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Managing AI Agents in Production

Join us for a hands-on workshop where we’ll create and deploy an agent, and then use AgentControl to monitor and change its behavior in production without shipping code.

About this workshop

You'll learn how to:

  • Create a config. Add AgentControl to your agent so its prompts, models, and tools can be managed from a UI in a few clicks.
  • Update prompts, models, and tools without redeploying. Edit a variation's system prompt and watch the change take effect immediately.
  • Using a coding agent with the LaunchDarkly MCP server.
  • Route users or segments to different models. Configure targeting so an enterprise cohort hits one model while free-tier users stay on another, without any code change.
  • Evaluate agents side by side. Run an offline evaluation against a labeled dataset and review row-level scores alongside aggregate results.
  • Ship changes behind a guarded rollout. Configure a rollout with a model-as-judge guardrail, set a quality threshold, and watch the automatic rollback trigger when the threshold isn't met.

We'll close with a quick tour of where you can go next: agent-mode configs, agent graphs, custom judges, snippets, online evaluations, and more.

Prereqs: Just bring your computer. Accounts will be provisioned at check-in.

Speakers

Drew Gorton
Senior Director of Developer Relations, LaunchDarkly
Diane Phan
Developer Evangelist, LaunchDarkly
Bring Your Laptop
What teams do in production with agents.

From release control to self-healing systems, these are the problems teams solve using runtime control—right from their existing tools.

Ship AI-built code with confidence.
Ship AI-built code with confidence.

Progressively release changes and roll back instantly based on real-time impact.

Control and govern AI agents in production.
Control and govern AI agents in production.

Monitor agent behavior, detect drift, and take action without redeploying.

Experiment continuously.
Experiment continuously.

Experiment with code and agents in production and optimize based on real-world results.

Optimize AI performance and cost.
Optimize AI performance and cost.

Test prompts and models in production and dynamically route traffic to the best option.

Enable self-healing systems.
Enable self-healing systems.

Automatically prevent issues, understand change behavior, and fix issues instantly with suggested changes and PRs.