QualifyOver 90 Days

Foundational Talent Strategy Blueprint - Pilot

ID: 6341757-30

Potential Value

$5,000,000

Deal Value

$0

Stated Probability

50%

Days in Pipeline

100

Client & Account

Client

Matrix Manufacturing Logistics

City

San Francisco

Region

USLI

Sub-Sector

SLED

Service Classification

Service Line

SaT

Field of Play

Strategy & Transformation

Opportunity Sub-SL

Transactions & Corporate Finance

Competency

TCF - Reimagine Reshape & Grow

Global Service Code

Regulatory Compliance (61122)

People & Dates

Partner

Hall Feng

Pursuit Leader

Johansen Dieter

Open Date

Feb 2, 2026

Anticipated Win Date

Dec 31, 2027

Close Date

N/A

Details

Description

Foundational Talent Strategy Blueprint - Pilot

Triage & Expected Value

Triage Model: P(Pursue)

Predicts likelihood of pursuit vs. decline

P(Pursue)

94.4%

Expected Value (EV = P(Pursue) × P(Win) × Value)

$2,928,288

Key Triage Drivers

Non-recurring work
+0.997
Work type
+0.740
Recurring/additional sale
+0.309

Win Probability Models

P(Pursue)

94.4%

Model A: Planning

62.0%

Model B: Early Signal

82.8%

Stated Probability

50%

Model A: Planning

Includes deal age and timeline factors. Best for active pipeline management.

Win Probability

62.0%

Key Drivers

Time in current pipeline stage
-1.813
Brand new pursuit (vs renewal)
+1.702
Deal age (days since open)
-0.829

Plain English

The model a: planning estimates a moderate probability of winning (62%). Factors working in favor: brand new pursuit (vs renewal). Factors working against: time in current pipeline stage, deal age (days since open).

Model B: Early Signal

Excludes timeline factors. Better for early-stage assessment.

Win Probability

82.8%

Key Drivers

Brand new pursuit (vs renewal)
+1.187
Deal size vs service line median
-0.690
Recurring/additional sale
+0.577

Plain English

The model b: early signal estimates a high probability of winning (83%). Factors working in favor: brand new pursuit (vs renewal), recurring/additional sale. Factors working against: deal size vs service line median.