Decision Economics

How long should a marketing decision actually take?

Decision latency is the time between when a signal becomes available and when your organization commits to acting on it. Mid-market decisions resolve in roughly 5–9 days; enterprise decisions in 12–21; the slowest regulated approval chains stretch past 30. If your team takes two weeks to act on a clear signal, you are normal for an enterprise and slow for everyone else.

Most organizations measure the quality of their decisions and ignore the speed. Latency is where the money actually leaks — and it is the one number nobody on the org chart is paid to lower.

Why this metric exists

Cost Per Decision establishes that every decision carries a cost. Decision latency is the hidden multiplier on that cost. A decision that is correct but arrives two weeks late is not a correct decision — it is a stale one, made against a signal the market has already moved past. The full argument for why this metric matters — and why it's a P&L problem, not an ops one — is in Decision Latency: The Rate-of-Learning Metric That Finally Has a Number.

In an auction-based, continuously-optimizing channel, latency compounds. Every day a budget shift, a creative kill, or a structural change waits in committee is a day the algorithm spends against the old answer. The cost is not the decision. The cost is the wait.

The benchmark table

v1 SYNTHESIS — directional only. These figures are a baseline synthesized from public reporting on marketing approval cycles and organizational decision-making — they are not yet primary Uncommon Move data. Treat them as directional. Primary data collection is underway and these numbers will be replaced.

v1 synthesis — directional decision latency (days, signal-clear → executing)
Sector \ Size Mid-Market
(50–500 emp.)
Enterprise
(500+ emp.)
SaaS4–7 daysv110–16 daysv1
FinTech6–10 daysv114–24 daysv1
Healthcare / Insurance8–14 daysv118–32 daysv1
Retail / DTC3–6 daysv18–14 daysv1

Latency = signal availability → committed action. Ranges reflect the typical span from "the data is clear" to "the decision is approved and executing." v1 synthesis from public reporting; directional only, to be replaced with primary data.

How to read it

Find your sector and size, then locate yourself against three bands:

Fast

At or below the low end of your cell. You are acting on signal while it is still fresh. This is the competitive position.

Typical

Within your cell's range. Average for your peer group — and invisible to you, because everyone around you moves at the same speed.

At-risk

Above the high end of your cell. Decisions arrive stale. You are optimizing against conditions that no longer hold.

So: is your 14-day committee approval standard or failing? In enterprise FinTech, it is standard. In mid-market DTC, it is a structural liability. The same number is healthy or alarming depending entirely on the room you are competing in.

What drives the variance

Latency is not a personality trait of slow companies — it is an architecture. Three things drive it.

Approval layers. Each additional sign-off compounds latency rather than adding to it. A decision requiring four approvals does not take four times as long as one — it takes longer, because each layer introduces queue time, not just review time.

Data trust. Teams that do not trust their measurement re-litigate the signal before every decision. Low data trust converts directly into latency: you cannot move fast on a number you suspect is wrong. This is where broken measurement becomes a latency tax.

Committee size. Decision latency scales with the number of people who can say no. The fix is rarely "decide faster" — it is "reduce the number of nodes the decision has to pass through."

This is an org-design problem, not a productivity problem. You do not solve it with a faster tool; you solve it by redesigning the approval architecture.

If your marketing team takes more than 48 hours to reallocate budget against a fresh signal, you are not running an AI-driven marketing organization. You are running a legacy one with AI tools bolted on.

The P&L translation

Convert latency to money through Cost Per Decision. If a decision is worth a 10% efficiency improvement on a $500K monthly channel, that is $50K/month — roughly $1,650/day of value. An enterprise decision that takes 21 days instead of 7 does not cost 14 extra days of patience. It costs 14 days × the daily value of the improvement you delayed.

That is the line a CFO recognizes: latency is a carrying cost on decisions you have already effectively made but have not executed. To put your own number on it, run the Decision Latency Calculator — three fields, two minutes, the dollar cost of every week your decisions sit in committee.

Help build the v2 benchmark

The figures above are a directional synthesis. The real benchmark is being built from primary data — and you can contribute the one number that matters: from "the data is clear" to "the decision is executing," how long does it take in your org? Contributions are anonymized and aggregated into the next version of this table. Join Stay Sharp to get the v2 benchmark when it ships.

Methodology

The v1 figures are a directional synthesis of publicly available reporting on marketing approval cycles, decision-making cadence, and organizational structure across the named sectors. They are not primary Uncommon Move data and should be read as a starting baseline, not a measured result. Primary data collection is underway; each subsequent version of this table will be more authoritative than the last, replacing synthesized ranges with observed medians and stated sample sizes.

Put a number on your latency.

The 2026 Signal Architecture Framework is the operating manual — the Cost Per Decision worksheet, the Signal Flow Map, and the Meridian Readiness Checklist. Free. 14 pages. Built to be taken into a leadership meeting.

Get the 2026 Signal Architecture Framework →