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Selling Platforms
Hemant K. Bhargava
UC Davis
with Olivier Rubel
Platforms Symposium, Boston, July 2016
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 1 / 13
“SELLING” PLATFORMS
I exciting part of economy and society
I some grow virally, due to network effects, many must be “sold”
I single-sided network goods: e.g., Kyruus
I two-sided goods: e.g., OpenTable, American Well, CreditKarma
I “selling” is fraught with uncertainty, moral hazard ... managed via
risk-sharing compensation plans (commission rate)
I NE alter rewards, productivity and risk exposure of selling agent
I what is the net influence on plan design?
I how should network and platform firms manage sales agents?
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 2 / 13
“SELLING” PLATFORMS
I exciting part of economy and society
I some grow virally, due to network effects, many must be “sold”
I single-sided network goods: e.g., Kyruus
I two-sided goods: e.g., OpenTable, American Well, CreditKarma
I “selling” is fraught with uncertainty, moral hazard ... managed via
risk-sharing compensation plans (commission rate)
I NE alter rewards, productivity and risk exposure of selling agent
I what is the net influence on plan design?
I how should network and platform firms manage sales agents?
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 2 / 13
BACKGROUND AND RESEARCH QUESTIONS
I platforms need to be “sold” (too)
I salesforce management literature: principal-agent model - does not
recognize role of network effects
I our research: impact of NE on
I mix of guaranteed and performance-based incentives?
I risk and reward sharing between firm and agent?
I how should firm respond to externalities created by NE
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 3 / 13
BACKGROUND AND RESEARCH QUESTIONS
I platforms need to be “sold” (too)
I salesforce management literature: principal-agent model - does not
recognize role of network effects
I our research: impact of NE on
I mix of guaranteed and performance-based incentives?
I risk and reward sharing between firm and agent?
I how should firm respond to externalities created by NE
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 3 / 13
RESULTS AND INSIGHTS
I network effects exert externalities on sales agent: increase both mean
and variance of sales (⇒ compensation risk)
I spectrum of influence, depending on nature of network effects
I one-sided (direct) vs. two-sided (indirect) NE
I which side to meter for commission
I one vs. two agents
I firm’s ability to leverage network effects depends on balance between
# externalities vs. # instruments to manage them.
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 4 / 13
CONCEPTUAL FRAMEWORK AND BENCHMARK CASE
compensation design without network effects
I agent’s influence on sales: Q = V + βw + ε
V=base sales; β=agent’s productivity; ε ≈ N(0, σ2)
I risk-averse agent, earns ω(w) = α0+α1Q, picks effort level w∗
(max. U(ω(Q), w) = −e−ρ(ω(Q)−C(w)) ≥ R
)⇒ w∗ = βα1
I firm designs (α0, α1) to max. E[Π] = E[Q]− (α0+α1E[Q])
⇒ α∗1 =
β2
β2+ρσ2; Λ0 =
α1E[Q]
α0+α1E[Q]=
2β2
β2+ρσ2β4+V (β2+ρσ2)
β4+2R(β2+ρσ2)
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 5 / 13
CONCEPTUAL FRAMEWORK AND BENCHMARK CASE
compensation design without network effects
I agent’s influence on sales: Q = V + βw + ε
V=base sales; β=agent’s productivity; ε ≈ N(0, σ2)
I risk-averse agent, earns ω(w) = α0+α1Q, picks effort level w∗
(max. U(ω(Q), w) = −e−ρ(ω(Q)−C(w)) ≥ R
)⇒ w∗ = βα1
I firm designs (α0, α1) to max. E[Π] = E[Q]− (α0+α1E[Q])
⇒ α∗1 =
β2
β2+ρσ2; Λ0 =
α1E[Q]
α0+α1E[Q]=
2β2
β2+ρσ2β4+V (β2+ρσ2)
β4+2R(β2+ρσ2)
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 5 / 13
CONCEPTUAL FRAMEWORK AND BENCHMARK CASE
compensation design without network effects
I agent’s influence on sales: Q = V + βw + ε
V=base sales; β=agent’s productivity; ε ≈ N(0, σ2)
I risk-averse agent, earns ω(w) = α0+α1Q, picks effort level w∗
(max. U(ω(Q), w) = −e−ρ(ω(Q)−C(w)) ≥ R
)⇒ w∗ = βα1
I firm designs (α0, α1) to max. E[Π] = E[Q]− (α0+α1E[Q])
⇒ α∗1 =
β2
β2+ρσ2; Λ0 =
α1E[Q]
α0+α1E[Q]=
2β2
β2+ρσ2β4+V (β2+ρσ2)
β4+2R(β2+ρσ2)
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 5 / 13
SELLING ONE-SIDED NETWORK GOODS
direct network effects, intensity η
I with Q = V + βw + ηQe + ε, and rational expectations,
q =V + βw
1− η+
ε
1− η; η increases mean AND volatility
I η makes agent more productive, puts in more work, w∗ = β α11−η
and has more compensation risk, Var(ω(q)) = α21
σ2
(1−η)2
how to adjust commission rate and reward structure?
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 6 / 13
SELLING NETWORK GOODS: RESULTS
I η has no effect on commission rate, α∗1 = β2
β2+ρσ2
∵ costs (risk-disutility) and gains (compensation) both ≈ α21
(1−η)2
I firm takes more risk; more of agent’s compensation as fixed salary
0.3 0.4 0.5 0.6 0.7
0.0
0.4
0.8
η
total compensation
revenues
performance based incentives
total cash compensation
I yet gives agent a greater share of earnings (... net profit increases)
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 7 / 13
SELLING NETWORK GOODS: RESULTS
I η has no effect on commission rate, α∗1 = β2
β2+ρσ2
∵ costs (risk-disutility) and gains (compensation) both ≈ α21
(1−η)2
I firm takes more risk; more of agent’s compensation as fixed salary
0.3 0.4 0.5 0.6 0.7
0.0
0.4
0.8
η
total compensation
revenues
performance based incentives
total cash compensation
I yet gives agent a greater share of earnings (... net profit increases)
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 7 / 13
SELLING TWO-SIDED NETWORK GOODS (B,S)
cross-market network effects, intensity ηb, ηsI agent hired to recruit side S participants, paid based on S sales
Qb = Vb + ηbQs + εb
Qs = Vs + ηsQb + εs .
I similar to network goods, agent works more, w∗ = β α11−ηbηs
and has more compensation risk, = f (ηb, ηs)
how to adjust commission rate and reward structure?
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 8 / 13
SELLING TWO-SIDED NETWORK GOODS: RESULTS
α∗1 =
β2
β2+ρ(σ2s +σ2bη
2s
) ; Λ∗2 = 2
(Vs+Vbηs)(1−ηbηs)
β2+
2β2
β2+ρ(σ2s +σ2bη2s )
I ηb behaves like η ! (no impact on α∗1) but α∗
1 varies with ηs
to internalize externality (agent not rewarded for Qb which ηs affects)
I high ηb is good for firm (like η), but high ηs may not be!
∵ ηs affects Qb, not accounted for in agent’s compensation
too many externalities, too few ways to manage the effects
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 9 / 13
SELLING TWO-SIDED NETWORK GOODS: RESULTS
α∗1 =
β2
β2+ρ(σ2s +σ2bη
2s
) ; Λ∗2 = 2
(Vs+Vbηs)(1−ηbηs)
β2+
2β2
β2+ρ(σ2s +σ2bη2s )
I ηb behaves like η ! (no impact on α∗1) but α∗
1 varies with ηs
to internalize externality (agent not rewarded for Qb which ηs affects)
I high ηb is good for firm (like η), but high ηs may not be!
∵ ηs affects Qb, not accounted for in agent’s compensation
too many externalities, too few ways to manage the effects
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 9 / 13
SELLING TWO-SIDED NETWORK GOODS: RESULTS
α∗1 =
β2
β2+ρ(σ2s +σ2bη
2s
) ; Λ∗2 = 2
(Vs+Vbηs)(1−ηbηs)
β2+
2β2
β2+ρ(σ2s +σ2bη2s )
I ηb behaves like η ! (no impact on α∗1) but α∗
1 varies with ηs
to internalize externality (agent not rewarded for Qb which ηs affects)
I high ηb is good for firm (like η), but high ηs may not be!
∵ ηs affects Qb, not accounted for in agent’s compensation
too many externalities, too few ways to manage the effects
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 9 / 13
TWO-SIDED INCENTIVES FOR TWO-SIDED GOODS?
I hire agent to recruit side S , but pay him also for B sales!
ω(qs , qb) = α0 + α1qs + α2qb; w∗ = βα1 + α2ηb1− ηbηs
I higher ηb, ηs ⇒ higher commission rate; α∗1 = 1
(1−ηsηb)(1+ρσ2s )
I “pay to play” ... α∗2 = −α∗
1ηs
I firm is better off with stronger network effects (both ηb and ηs)
second metric ⇒ better tuning for multiple externalities
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 10 / 13
TWO-SIDED INCENTIVES FOR TWO-SIDED GOODS?
I hire agent to recruit side S , but pay him also for B sales!
ω(qs , qb) = α0 + α1qs + α2qb; w∗ = βα1 + α2ηb1− ηbηs
I higher ηb, ηs ⇒ higher commission rate; α∗1 = 1
(1−ηsηb)(1+ρσ2s )
I “pay to play” ... α∗2 = −α∗
1ηs
I firm is better off with stronger network effects (both ηb and ηs)
second metric ⇒ better tuning for multiple externalities
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 10 / 13
TWO-SIDED INCENTIVES FOR TWO-SIDED GOODS?
I hire agent to recruit side S , but pay him also for B sales!
ω(qs , qb) = α0 + α1qs + α2qb; w∗ = βα1 + α2ηb1− ηbηs
I higher ηb, ηs ⇒ higher commission rate; α∗1 = 1
(1−ηsηb)(1+ρσ2s )
I “pay to play” ... α∗2 = −α∗
1ηs
I firm is better off with stronger network effects (both ηb and ηs)
second metric ⇒ better tuning for multiple externalities
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 10 / 13
MUTLIPLE AGENTS FOR MULTIPLE TERRITORIES ?
I agents (i = 1, 2) exert indirect externality on each other, because
participation is fueled by overall network size
Qi = V + βiwi + η (Qe1 + Qe
2 ) + εi
Qsi = Vs + ηsQb + βiwi + εsi .
I one-sided network goods: η does impact optimal commission rate
(firm must use α∗1 to manage externalities across agents)
I two-sided goods: ηb now impacts α∗1
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 11 / 13
SUMMARY: IMPACT OF NETWORK EFFECTS ON DESIGN
One Agent Two Agents
Traditional Good β2
β2+ρσ2β2
β2+ρσ2
Network Good β2
β2+ρσ2β2(1−η)
β2(1−η)2+ρ(1−2(1−η)η)σ2
Platform Good β2
β2+ρ(σ2s+σ
2bη
2s )
β2(1−ηbηs)β2(1−ηbηs)2+ρ(σ2
s (1−ηbηs)2+η2s (σ2s η
2b+σ
2b))
optimal commission rate α∗1
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 12 / 13
CONCLUSION AND GENERAL INSIGHTS
I network effects create externalities on selling outcomes and risks
I compensation plan design must account for network effects,
in spectrum of ways depending on type of network good
I firm must deploy suitable number of incentives, and in suitable ways,
to manage multiple externalities
Hemant K. Bhargava UC Davis 07/14/2016 Selling Platforms 13 / 13