user experience. Providing such perspective not only informs IT decision-making but shows engineers, even those building small pieces of the backend, how meaningful their work is to overall customer experience.

Nobl9 is proud to partner with a growing ecosystem of data sources such as Datadog, Splunk, Google BigQuery, and Amazon CloudWatch to offer maximum value to its customers, who often utilize a wide variety of monitoring and observability tools. Nobl9 collects and normalizes data from these various systems, and contextualizes it in a user-friendly dashboard, so customers can simply log into Nobl9 and build SLOs with relevant data from anywhere.

Nobl9 Composite SLO 2.0 allows users to:

  • Create composites from a large number of SLOs — Aggregate SLOs from many components of a system into a single hierarchy, giving teams and executives a reliability metric for their entire product or service.
  • Combine data from different data sources and projects — Unite SLOs based on data from Dynatrace, Amazon CloudWatch, and other sources for enhanced flexibility, enabling more management-oriented SLOs tailored to each ongoing project.
  • Easily identify the biggest sources of error budget burn — Observe the behavior of complex systems and drill down into the error budget consumption of each component to understand root causes of issues.
  • Assign weights to component SLOs — Adjust the “weight” of each SLO to ensure that SLOs with larger impact on the user experience contribute more to error budget burn; and,
  • Build composites out of other composites — Receive unified reliability metrics by building composite SLOs of near-infinite size and complexity out of any existing composites.

“Composite SLO 2.0 is the culmination of a years-long effort to support anyone responsible for reliable products with the most advanced SLO capabilities possible. Anyone who uses SLOs can now understand how they are steering the ship that stakeholders care about,” said Brian Singer, co-founder and Chief Product Officer, Nobl9. “Composite SLOs behave just like normal SLOs, but provide management with a detailed overview of reliability cascading down to the smallest element. We hope this will give engineers pride in their work, because they will understand how their efforts directly impact end-users, and by extension the health of their company.”

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Source – Businesswire