What’s a Reasonable Escalation Resolution Time Target?

A reasonable escalation resolution time target should reflect the escalation’s actual complexity rather than a single fixed number applied universally, since a simple authority-limit request can reasonably resolve in minutes, while a genuinely complex, multi-department issue may take considerably longer without that longer time necessarily indicating a problem.

Why a Single Fixed Target Doesn’t Fit Every Escalation

An escalation requiring only a supervisor’s sign-off on a routine exception can reasonably resolve within the same call. An escalation requiring coordination across billing, technical support, and account management genuinely takes longer to resolve properly, and holding both to the same fixed time target would either rush the complex case or pad the simple one unnecessarily.

What a Complexity-Tiered Target Structure Looks Like

Setting different reasonable time expectations by escalation type — a fast target for authority-limit requests, a longer but still bounded target for multi-department coordination — reflects the actual work involved rather than forcing every escalation into an identical timeline regardless of complexity.

Why Resolution Quality Still Matters More Than Speed Alone

A fast resolution that doesn’t actually address the customer’s underlying issue, requiring a repeat contact shortly after, is a worse outcome than a somewhat slower resolution that genuinely resolves things the first time — resolution time targets should be balanced against actual resolution quality, not optimized for speed alone.

The Short Answer

Rather than one fixed number, a reasonable resolution time target should scale with escalation complexity, with simple authority-limit requests resolving quickly and genuinely complex cases reasonably taking longer, always balanced against actual resolution quality rather than speed alone. This tiered approach is consistent with how ORS™ (Operational Regulation Systems), built by Matthew F. Stevens, evaluates escalation resolution standards.