Agent Configuration

Fine-tune every aspect of your AI agent's behavior, from the system prompt and model selection to advanced inference parameters that control response quality and consistency.

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Agent configuration

System Prompt

The system prompt is the core instruction set that defines your agent's personality, role, knowledge boundaries, and behavioral guidelines. It is prepended to every conversation and serves as the agent's persistent context.

Role Definition

Clearly state the agent's role and purpose. For example: "You are a customer support agent for Acme Corp." This sets expectations for the LLM's behavior.

Tone and Style

Define the communication style: professional, casual, empathetic, technical. Provide examples of desired response patterns to guide the model.

Constraints and Boundaries

Specify what the agent should not do: avoid making promises, never share sensitive data, escalate complex issues to humans. Clear constraints prevent undesirable behavior.

Formatting Guidelines

Instruct the agent on response format: use bullet points for steps, wrap code in markdown blocks, include source citations, or end with a specific closing question.

Prompt Best Practices

Keep system prompts between 200-500 words. Be specific, include examples, and iterate based on real conversation analysis. A well-crafted prompt is the single most impactful configuration you can make.

Model Selection

Choose the language model that best fits your use case. Each model offers different trade-offs in capability, speed, cost, and context window size.

ModelContext WindowSpeedBest ForCost
GPT-4 Turbo128K tokensFastComplex reasoning, long context$$$
Claude Sonnet 4200K tokensFastBalanced, nuanced conversations$$
Claude Haiku200K tokensVery FastHigh-throughput, simple tasks$
Gemini Pro128K tokensFastMultimodal, cost-effective$
GPT-4o Mini128K tokensVery FastBudget-friendly, good quality$

Model Availability

Model availability depends on your plan. Free tier includes GPT-4o Mini and GPT-3.5 Turbo. Pro and Enterprise plans unlock GPT-4, Claude, and Gemini models.

Parameters

LLM parameters give you fine-grained control over response generation. Adjust these to balance creativity, consistency, and cost.

Temperature (0-2)

Controls the randomness of token selection. Lower values (0.1-0.3) produce focused, deterministic outputs ideal for factual responses. Higher values (0.8-1.5) generate more creative and varied responses.

0.1 - 0.3:Factual, consistent (support, FAQ)
0.4 - 0.7:Balanced (general conversation)
0.8 - 1.2:Creative (storytelling, brainstorming)

Max Tokens

Maximum number of tokens the model can generate in a single response. Each token is roughly 0.75 words. Higher values allow longer responses but increase cost and latency.

256 - 512:Short answers, quick responses
1000 - 2000:Standard conversation (recommended)
4000+:Detailed analysis, long-form content

Top P (0-1)

Nucleus sampling — considers tokens with cumulative probability up to P. Lower values make output more focused. Alternative to temperature for controlling randomness.

0.1 - 0.3:Very focused, deterministic
0.5 - 0.9:Balanced (default: 0.9)
1.0:Maximum diversity

Frequency & Presence Penalty

Frequency penalty reduces repetition of tokens that have already appeared. Presence penalty encourages the model to talk about new topics. Range: -2.0 to 2.0.

0.0 - 0.5:Mild repetition reduction
0.6 - 1.5:Strong diversity enforcement
Negative:Encourage repetition (rarely used)

Advanced Settings

Additional configuration options for fine-tuning agent behavior.

Stop Sequences

Define strings that signal the model to stop generating. Useful for controlling response structure and preventing runaway generation.

Context Management

Control how conversation history is truncated to fit within the model's context window. Options include sliding window, summarization, and token-based truncation.

Rate Limiting and Throttling

Configure per-user and per-agent rate limits to control costs and prevent abuse.

Configuration Best Practices

Start with conservative parameters (low temperature, moderate max tokens) and gradually adjust based on observed behavior. Monitor session logs to identify when adjustments are needed.