Build Your First AI Agent: A Practical Guide to Tools, Memory, and Guardrails
Learn how to design an AI agent that plans tasks, calls tools, retains useful context, handles failures, and operates safely in a real production workflow.
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Learn how to design an AI agent that plans tasks, calls tools, retains useful context, handles failures, and operates safely in a real production workflow.
Compare retrieval-augmented generation and fine-tuning across cost, accuracy, maintenance, privacy, and speed to determine which approach fits your use case.
Explore how language models approach complex problems, why visible reasoning may be unreliable, and which evaluation methods offer stronger evidence of capability.
Build a task-specific evaluation suite that measures accuracy, latency, cost, consistency, and safety using examples drawn from your actual business processes.
See how routing, retrieval, structured outputs, observability, caching, fallbacks, and human review combine to make an LLM application dependable at scale.
This case study follows an agentic support system from prototype to rollout, revealing where automation saved time, where humans stayed essential, and why.
Smaller models can outperform larger rivals on cost, latency, privacy, and specialized tasks when teams optimize data, deployment, and evaluation carefully.
Model fees are only the beginning; learn how retries, long contexts, retrieval, observability, and traffic patterns shape the true economics of an AI product.
We compare Claude and GPT across document analysis, extraction, summarization, citations, context handling, speed, and cost using realistic knowledge-work tasks.
Examine when synthetic data improves coverage, privacy, and model performance—and when feedback loops, hidden bias, and weak validation make it a liability.
As AI systems become more autonomous, clear instructions, context design, tool schemas, evaluation criteria, and failure handling remain essential disciplines.
AI answer engines are reshaping how people find information, but citation quality, freshness, incentives, and verification will determine whether users stay.