Multi-Agent LLM Orchestration Achieves Deterministic, High-Quality Decision Support for Incident Response
This work addresses the need for deterministic, high-quality decision support in production systems, making LLM-based incident response production-ready rather than just an incremental improvement.
The paper tackled the problem of vague and unusable recommendations from single-agent LLMs in incident response by demonstrating that multi-agent orchestration achieves 100% actionable recommendation rates, an 80 times improvement in action specificity and 140 times improvement in solution correctness compared to single-agent approaches.
Large language models (LLMs) promise to accelerate incident response in production systems, yet single-agent approaches generate vague, unusable recommendations. We present MyAntFarm.ai, a reproducible containerized framework demonstrating that multi-agent orchestration fundamentally transforms LLM-based incident response quality. Through 348 controlled trials comparing single-agent copilot versus multi-agent systems on identical incident scenarios, we find that multi-agent orchestration achieves 100% actionable recommendation rate versus 1.7% for single-agent approaches, an 80 times improvement in action specificity and 140 times improvement in solution correctness. Critically, multi-agent systems exhibit zero quality variance across all trials, enabling production SLA commitments impossible with inconsistent single-agent outputs. Both architectures achieve similar comprehension latency (approx.40s), establishing that the architectural value lies in deterministic quality, not speed. We introduce Decision Quality (DQ), a novel metric capturing validity, specificity, and correctness properties essential for operational deployment that existing LLM metrics do not address. These findings reframe multi-agent orchestration from a performance optimization to a production-readiness requirement for LLM-based incident response. All code, Docker configurations, and trial data are publicly available for reproduction.