Elastic Observability

Full-stack observability refers to the ability of an observability solution to monitor the entire application stack — from the end user, to the application code and infrastructure. A full-stack observability solution typically consists of several capabilities including, Log Monitoring and Analytics, Cloud and Infrastructure Monitoring, Application Performance Monitoring, Digital Experience Monitoring, Continuous Profiling, and AIOps. Take our self assessment to understand how you stack up with regards to your maturity journey towards a unified full-stack observability platform so you can analyze telemetry holistically and achieve faster mean time to resolution.

Full stack observability enables organizations to achieve business and operational excellence. By implementing full-stack observability, SRE teams break down silos and can proactively detect and resolve issues faster with contextual alerts and effective cross-functional collaboration. Businesses can deliver on SLAs and improve time to market, operational efficiency, and customer satisfaction. Learn more about the benefits of full-stack observability.

Businesses everywhere are facing a challenging environment: increased cost pressures coupled with high volumes of data generated by complex, distributed, cloud-native environments. As a result, teams need smarter analytics, with data access, and retention across all their data — instantly and from anywhere — in order to resolve issues, make decisions, and ensure resiliency. Many companies that have adopted Splunk Enterprise have a choice to make, since Splunk offers fragmented observability with Splunk Enterprise, Splunk Cloud, and Splunk Observability with different pricing models. By contrast, Elastic offers a fast, simple, solution that positions companies for the future.

Observability can be thought of as the evolution of monitoring for modern applications. Fundamentally, it is the ability of applications and infrastructure to expose their internal state through actionable logs, published metrics, and distributed traces. As an approach, observability is better suited than traditional monitoring to manage the complexity and scale of cloud-native environments through the collection, transformation, correlation, analysis, and visualization of these signals. Observability continues to evolve with new trends and technologies.

When implementing observability, think in terms of technical and operational readiness. Make sure you have the people and processes in place to support an observability function. Determine the data you want to collect initially. If you are just starting out, we recommend beginning with a single application as a pilot and focusing on one type of signal (e.g., logs) before moving on to metrics and traces. Plan for the future by choosing an observability solution that can grow with you. Ready to begin? See how Elastic’s internal SRE organization has implemented observability at scale.

Elastic's Search AI Lake is optimized for real-time, low-latency applications, making it an ideal architecture for your AI-driven future. It revolutionizes data lakes by bringing together the expansive storage capacity of a data lake with low-latency querying and the powerful search and AI relevance capabilities of Elasticsearch. Search AI Lake powers a new Elastic Cloud serverless deployment — removing all operational overhead so your teams can start innovating.