Scale Your Agent Operations With OpAMP for Splunk Observability Cloud: Introducing OpenTelemetry Fleet Management
Observability Courtney GannonKey takeaways
- OpenTelemetry Fleet Management gives teams one central place to manage observability agents and collectors across large environments.
- It provides real-time visibility into agent health, versions, and live configurations, helping teams quickly spot issues and reduce blind spots.
- By automating updates and integrating with existing workflows, it reduces manual work so engineering teams can focus more on innovation.
OpenTelemetry Fleet Management provides a critical, centralized infrastructure for managing the lifecycle of observability agents and collectors at scale. By leveraging the Open Agent Management Protocol (OpAMP), this solution enables organizations to gain comprehensive visibility into their agent inventory—including real-time health, status, and version tracking. By providing real-time visibility into agent inventory and effective configuration, customers gain complete transparency across their telemetry fleet, enabling them to audit current deployments, detect configuration drift, and troubleshoot issues with precision—all while significantly reducing operational overhead.
This capability is especially impactful for customers adopting OpenTelemetry, as it streamlines previously manual updates with automated, API-driven lifecycle management—ensuring a more consistent, scalable, and efficient observability practice.
Key Benefits
Engineering teams struggle with manual, fragmented management of agents and collectors. By using OpAMP, teams can standardize on a central management system to communicate with and control these agents across a distributed infrastructure.
By implementing a centralized service the burden shifts from manual, per-host configuration to a scalable, API-driven model. This directly impacts your ability to maintain observability at scale without requiring constant intervention from application development teams.
- Centralized Visibility and Inventory Management: Customers gain a single pane of glass to track the health, status, and versioning of their entire agent fleet. This eliminates the uncertainty of "blind spots" in large-scale deployments.
- Improved Reliability: By moving toward a standardized, automated management layer, customers can ensure that their observability agents are consistently configured and healthy, leading to more reliable data collection and more accurate alerting.
- Live configuration: Customers can view each collector’s effective configuration YAML directly. This is the configuration that the OpenTelemetry agent is actually running with after all sources, defaults, overrides, and environment-specific resolution have been applied. With this capability, you no longer need to manually access each host to validate whether the intended configuration has been successfully applied. The live configuration can help with debugging - identifying any misconfigurations, detect drift and provide audibility (“what is really active?”).
- Easy Integration: With APIs, you can programmatically integrate with your existing workflows such as CI/CD—operations like runbooks, audits and validation—enabling immediate value.
Whether you are scaling your current operations or newly adopting OpenTelemetry, this centralized approach ensures your telemetry remains accurate, reliable, and easy to manage, ultimately empowering your engineering teams to focus on innovation rather than maintenance.
Related Articles

Going Beyond Today’s Asset and Risk Intelligence: What’s New in Splunk ARI 1.2

Machine Learning in Security: Detecting Suspicious Processes Using Recurrent Neural Networks
