the mathematics of patient engagement

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THE MATHEMATICS OF PATIENT ENGAGEMENT Jeff Fisher INTRAPRISE HEALTH

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Page 1: THE MATHEMATICS OF PATIENT ENGAGEMENT

THE MATHEMATICS OF PATIENT ENGAGEMENTJeff Fisher

INTRAPRISEH E A L T H

Page 2: THE MATHEMATICS OF PATIENT ENGAGEMENT

Performance Category Gruden Fisher

Career Winning Pct .517 .510

Postseason Record 5 - 4 5 - 6

Super Bowl Record 1 - 0 0 - 1 (1 yd short)

Career Wins 104 178

Current StatusRaiders 10 years

$100 million

Not interviewed for any of 7

head coaching jobs

165 Career Losses

Tied for most ever for an NFL

head coach

13 Wins Away

From joining the list of top 10

winningest coaches in history

Page 3: THE MATHEMATICS OF PATIENT ENGAGEMENT

Clayton, NY

Page 4: THE MATHEMATICS OF PATIENT ENGAGEMENT
Page 5: THE MATHEMATICS OF PATIENT ENGAGEMENT
Page 6: THE MATHEMATICS OF PATIENT ENGAGEMENT

1939 ANTOINE TETRAULT

THE MIRACLE MAN

OF CLAYTON

1881 - 1963

Page 7: THE MATHEMATICS OF PATIENT ENGAGEMENT

Antoine’s compassionate caring engendered trust

and faith, which gave rise to very real healing.

TESTIMONIALS

In 1990, 27 years after his death, Antoine’s followers

could “still feel his healing touch”.

1990

Page 8: THE MATHEMATICS OF PATIENT ENGAGEMENT

For 56 years, on the second

Saturday of June, Antoine

Tetrault is remembered for his

compassionate care.

Some trusted relationships last

more than a lifetime and

promote health and wellness.

Page 9: THE MATHEMATICS OF PATIENT ENGAGEMENT

Possibly the ‘healing power’ is nothing more

than patience, interest and concern, all

dispensed in large doses

~ James A. Fitzgerald, M.D.

NEW YORK STATE JOURNAL OF MEDICINE, Vol 71, No. 20, October 15, 1971

THE POWER OF CARING

Page 10: THE MATHEMATICS OF PATIENT ENGAGEMENT

CaringDerived From Trust Derived FromLoyalty

Caring Leads to Trust Leads to Loyalty

The Relationship of Caring to Loyalty

Page 11: THE MATHEMATICS OF PATIENT ENGAGEMENT

Cari

ng

Tru

st

Lo

yalt

y

The Calculus of MotionThe Calculus of Engagement

Page 12: THE MATHEMATICS OF PATIENT ENGAGEMENT

To ensure consistent loyalty, we must increasingly

engender trust, which in turn requires large doses of

caring

The Calculus of Engagement

Page 13: THE MATHEMATICS OF PATIENT ENGAGEMENT

Building out the

Engagement Ecosystem

CURATION ORCHESTRATION ADOPTION

Page 14: THE MATHEMATICS OF PATIENT ENGAGEMENT

Scaling the Caring Function

CURATION

Page 15: THE MATHEMATICS OF PATIENT ENGAGEMENT

Dunbar’s NumberSupport Patients Like You Support Members of your Monkeysphere

✓ Arrange a ride

✓ Accompany on hospital visit

✓ Send flowers

✓ Help with logistics

✓ Provide education

✓ Help them with recovery / rehab

✓ Update to family and friends

How Would You Help?

Page 16: THE MATHEMATICS OF PATIENT ENGAGEMENT
Page 17: THE MATHEMATICS OF PATIENT ENGAGEMENT

Metcalfe’s LawHarness the Network Effect

Page 18: THE MATHEMATICS OF PATIENT ENGAGEMENT

✓ Consider capabilities that scale the care function and would be fit for your Monkeysphere

✓ Consider the power in networking capabilities for more meaningful engagement workflows

✓ Rank capabilities in terms of 1 and 2

Curating Capabilities for your

Engagement Ecosystem

Page 19: THE MATHEMATICS OF PATIENT ENGAGEMENT

Google PageRank AlgorithmRank Engagement Features

Page 20: THE MATHEMATICS OF PATIENT ENGAGEMENT

Engagement Relationship Matrix

Relationship Matrix

Care Plans / Care

ManagementCRM

Wayfinding/ ridesharing

E-formsGet-in-

line/wait times

Health Risk

Assess.

Virtual Care/Teleh

ealth

Patient Portal

(clinical data

access)

Guided Self-scheduling

Pricing Transparency &

Estimation

Online Bill Pay

Remote monitoring

/ wearables

Health Actions

Care Plans / Care Management 0 1 1 0 0 0 0 1 1 1 0 0 0

CRM 0 0 0 0 0 0 0 0 0 0 0 0 0

Wayfinding/ride sharing 0 0 0 0 0 0 0 0 0 0 0 0 0

E-forms 0 1 1 0 1 0 1 0 1 1 0 1 1

Get-in-line/wait times 0 0 1 0 0 0 0 1 0 1 0 0 0

Health Risk Assess. 1 1 1 1 1 0 1 1 1 1 0 0 1

Virtual Care/Telehealth 0 0 1 0 0 0 0 0 0 1 0 0 0

Patient Portal (clinical data access) 0 0 0 0 0 0 0 0 0 1 0 0 0

Guided Self Scheduling 0 0 0 0 0 0 0 0 0 0 0 0 0

Pricing Transparency & Estimation 0 1 0 0 0 0 0 0 0 0 0 0 0

Online Bill Pay 1 0 1 0 1 0 1 1 1 1 0 0 0

Remote monitoring / wearables 0 0 1 0 1 0 1 1 1 1 0 0 0

Health Actions 0 0 0 0 0 0 0 0 1 1 0 0 0

Page 21: THE MATHEMATICS OF PATIENT ENGAGEMENT

Engagement Relationship Matrix

CRM, 20.72%

Pricing Transparency & Estimation, 18.26%

Wayfinding/ ridesharing, 10.12%Guided Self-scheduling,

8.12%

Patient Portal (clinical data access), 7.36%

Get-in-line/wait times, 5.48%

Virtual Care/Telehealth, 5.48%

Care Plans / Care Management, 4.47%

Health Actions, 4.44%

Remote monitoring / wearables, 4.13%

E-forms, 4.02%

Health Risk Assess., 3.70%Online Bill Pay, 3.70%Condition Rank

CRM 20.72%

Pricing Transparency & Estimation 18.26%

Wayfinding/ ridesharing 10.12%

Guided Self-scheduling 8.12%

Patient Portal (clinical data access) 7.36%

Get-in-line/wait times 5.48%

Virtual Care/Telehealth 5.48%

Care Plans / Care Management 4.47%

Health Actions 4.44%

Remote monitoring / wearables 4.13%

E-forms 4.02%

Health Risk Assess. 3.70%

Online Bill Pay 3.70%

Page 22: THE MATHEMATICS OF PATIENT ENGAGEMENT

37%

Optimal Stopping AlgorithmAccelerate Vendor Curation

Page 23: THE MATHEMATICS OF PATIENT ENGAGEMENT

ORCHESTRATION

Bring Order to the Chaos

Page 24: THE MATHEMATICS OF PATIENT ENGAGEMENT

The Chaos of Overlapping Features

Page 25: THE MATHEMATICS OF PATIENT ENGAGEMENT

Requires

IdentityRequires

Consent

Provides

Reporting

and/or Analytics

The Paradox of Healthcare Consumerization

Page 26: THE MATHEMATICS OF PATIENT ENGAGEMENT

The Paradox of Healthcare Consumerization

OVERLAPPING

POINT SOLUTIONS

PATIENT

ACCESSCARE

COORDINATION

SERVICE

LINES

NAVIGATION

/WAYFINDING

EMPLOYER

WELLNESS

INCREASED RISK

EXPOSURE AND

LACK OF

COHESION

Page 27: THE MATHEMATICS OF PATIENT ENGAGEMENT

The Goal

Page 28: THE MATHEMATICS OF PATIENT ENGAGEMENT

𝑛 𝑛−1

2= 15

# Connections Required

to Connect all Nodes

𝑛 − 1 = 5

Hub-and-Spoke ArchitectureEstablish Command and Control of your Engagement Ecosystem

Page 29: THE MATHEMATICS OF PATIENT ENGAGEMENT

Engagement Ecosystem Architecture

Page 30: THE MATHEMATICS OF PATIENT ENGAGEMENT

BotsMillennials

AppsGeneration X

WebsitesBaby Boomers

TelephonesPost-War

Multi-channel EngagementMeet Consumers where they are in their “Digital Journey”

Page 31: THE MATHEMATICS OF PATIENT ENGAGEMENT

Important Considerations

Native App vs. Responsive Web

• “There’s No Free Lunch”

Transactional vs. Relationship

• The Case for Multiple Standalone Apps?

Anonymous vs. Authenticated

• Give Something for Nothing

Cool Tech vs. Genuine Caring

• Patient Experience should drive tech, not vice-versa

Page 32: THE MATHEMATICS OF PATIENT ENGAGEMENT

ADOPTION

Adoption is a Deliverable

Page 33: THE MATHEMATICS OF PATIENT ENGAGEMENT

1.5%

.2%

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

TYPICAL MEDIA CHANNELS

Healthcare and Consumer Outreach

Page 34: THE MATHEMATICS OF PATIENT ENGAGEMENT

35%

80%

WORD OF MOUTH

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%

Healthcare and Consumer Outreach

Page 35: THE MATHEMATICS OF PATIENT ENGAGEMENT

Technology

OperationsMarketing

Technology OperationsMarketing

Culture of Caring and Innovation

Page 36: THE MATHEMATICS OF PATIENT ENGAGEMENT

Measure what can be measured.

Make measurable what cannot be

measured.

~ Galileo

THE IMPORTANCE OF MEASURING

Page 37: THE MATHEMATICS OF PATIENT ENGAGEMENT
Page 38: THE MATHEMATICS OF PATIENT ENGAGEMENT

Inspira Call Center Referral Insights

Compare to Definitive Healthcare

Stats for Pain Management ~ 1%

Page 39: THE MATHEMATICS OF PATIENT ENGAGEMENT

Referral Average Travel Distance

Page 40: THE MATHEMATICS OF PATIENT ENGAGEMENT

Questions