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AI Agents in Customer Support: A Guide

AI Agents in Customer Support: A Guide

Enterprise Agents

A practical guide to deploying AI agents in customer support, covering where they genuinely help, where human handoff matters, and how to design escalation.

Customer support is one of the most mature use cases for enterprise AI agents, with enough real deployment history now to say clearly what actually works.

Triage and routing, correctly categorizing and directing incoming requests. Well-documented, repetitive questions with clear, consistent answers. Initial information gathering before a human agent gets involved, cutting the time spent on preliminary back-and-forth.

Genuinely novel problems without a documented answer, real frustration or escalation, and anything where a wrong answer carries real consequences still benefit from a clear, fast path to a human. A support system that traps frustrated customers in an agent loop with no escape does real brand damage.

Our full autonomy risk guide covers the underlying principle: set autonomy based on reversibility. In support specifically, a clear, easy escalation should exist from the start, not be added after a visible failure.

The real measure of a good deployment is how gracefully it hands off cases it can’t handle, not how few humans it needs on paper. See McKinsey’s own research on enterprise AI adoption.

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Multi-Agent Coding Systems, Explained

Multi-Agent Coding Systems, Explained

Coding Agents

An explainer on multi-agent coding systems, how orchestrator and subagent architecture works, and the coordination tradeoffs involved.

Rather than one agent handling an entire coding task alone, the newest coding tools increasingly split work across multiple specialized agents running in parallel.

An orchestrator agent breaks a larger task into pieces and assigns them to specialized subagents, one testing, one writing documentation, one reviewing code, running simultaneously rather than sequentially. The orchestrator combines their output into a coherent result.

Running specialized tasks in parallel is simply faster than one agent handling writing, testing, and documentation one after another. Each subagent can also be more narrowly focused, producing more reliable results on its specific piece than a single agent context-switching between very different work.

GitHub Copilot’s multi-agent mode is a direct, mainstream example, letting one request spawn parallel subagents for different aspects of a coding task rather than a single linear session.

Multiple agents working on interdependent parts need to stay coordinated, and conflicting changes between parallel subagents are a genuine failure mode. Review the combined output carefully, especially where different agents’ work intersects. See Terminal-Bench for coding-agent results.