Short answer
LoadStrike provides an option for self-hosted scenario execution, enabling teams to run load tests against internal services while explicitly controlling report storage and telemetry destinations, all within their own infrastructure.
Harnessing Self-Hosted Load Testing with LoadStrike
Leverage LoadStrike's self-hosted scenario execution to test internal services securely while controlling where reports and telemetry are sent.
Article
Leverage LoadStrike's self-hosted scenario execution to test internal services securely while controlling where reports and telemetry are sent.
When to read this
This article is ideal for engineering and test teams evaluating self-hosted load testing solutions to maintain control over their testing environments.
Use this article as the fast path into implementation
Start with the article for context, then move into the linked docs and category pages for the concrete runtime, protocol, or reporting setup.
Key takeaways
What matters most from this article
- Control where your telemetry and reports are stored, ensuring data privacy.
- Scale your testing with a self-hosted setup, adapting to your organization’s needs.
- Leverage advanced reporting mechanisms to gain insights into load testing results.
- Utilize LoadStrike's Enterprise features for enhanced capabilities in testing.
LoadStrike's self-hosted scenario execution feature allows organizations to run performance tests against their internal services directly within their controlled infrastructure. This setup is particularly beneficial for enterprises that prioritize data security and compliance. By having the ability to dictate exactly where reports and telemetry go, teams can ensure that sensitive data remains within their own environments, mitigating potential risks associated with external data exposure.
Setting up this feature is straightforward but does come with specific requirements. Organizations need to deploy the LoadStrike cluster, which consists of a coordinator and one or more agents. The self-hosted environment requires a valid runner key for execution validation, and while the cluster can scale effectively, full offline capacity is not supported. The feature is designed for environments where you can manage and monitor the load generation, allowing you to simulate real-world traffic patterns directly from your own infrastructure.
Realistic Use Case for Internal Services Testing
Consider a financial institution wanting to load test its newly developed banking application. Using LoadStrike's self-hosted scenario execution, the bank can set up tests that mirror real user interactions without risking sensitive customer data. Reports generated from these tests can be directed to internal dashboards, ensuring compliance with financial regulations.
Configuration and Execution Challenges
To implement self-hosted scenario execution, you'll set up a coordinator node alongside various agent nodes connected via a NATS server. It's crucial to ensure that your SDK version, especially for the Go SDK, matches the expected runtime, as the remote execution feature necessitates specific configurations for successful operation.
Navigating Limitations and Requirements
Teams should note that while self-hosted execution allows for robust testing capabilities, it still requires a valid runner key and is not intended for completely offline, air-gapped environments. The Enterprise package is necessary for advanced features such as detailed reporting sinks and cluster execution. Without this package, users may face limitations on functionality.
Proof
Evidence to review
Use these proof assets to verify report output, examples, and methodology before turning the article into a scenario.
Cluster Overview
Cluster mode lets one LoadStrike run spread across multiple nodes. Use it when a single machine is not enough or when topology matters.
Agents And Coordinator
Learn how coordinator and agent nodes split, execute, and merge one clustered LoadStrike run.
Reporting Sinks
Reporting sinks send LoadStrike data to the customer portal or supported observability backends for dashboards, alerts, search, and longer-term review.
Related
Related reading
These links keep the article connected to the docs, category pages, and comparisons that help engineers act on the topic.
Cluster Overview
Cluster mode lets one LoadStrike run spread across multiple nodes. Use it when a single machine is not enough or when topology matters.
Agents And Coordinator
Learn how coordinator and agent nodes split, execute, and merge one clustered LoadStrike run.
Reporting Sinks
Reporting sinks send LoadStrike data to the customer portal or supported observability backends for dashboards, alerts, search, and longer-term review.
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Common questions
Common questions about this topic
These answers stay on the page so readers can scan the practical questions that usually come next.
Can I fully execute LoadStrike tests without any network connection?
No, while you can run self-hosted scenarios on your infrastructure, a network connection is required for runner key validation.
What are the prerequisites for using LoadStrike's cluster mode?
You need to deploy a coordinator and at least one agent, and ensure you're using a compatible SDK and runtime version.
Continue exploring
Start testing real transactions today.
Go deeper with the docs, category pages, examples, and comparison guides connected to the distributed-system patterns discussed in this article.