All Case Studies
Amazon Ads 2024 – 2026

From Fragmented Events to a
Governed Commercial Operating System

A $3.4B tentpole program running across disconnected verticals, with no shared model, no unified execution layer, and no mechanism to measure what was working. This is how that changed.

$3.4B
Commercial program scope
32% → 80%+
Pitch coverage in one cycle
46%
YoY closed-won revenue growth
8 hrs → 3 hrs
Escalation resolution time
The Problem

Five Verticals. No Shared Model.

Amazon's tentpole events Prime Day, Black Friday, holiday peak represented a $3.4B commercial program. But the infrastructure running that program was not a program at all. It was five separate vertical teams executing against the same calendar with incompatible processes, no shared readiness criteria, and no mechanism for leadership to see the full picture in time to act on it.

Pitch coverage sat at 32%. Teams were building decks that never reached the right buyers. Escalations took an average of eight hours to resolve because there was no clear ownership model when issues crossed vertical lines. Wins were happening, but they were happening despite the system, not because of it.

The commercial opportunity was real. The infrastructure to capture it consistently was not.

The Diagnosis

Three Root Causes

Before designing anything, the work was to understand why a program this large was running without a shared operating model. Three structural issues emerged:

01

No phase-gated readiness standard

Each vertical defined "ready to pitch" differently. Some teams were presenting to cold accounts. Others had relationships in place but no structured ask. Without a shared definition of readiness, pitch quality was inconsistent and coverage data was meaningless.

02

Escalation ownership was implicit

When a deal crossed vertical lines or required a non-standard solution, there was no explicit owner. Deals sat in informal handoffs. Eight-hour resolution times were the result of a structural gap, not a people problem.

03

No unified signal for leadership

Because verticals tracked differently, program leadership had no consolidated view of pipeline health, pitch coverage, or risk. Decisions were being made on partial information during the windows that mattered most.

The Architecture

The PEAK Framework

The solution was a five-layer commercial operating system called PEAK built to run consistently across all verticals while preserving the autonomy each team needed to execute against their specific accounts.

P

Pipeline Qualification

A shared readiness rubric applied across all verticals before any pitch was initiated. Accounts scored against a standard set of criteria: relationship depth, solution fit, timing, and budget signal. Only qualified accounts entered the pitch motion.

E

Escalation Architecture

A tiered escalation model with explicit ownership at each level. Cross-vertical issues had a named owner within 30 minutes. Resolution time target dropped from eight hours to three and held across two full cycles.

A

Account Coverage Mapping

A unified coverage map built before each event cycle, showing which accounts had active relationships, which were reachable but uncovered, and which required cross-vertical coordination to access. Coverage gaps became visible and addressable before the pitch window opened.

K

Knowledge + Signal Layer

A reporting infrastructure that consolidated pipeline health, pitch status, and win/loss signal across all verticals into a single weekly view for program leadership. Decisions during peak periods were made on complete information for the first time.

Execution

Two Cycles to Prove It

The framework was designed to run through two full tentpole cycles before drawing conclusions. The first cycle was proof of concept getting the verticals onto the shared model and establishing baseline data. The second was the operational test running the system at full scale and measuring the delta.

Adoption required navigating five teams with different norms, different tooling, and different views on what "good" looked like. The operating model was introduced as infrastructure, not mandate teams adopted it because it made their own execution easier, not because they were required to.

The escalation architecture was the fastest win. Within the first six weeks of the first cycle, resolution time had dropped from eight hours to three. That number became a reference point that made every subsequent conversation about the system easier.

Results

What the System Produced

32% → 80%+
Pitch coverage

Achieved in the second full cycle after the unified coverage mapping and qualification rubric were in place.

46%
YoY closed-won growth

Revenue growth driven by coverage expansion and improved pitch quality, not headcount increase.

8 hrs → 3 hrs
Escalation resolution

Held consistently across both cycles after the ownership model was established.

5 verticals
Operating on one model

Unified without removing vertical autonomy. Teams adopted because the model made their work easier.

What This Demonstrates

The Pattern Behind the Result

The 46% revenue growth and the coverage jump from 32% to 80% are the outcomes. But the more durable signal is what the work required to produce them: diagnosing structural root causes instead of patching surface symptoms, designing a system that five independent teams would voluntarily adopt, and building the reporting layer that made program-level decisions possible during the periods when they mattered most.

This is the operating pattern. The industry and the program size change. The approach does not.

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