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LLM applications are typically designed to converge quickly toward a single answer. But for complex problems, exploring multiple perspectives before reaching a conclusion can lead to more robust outcomes.
In this technical session, Kayalvizhi T will explore how model-level tuning and system-level orchestration can work together to build LLM systems that are more exploratory and adaptive.
Using AgentWeave as the core system, the session will explore how to preserve diverse perspectives, evaluate different approaches, and introduce mechanisms for adaptive convergence.

### What We'll Explore

  • The convergence problem in LLM systems
  • AgentWeave architecture and orchestration
  • Preserving diverse perspectives and productive disagreement
  • Model-level tuning vs. system-level orchestration
  • Evaluation strategies for exploratory LLM systems
  • Adaptive convergence — deciding when the system has explored enough
  • Balancing exploration with practical system requirements
  • Cost, latency, and reliability trade-offs
  • Practical examples and lessons from building these systems

### Session Format

Technical Talk + Architecture Walkthrough + Practical Examples + Short Demo

Join us for a technical discussion on designing LLM systems that explore before they converge.

### Speaker

Kayalvizhi T
Founding Engineer, Qonfido

Related topics

Artificial Intelligence
Artificial Intelligence Applications
Deep Learning
Machine Intelligence
Machine Learning

Sponsors

Cerebrone AI

Cerebrone AI

Cerebrone AI provides Gen AI consulting solutions

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