runsafe case study v2

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RUNSAFE CASE STUDY Data Driven Decision Making

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Page 1: Runsafe case study v2

RUNSAFE CASE STUDY

Data Driven Decision Making

Page 2: Runsafe case study v2

RunSafe™ is a medically-based, high-end, add-on injury prevention and performance

improvement program for running.

Page 3: Runsafe case study v2

UCSF CTSI – Catalyst Program

◉ Hired by UCSF (2011)

◉ Evaluate technology and business,

◉ Mentor key players, and

◉ Design a phased customer development plan.

http://ctsi.ucsf.edu/catalyst

Page 4: Runsafe case study v2

Created by Dr. Anthony Luke M.P.H., M.D.

Board certified in primary care for sports medicine:

◉ UCSF Concussion and Brain Injury Program,

◉ UCSF Human Performance Center,

◉ UCSF Sports Medicine Center, and

◉ UCSF RunSafe Clinic.

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Evaluation Services3D Motion Evaluation- Data Collection,

approximately 1 hour.- Analysis, approximately

1/2 hour with a Dr. or trained medical student.

- Recommendations, provided in a report encouraging changes in the clients motion and habits.

Physical TherapyThe goal of the physical therapy screening is to conduct a screen of strength, flexibility, range of motion, and balance/ proprioception tests as they relate to potential injuries for runners.

NutritionThe purpose of the nutrition screening is to help the client learn how nutrition can optimize both their performance and recovery.

Foot and FootwearThe goal of the foot and foot wear screening is to evaluate the morphology of the foot, discuss with current footwear, periodic or chronic problems, and teach clients how to best select footwear that match their habits, needs and goals.

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SWOT ANALYSIS

S

O

W

T

Strengths- Expertise.- University support.- Customers.

Opportunities- Univ. partnerships.- Licensing.- Derivative products

and services.

Weaknesses- Lack of startup

experience.- University involvement.

Threats- Protectability.- Lack of Regulation.

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TOWS MARTIXS

O

W

TMin – Min- Hire new management.- Cut ties with university.- Create new IP from scratch.- Make less dependent on expertise.

Min – Max- Create partnerships with other univ.- Hire new management.- Create new IP

Min – Max- Use expertise to enhance existing IP- Encourage univ. Support, but remove

from decision making.- Use existing customers and data to

improve IP.

Max – Max- Improve experts bus. Skills - Leverage Univ. support for $, IP and

partnerships.- Push for regulation.- Use existing customers and data to

improve IP.

Page 8: Runsafe case study v2

Data in Decision Making

Market

Not large

Large Market type

Existing

Resegment

New Business models

Price

Change

No change

Cost

Change

Labor

Technology

No change

Make things as quantitative as possible.

Page 9: Runsafe case study v2

Market

Market

Not large

Large Market type

Existing

Resegment

New Business models

Price

Change

No change

Cost

Change

Labor

Technology

No change

Page 10: Runsafe case study v2

29,200,000

Runners/Joggers- National Sporting Goods Association

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63% $90+ on shoes73.5

% $120+ on apparel

3%

5%

9%

21%

25%

37%

>$25k$25k<$35k$35k<$50k$50k<$75K$75K<$100k$100k<$150K

- National Runners Survey

Household Income

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54.4%Took 4 or more days off in the last 12 months because of an injury.

– National Runners Survey

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Market Type

Market

Not large

Large Market type

Existing

Resegment

New Business models

Price

Change

No change

Cost

Change

Labor

Technology

No change

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Market Type◉ Existing

- Known needs.

- Known customers.

- Known Business.

Models.

- Known basis of

competition.

◉ Resegment

- Monopoly/Duopoly

own large part of

existing market.

- Niche opportunity.

- Low cost opportunity.

◉ New

- New class of

product/customer.

- Previously unavailable.

- Innovation needed.

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Market Type◉ No Google or Arthur Murray in the space.

◉ No ‘apps’ from Nike, etc. at the time.

◉ Existing researchers in the field.

◉ Coaching:

- RRCA

- USATF

Page 16: Runsafe case study v2

Market Type◉ Existing

- Known needs.

- Known customers.

- Known Business.

Models.

- Known basis of

competition.

◉ Resegment

- Monopoly/Duopoly

own large part of

existing market.

- Niche opportunity.

- Low cost opportunity.

◉ New

- New class of

product/customer.

- Previously unavailable.

- Innovation needed.

Page 17: Runsafe case study v2

Business Model

Market

Not large

Large Market type

Existing

Resegment

New Business models

Price

Change

No change

Cost

Change

Labor

Technology

No change

Page 18: Runsafe case study v2

Business Model CanvasKey Partners- Universities

- Research Inst.

- USATF

- Video game Consoles?

- National fitness chains?

Key Activities- Evaluations- Business

Development/Sales- Customer service- Software dev.?

Key Resources- Research data- IP- Expertise- Software?

Value Prop- Prevent Injury

- Improve performance

- Bring in new patients/customers (halo effect).

Customer Relationships- Direct (via clinic)- Licensing- Franchise- Direct (software)

Customer Segments- Runners

- Hospitals

- Coaches

Cost Structure- Evaluations (salaries, facilities, equipment)- PR/BD/Sales- Software Dev.

Revenue Streams- Pay for evaluation- Annual licensing/franchise fee- Software sales/subscription

Channels- Universities- National fitness chains- Video Game consoles- USATF- Coaches

Page 19: Runsafe case study v2

Value Proposition Validated

◉ 3D and other evaluations helps improve locomotion thus

preventing injury (cohort study and case studies).

◉ People are paying for it.

◉ Word-of-mouth and referrals are getting new customers.

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Problem3d testing works, but:- Cost = Expensive:

~ $ 500,000 dollars is needed to create the facility, buy imaging equipment, and license imaging software.

Additionally, there is a need to employ M.S. or higher degree level facilitators that run data collection, analyze data, interface with clients and make recommendations.

- Revenue = customers pay below cost ($300).

Page 21: Runsafe case study v2

Identify and Validate

Market

Not large

Large Market type

Existing

Resegment

New Business models

Price

Change

No change

Cost

Change

Labor

Technology

No change

Page 22: Runsafe case study v2

Key Activities

Business model

Price to end user Survey

Change

No change

Cost Study

Change

Labor

Study

Doctor

Technician

Machine

Study

Doctor

Technicians

Technology

3D

2D

Human

Machine

Camera

Kinect

No change

Page 23: Runsafe case study v2

Testing Price

Page 24: Runsafe case study v2

Survey◉ Voluntary email survey.

◉ Survey Monkey to facilitate.

◉ To provide context, the survey covered demographic,

income, running experience, feelings about their experience

with RunSafe and pricing.

Page 25: Runsafe case study v2

Demographics and Feedback

- 84 complete survey responses. - 42% of respondents were male and - 57% female. - Average age was 43.6 with a range of 23 to 65. - Most clients were in an income bracket >$151K. - Running for fitness (38.8%) - Runners running races were mainly experienced runners (7 or more races) (42.9%). - Based on the survey responses, a majority of the clients have participated in other

types of running programs, suggesting that this is an educated group of runners who have tried other assessments and find value in RunSafe.

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Pricing◉ Former clients were asked:

“ Since RunSafe incorporate 4

specialists into a single integrated

session at one location, how much

would you be willing to pay given

the time can cost savings?”

Page 27: Runsafe case study v2

Key Activities

Business model

Price to end user Survey

Change

No change

Cost Study

Change

Labor

Study

Doctor

Technician

Machine

Study

Doctor

Technicians

Technology

3D

2D

Human

Machine

Camera

Kinect

No change

Page 28: Runsafe case study v2

Testing Cost Reduction

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2D StudyHypothesis: “we can analyze the 2 dimensional (2D) video capture and

compare the assessment to 3 dimensional (3D) analysis in order to

identify statistically relevant deviations in diagnosis between methods,

address any shortcomings in the 2D analysis and seek methods to

mitigate downside risks.”

Page 30: Runsafe case study v2

2D Study◉ CHR approved for full research project (IRB #: 11-05907) on

3/18/2011

◉ Pilot study for 20 subjects and validity study for 2D versus

3D with two experienced physicians.

◉ Subjects were evaluated with 3D and 2D simultaneously.

◉ Physicians would evaluate the 2D and their observations

were compared to the 3D capture.

Page 31: Runsafe case study v2

2D Study

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2D Study◉ Preliminary findings demonstrated that physicians looking

at video could approximate many of the 3D observations.

◉ There were a few notable exceptions, but it may due to the

small sample size of the pilot.

Page 33: Runsafe case study v2

Key Activities

Business model

Price to end user Survey

Change

No change

Cost Study

Change

Labor

Study

Doctor

Technician

Machine

Study

Doctor

Technicians

Technology

3D

2D

Human

Machine

Camera

Kinect

No change

Page 34: Runsafe case study v2

Validation

Market

Not large

Large Market type

Existing

Resegment

New Business models

Price

Change

No change

Cost

Change

Labor

Technology

No change

Page 35: Runsafe case study v2

Business Models

Business models

Direct Clinics

Franchise

Wholly owned

LicensingClinics

OtherDirect to Consume

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