A telecom provider's support system currently uses one large Foundry agent that tries to handle billing disputes, technical troubleshooting, and plan changes all with a single, very long system prompt covering every scenario. Response quality has dropped as the prompt has grown. A team proposes restructuring so a lightweight triage agent reads each incoming request and hands it off to one of three smaller, specialized agents built for billing, troubleshooting, or plan changes. What is the main benefit of this restructuring?
Select an answer to reveal the explanation.
Short Explanation
Trying to write one instruction sheet that covers billing disputes, technical troubleshooting, and plan changes all at once is asking for trouble, the sheet gets long, cluttered, and the model starts losing the thread. Splitting the work so a small router figures out what kind of request just came in, then hands it to a specialist built only for that one job, means each specialist gets to work off a short, focused set of instructions instead of one giant sprawling prompt. That focus is what tends to make responses sharper. It is not a magic fix though, breaking the system into pieces does not turn off the need for safety filtering on those pieces, does not make wrong answers impossible, and it does not let the team skip testing each specialist to confirm it actually handles its slice of the job well before it goes live.
Full Explanation
The correct answer is B. Splitting one overloaded agent into a triage agent plus specialized agents lets each specialized agent hold a shorter, targeted prompt built only for its own scenario, billing, troubleshooting, or plan changes, instead of one long prompt trying to cover every case at once; that focus is what typically improves reliability compared to a single agent managing every scenario. Option A is incorrect because content safety filtering is a separate deployment concern from prompt structure, and specialized agents still need it configured just as the original single agent did. Option C is incorrect because no orchestration pattern removes the possibility of incorrect answers; multi-agent routing improves focus and manageability but is not a guarantee against every mistake. Option D is incorrect because splitting responsibilities across agents does not reduce the need for evaluation, if anything each specialized agent, along with the triage logic that routes to it, still needs to be evaluated to confirm it performs its narrower job correctly before going live.