product life cycle ken homa © k.e. homa 2000. time introduction growth maturity decline product...

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Product Life Cycle Ken Homa © K.E. Homa 2000

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Page 1: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Product Life Cycle

Ken Homa

© K.E. Homa 2000

Page 2: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Time

Introduction

Growth

Maturity

Decline

Product Life Cycle

Page 3: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Growth

Maturity

Decline

Product Life Cycle

• Typical pattern, highly varied…broadly representative …product, brand, geography…not necessarily predictive…instructive, not definitive…conceptually based:

diffusion, tech adoption

Page 4: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Diffusion Models

Page 5: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Diffusion Models

• Innovators (First in)…Motivated by market knowledge

• Imitators (Followers)…Motivated by interpersonal influences

Page 6: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Simplified Diffusion Model

InitialInnovators

InitialPotential

InnovationRate

InitialBuyers

Page 7: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Simplified Diffusion Model

TotalMarket

Potential

NewInnovators

RemainingPotential

AlreadyBought

InnovationRate

NewBuyers

Page 8: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Simplified Diffusion Model

TotalMarket

Potential

NewInnovators

RemainingPotential

AlreadyBought

InnovationRate

NewImitators

ImitationRate

NewBuyers

Page 9: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Simplified Diffusion Model

TotalMarket

Potential

NewInnovators

RemainingPotential

AlreadyBought

InnovationRate

NewImitators

ImitationRate

NewBuyers

Page 10: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

TotalMarket

Potential

ImitationRate

AlreadyBought

MomentumFactor

TotalMarket

Potential

InnovationRate

CurrentImitation

RateNew

BuyersRate

RemainingPotential

NewBuyers

Bass Diffusion Model

Page 11: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Bass Diffusion ModelIllustrative Penetration Pattern

0.%

10.%

20.%

30.%

40.%

50.%

60.%

70.%

80.%

90.%

100.%

0 1 2 3 4 5 6 7 8 9 10

ASSUMPTIONS

Market Potential = 1000

Innovation Rate = 10%

Imitation Rate = 33%

Page 12: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Illustrative Buying Pattern

ASSUMPTIONS

Market Potential = 1000

Innovation Rate = 10%

Imitation Rate = 33%

0

50

100

150

1 2 3 4 5 6 7 8 9 10

TOTAL BUYERS

IMITATORS

INNOVATORS

Bass Diffusion Model

Page 13: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Technology Adoption Life Cycle

34%

Earlymajority

Time of adoption of innovations

34%

Latemajority

16%Laggards

2.5%Innovators Early

adopters

13.5%

Adapted from Geoffrey Moore, Crossing the Chasm

Page 14: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Growth

Maturity

Decline

Product Life Cycle

• Typical pattern, conceptually based

• Cash flow critical…Mature ‘lend’, growing ‘borrow’…Direct link to portfolio strategy

Page 15: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Decline

Maturity

GrowthSales

Product Life Cycle

Loss Loss

Profit

Page 16: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Decline

Maturity

GrowthSales

Loss

Profit

Product Life Cycle

Loss

Page 17: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Product Life CycleCash Flow Summary

Intro-duction

Growth Maturity Decline

Net Income

Investment

Intro-duction

Growth Maturity Decline

Intro-duction

Maturity DeclineGrowth

Cash Flow from Operations and Investments

Page 18: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Business Portfolio => Cash Flow

Growth Businesses

Mature Businesses

Intro Businesses

Declining Businesses

External FinancingExternal Financing CASH

Page 19: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Linking PLC & Business Portfolio

Low High

Low

High

Relative Business Strength

Mar

ket A

ttrac

tiven

ess

Invest/GrowDevelop or Withdraw

Earn/ProtectHarvest/Divest

High Cost Low CostCompetitive Cost Position

Cas

h Fl

ow P

ositi

on

Out

flow

Inflo

w

GrowthIntroduction

MatureDecline

Page 20: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Growth

Maturity

Decline

Product Life Cycle

• Typical pattern, diffusion based

• Cash flow critical, portfolio linked

• Manageable …

Page 21: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Growth

Maturity

Decline

PLC Management

Page 22: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Growth

Maturity

Decline

PLC Management

FasterFaster

Page 23: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Growth

Maturity

Decline

PLC Management

FasterFaster

HigherHigher

Page 24: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Growth

Maturity

Decline

PLC Management

FasterFaster

LongerLonger

HigherHigher

Page 25: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Growth

Maturity

Decline

PLC Management

FasterFaster

More profitably …More profitably …

LongerLonger

HigherHigher

Page 26: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Introduction

Growth

Maturity

Decline

PLC Management

FasterFaster

LongerLonger

HigherHigher

Tactical differentiationCompetitive positioningStrategic regenerationCrossing the Chasm

Page 27: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Managing the PLC

• Tactical differentiation

• Competitive positioning

• Strategic regeneration

• Crossing the Chasm

Page 28: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Differentiated PLC Management

Strategy Class Investment Policy Strategic Role Management Focus

Introduction Phased/Selective Establish a profitable position or cut losses

Market position1st Mover ?

Growth Aggressive Provide future cash flow base

Sales/ShareInstalled base

Maturity As needed to protect profits (cost reduction, line extensions, etc.)

Generate current cash needs

Profitable Share

Decline Highly Restrictive Maximize short-term profits; contain losses

Profits/CashLast in ?

Page 29: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Industry

Weak Competitor

Product Life CycleCompetitive Positioning

Strong Competitor

First Mover, orPredatory Follower

Last In …

Page 30: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Product Life CycleRegeneration

“Natural”Evolution

Page 31: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Product Life CycleRegeneration

“Natural”Evolution

“Induced”Regeneration

Page 32: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Mkt AMkt B

Mkt C

Mkt D

Product Life CycleRegeneration

Page 33: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Mkt AMkt B

Mkt C

Mkt D

Product Life CycleRegeneration

Page 34: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Product Life CycleRegeneration - Intel

386

Page 35: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Product Life CycleRegeneration - Intel

386

486

Page 36: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Product Life CycleRegeneration - Intel

386

486

Pentium

Page 37: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Product Life CycleRegeneration - Intel

386

486

Pentium

Page 38: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Innovator’s Dilemma

EstablishedTechnology

Page 39: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Innovator’s Dilemma

EstablishedTechnology

DisruptiveTechnology

Page 40: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Innovator’s Dilemma

EstablishedTechnology

DisruptiveTechnology

Page 41: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Innovator’s Dilemma

EstablishedTechnology

DisruptiveTechnology

Page 42: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Innovator’s Dilemma

EstablishedTechnology

DisruptiveTechnology

Why upstarts and not established players?

Page 43: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Innovator’s Dilemma

EstablishedTechnology

DisruptiveTechnology

Why upstarts and not established players?

High dependency on existing customers

Initial market too small (relative to current)

Uncertain potential, certain consequences

Page 44: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

“Crossing the Chasm”

34%

Earlymajority

Time of adoption of innovations

Earlyadopters

2.5%Innovators

34%

Latemajority

16%Laggards

13.5%

Chasm

“Immature” solution No “killer application”

Page 45: Product Life Cycle Ken Homa © K.E. Homa 2000. Time Introduction Growth Maturity Decline Product Life Cycle

Time

Introduction

Growth

Maturity

Decline

Product Life Cycle

• Typical pattern, highly varied…broadly representative…product, brand,geography…not necessarily predictive… instructive, not definitive…conceptually based:

diffusion, tech adoption

• Cash flow critical…Mature ‘lend’, growing ‘borrow’…Direct link to portfolio strategy

• Manageable ……Differentiated tactics…Competitive positioning…Strategic regeneration…Crossing the Chasm