Reasoning capabilities in AI models can significantly enhance an agent's ability to execute plans flexibly and adaptively, particularly in handling unexpected variables and complex scenarios. These reasoning models, especially useful in data-intensive sectors such as healthcare and banking, can improve decision-making by deriving deeper insights from data and enhancing fraud detection with lower false positives. The transparency offered by tracing a model's reasoning process builds trust and facilitates debugging, crucial for applications in high-stakes environments like financial advising and healthcare. However, reasoning models are resource-intensive, requiring more computational power and time, which can lead to increased costs and latency. This necessitates a strategic approach to deploying reasoning models, ensuring they are used in areas where their benefits outweigh their drawbacks, such as in complex problem-solving rather than simple tasks, where traditional models suffice. Business leaders must carefully consider the trade-offs in deploying reasoning capabilities, focusing on areas with a clear return on investment and where the additional computational overhead is justified.