Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced...

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www.InteliSpark.com Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups Kirk J. Macolini President InteliSpark, LLC www.InteliSpark.com [email protected] (607) 277-1570

Transcript of Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced...

Page 1: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

www.InteliSpark.com

Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

Kirk J. MacoliniPresident

InteliSpark, [email protected]

(607) 277-1570

Page 2: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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SBIR Experience• Founded Centurion Technology in 2002 (transitioning to InteliSpark in

2016) to help small businesses compete effectively for SBIR/STTR proposals

• Since 2010 alone, 200+ proposals selected for award (primarily SBIR/STTR) worth over $75 million

• National average: Phase I - ~15%; Phase II - ~40%• InteliSpark + Centurion Technology : Phase I – 30+%; Phase II - 60+%• Project Fee + Incentive Fee Business Model: Client R0I > 30:1• 82.7% of clients awarded funding still in biz, 7.7% acquired, 9.6% out of

biz

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Many with University Roots

LIONANO

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FEDERAL FUNDING OVERVIEW

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Why are you interested in SBIR funding?

You are hereVenture capitalists

invested $29.4 billion in 3,995 deals in 2013

U.S. Federal Government spent $133.5 billion on Research in 2013

…AND YOU HAVE WARTS!• Too risky• Too early• Unproven Team• Unproven Market• Unproven Technology• Limited or no resources• Etc, etc, etc

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Technology Development Inefficiency

Technology Choke Point

Cornell currently has 1,000+ inventions

available for licensing

Amp’d Mobile: $360 million raised, ended in bankruptcy.Procket: $272 million, sold for $89 million.Webvan: Ate through $800 million in venture capital, ended with $830 million in losses.Caspian Networks: >$300 million in funding, closed doors.Pets.com: Raised $50 million did sock-puppet ads, then crashed.Optiva: $41.5 million, crashed.Kozmo.com: $250 million, liquidated.CueCat: $185 million from investors like The Coca-Cola Co. and General Electric Co., bombed.DeNovis Inc.: $125 million, closed.AllAdvantage: $135 million in venture capital down the drain.FastForward: $54 million into the company, bankrupt.Flooz.com: $50 million, went broke.Boo.com: $120 million, went bust.

University of Rochester has

~300 inventions available for

licensing

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How to survive the valley of death?

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SBIR/STTR Funding to Survive the Valley of Death

SBIR/STTRFUNDING

In 2010, the SBIR and STTR programs collectively provided 7,104 awards, compared with just 396 seed-stage deals made by venture capitalists

Venture capitalists invested $29.4 billion in 3,995 deals in 2013

U.S. Federal Government spent $133.5 billion on Research in 2013

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SBIR/STTR Program Overview• ~$2.5 Billion in SBIR/STTR funding in FY 2016• SMALL BUSINESS INNOVATION DEVELOPMENT ACT OF 1982

– P.L. 112-81 (extended program through F. Y. 2017)• SMALL BUSINESS INNOVATION RESEARCH (SBIR) PROGRAM

– Set-aside program for small business concerns to engage in Federal R&D -- with potential for commercialization.

– FY 2016 3.0% of extramural funding, FY 2017 3.2%, FY 2018: TBD• SMALL BUSINESS TECHNOLOGY TRANSFER (STTR) PROGRAM

– Set-aside program to facilitate cooperative R&D between small businesses and research institutions -- with potential for commercialization.

– FY 2016 & 2017 0.45% of extramural funding: FY 2018: TBD

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General Eligibility

• Organized for- profit U.S. business • At least 51% owned by U.S. individuals or small businesses

and independently operated (NIH, CDC, ARPA-E (DoE) are exceptions- can be 51% owned by multiple VC firms)

• Small Business located in the U.S. • P.I.’s primary employment with small business during project

(NIH allows STTR PI to come from University) • 500 or fewer employees (including affiliates)• All SBIR-funded work must be done in the U.S.

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SBIR vs. STTR

• SBIR: Permits allows research partners (non-profit or for profit) – no more than 33% during Phase I – no more than 50% during Phase II

• STTR: Requires non-profit research institution partner (e.g., universities)– A minimum of 40% for small business– A minimum of 30% for research institution– Remained 30% can go to either partner or 3rd parties

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SBIR and STTR by Agency• DoD SBIR/STTR• HHS (NIH, CDC, FDA) SBIR/STTR• NSF SBIR/STTR• NASA SBIR/STTR• DOE SBIR/STTR• DHS SBIR• USDA SBIR• DOC (NIST, NOAA) SBIR• EPA SBIR• DOT SBIR• ED SBIR

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SBIR/STTR Phases• Phase I (Crawl)

– Feasibility Study– ≤ $150,000 and ~6 months (SBIR) or ~12 months (STTR)

• Phase II (Walk)– Full R&D– ≤ $1,000,000 and ~24 months

• Phase III (Run) – Continued R&D/Commercialization– Non-SBIR funded

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ISSUE 1: USING SBIR/STTR PROGRAMS PROPERLY (…OR YOU ARE NOT A FROG PRINCE)

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You are a toad with warts, not a frog prince

• Remove risk• Advance technology• Develop applications for

technology • 3rd party validation

+ ≠

• Too risky• Too early• Unproven Team• Unproven Market• Unproven Technology• Limited or no resources

+ =AMERICA’SWART

REMOVALLOTION

FOR START-UPS • Investors

• Partners• Customers• Future Employees

SBIR/STTR can help you remove enough warts so Investors, Partners, & Customers will Shake your hand!

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Famous SBIR Companies

None received more than $9 million in SBIR/STTR fundingTotal combined funding less than $20 million

Market Cap: $100B Market Cap: $15.64B

Market Cap: $25.44B Market Cap: $1.5B

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Infamous SBIR CompaniesPhysical Optics Corporation [1,219

Phase I, 451 Phase II, $433M]Physical Sciences [821 Phase I, 341

Phase II, $320M]Creare [674 Phase I, 353 Phase II,

$302M] *(353/644 (55%) N.H. Phase IIs)

Intelligent Automation [624 Phase I, 225 Phase II, $225M]

Radiation Monitoring Devices [495 Phase I, 247 Phase II, $230M]

???

1-1055%11-24

17%

25-9919%

100+9%

45% of Phase IIs go to firms >10 Phase II awards

1-10 11-24 25-99 100+

Physical Optics Corporation Awards by Year

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ISSUE 2: UNDERSTANDING FEDERAL AGENCIES

Understanding federal agencies will help you exploit discontinuities in the funding probabilities

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Every Agency is Unique

• R&D Topic Areas• Dollar Amount of Award (Phase I and II)• Receipt Dates / Number and Timing of Solicitations• Proposal Review Process• Proposal Success Rates• Type of Award (Contract or Grant)

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Go Fishing Where the Fish Are

$206.1 M$1.070 B $176M$180.1 M$797 M

$17.7 M$20.3M

$7.9 M $4.2 M

$8.4 M

DoD - Army

DoD - Navy

DoD - Air Force

DoD - DARPA

DoD - MDA

HHS - NIH

NSF

NASA

DoE

0 500000 100000015000002000000250000030000003500000400000045000005000000

Phase I P1 option Phase II P2 + Matching

7.5 M

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Case Study: The Crowded Fishing Hole

DoD Operation Medicine BAA $100

Million

NIH Challenge Grants

$200 Million for 200 projects

24,000+ applications for

~200 awards= >1% probability

~800 applications for ~100 awards

= 12.5% probability

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Narrow vs. Open TopicsNARROW TOPICS OPEN TOPICS

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Importance of CommercializationMINIMAL VERY

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Agency Selection • Seems obvious – but it’s not• Lot’s of overlap in projects funded by various agencies• Each agency takes a different perspective

– EX: DoD, NASA are trying to solve problems– EX: NIH, DoE are trying to promote research in general– EX: NSF is trying to promote research AND stimulate successful

commercialization• This leads to varying levels of acceptance by different agency• Where to apply can be extra challenging when considering

multiple granting agencies

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CASE STUDIES: NIH vs. NSF

proposalREJECTEDproposal

REJECTED

proposalREJECTEDproposal

REJECTED

proposalREJECTEDproposal

REJECTED

Anti-Microbial Polymer forCatheters

Catheter Ablation Device for Atrial Fibrillation

Reporter molecule for DNA screening

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CASE STUDIES: NIH vs. NSF

proposal

Anti-Microbial Polymer forCatheters

Catheter Ablation Device for Atrial Fibrillation

Reporter Molecule for DNA Screening

Award

Award

Award

proposal

proposal

Page 29: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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CASE STUDIES: NIH vs. NSF• On the surface all proposals were ideal for NIH• NIH has a far larger budget compared to NSF• So why were proposals soundly rejected by NIH, but funded

by NSF?– Projects were all development projects (NIH tends to be more

clinical/evaluation focused, NSF tends to be more engineering focused)

– Strong commercial stories are important at NSF, NIH barely cares• Take away message – do your homework!

– Talk to program managers– Study previous awards abstracts to see what the agency funds– Look at websites of previous winners

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NCI

NIAID

NHLBINIGMSNIDDKNINDS

NIMH

NICHD

NIA

NIDA

NEI

NCATSNIEHS

NIAMS

NHGRI

NIAAANIDCD

NIDCR NIBIB NIMHD ORIP NINR NCCAMNLM

Navigating NIH SBIR/STTR Budget Allocations

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Go Fishing Where the Fish Are…(unless the fishing hole is crowded)• Each sub-agency has own funding policy• Some publish paylines (10-90, 10 is best score)• You can request assignment to a sub-agency (otherwise NIH

will choose)• Choosing the right sub agency can be the difference between

success and failureAgency SBIR STTR Budget

NIAID 29 32 2nd Largest

NHLBI 29/19 10-40 3rd Largest

NICHD 32 25/27 8th Largest

NIA 42 44 9th Largest

NIAMS 27 26 14th Largest

NIBIB 24 ??? 19th Largest

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NIH Phase I SBIRs 2015

NINR (0

/62)

NIBIB (10/1

97)

NHLBI (4

7/416)

NICHD (24/2

07)

NCI (69/5

52)

NIAID (61/4

41)

NIEHS (10/7

1)

NIAMS (18/1

20)

NINDS (2

9/176)

NIDA (9/5

3)

NIDDK (49/2

73)

NLM (4

/22)

NIAAA (4/2

1)

NIGMS (

55/287)

NHGRI (7/3

6)

NIMH (1

5/74)

NIA (22/1

05)

NIMHD (1

0/46)

NEI (18/8

0)

NCCIH (7/3

0)

NIDCR (15/6

3)

NIDCD (6/2

3)

NCATS (1

2/36)

†OD ORIP-SEP

A (13/3

5)

NIEHS/Superfu

nd (7/1

1)0.0%

10.0%

20.0%

30.0%

40.0%

50.0%

60.0%

70.0%

24

42

NIH Overall 521/3,426 = 15.2%

2929

3227

Interesting facts:• NCI makes the most use (~20%) of contract SBIRs• NIDA is 6X larger than NINR but got fewer applications• NIGMS is 8X larger than NIBIB but got only 40% more applications• NIA and NIGMS are great alternative locations for many technologies

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NIH Phase I SBIR vs STTR 2014

NIDCDNIDCR

NCCAMNIM

HDNLM NEI

NIBIBNICHD

NIMH

NIGMSNIDDK

NIAAANHLB

ININDS

NIEHS

NIAMSNIAID

NHGRINCI

NIDA NIANINR

NCATS

-20.0%

-10.0%

0.0%

10.0%

20.0%

30.0%

40.0% STTR Advantage

STTR Advantage

SBIR Advantage

Page 34: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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Case Study: Navigating NIH

• Developing an intervention targeted at reducing smoking rates

• National Cancer Institute has largest budget within NIH• National Cancer Institute runs most smoking cessation

research• An obvious choice, but…..

Page 35: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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Case Study: Navigating NIH

• The WRONG choice• Proposal was targeted at National Institute on Drug Abuse

(NIDA), and was funded…based on a score that would not have been funded at NCI

• What?! NIDA has 11th largest budget, ~1/5 of NCIs• Need to do homework on NIH agencies

– Understand overlap between agencies– Look at success rates (data available on NIH SBIR homepage)– Look at competitiveness of funded projects– Look at funding commitments

Page 36: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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Being smarter than the numbers

NIDCR SBIR Phase I 56 17 30.4% $3,432,933

NIDCR SBIR Phase II 7 4 57.1% $1,864,889

NIEHS SBIR Phase I 72 22 30.6% $3,868,457

NIEHS SBIR Phase II 24 12 50.0% $5,972,947

Published Data is Backward looking…project forward!!!

Expected Phase II applications

NIDCR Last year 7 Next year 17 --funding probabilities will dropNIEHS Last year 24 Next Year 22 -- funding probabilities will be similar

Page 37: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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ISSUE 3: FINDING A TOPIC

Choosing the right topics will create high probability opportunities

Page 38: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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Selecting Opportunities is Critical• SBIR/STTR awards aren’t random drawings• Preparing a winning SBIR/STTR proposal is a mountain of

work.• The key is to pick battles that can be won• Choosing the right topic/agency is the most overlooked (and

perhaps most important) ingredient of success

Page 39: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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I Want a Grant…

YOU

I want a grant so I can…

I don’t care what you want!!!

How does your project satisfy the mission of a government agency?

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Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

Solicitations

GRANTS

CONTRACTS

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Technology vs. Capability Approach

$$ Awardproposals

proposalsproposals

proposalsproposals

proposalsproposals

proposals

$$ Award

proposalsproposals

proposalsproposals

$$ Award

$$ Award

proposalsproposals

proposalsproposals

Topics

proposalsproposals

proposalsproposals

proposalsproposals

proposalsproposals

proposalsproposals

proposalsTopics

TECH

NO

LOGY

CAPA

BILI

TY

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Head-to-Head (Technology vs. Capability)

Staff likely to have

more targeted

credentials

Preliminary Data

Better

commercialization

story

Better Focus

More SBIR/STTR

Opportunities

TECHNOLOGY

CAPABILITY

“Concentrate your energies, your thoughts and your capital.... The wise man puts all his eggs in one basket and watches the basket.”

- Andrew Carnegie

Page 43: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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Topic selection is important

• Just because you have a good hammer doesn’t mean everything is a nail. Technology companies tend to try squeeze their technology into inappropriate topics. – End result is proposals with virtually no chance of winning.

• It’s not enough to be able to solve a problem, you have be able to solve it better than (nearly) everyone else. – Don’t try to solve every problem, just the ones you can do very well.

“There is no grantsmanship that will turn a bad idea into a good one, but there are many ways to disguise a good one.”

– Dr. William Raub, Former Deputy Director, NIH

Page 44: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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Choosing a Topic

• Call topic author (if appropriate) to learn everything • Does it match the topic?• Is the solution strong? • Is it innovative? (innovation vs. evolution)• Is the company prepared to invest in this

opportunity?• How much of the work will the company do?

Page 45: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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ISSUE 4: WRITING A PROPOSAL

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STRATEGY: Understand the Competition• Remember: a small business is 500 employees or less

– Are a 5 person company and a 500 person company really in the same league?

• Many seasoned SBIR firms:– Physical Optics Corporation [1,219 Phase I, 451 Phase II, $433M]– Physical Sciences [821 Phase I, 341 Phase II, $320M]– Creare [674 Phase I, 353 Phase II, $302M]– Intelligent Automation [624 Phase I, 225 Phase II, $225M]– Radiation Monitoring Devices [495 Phase I, 247 Phase II, $230M]

• Previous SBIR/STTR awards place a firm at an advantage– Preliminary data, familiarity with program manager

Page 47: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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Partner, Partner, Partner!

• Improve the caliber of personnel with consultants– Universities are great sources of talent

• Improve capabilities with subawards– Large and Small Businesses, Universities

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STRATEGY: Invest in a Proposal

• Winners view proposals as an investment, not a binary event• Less Proposals for More Awards

– This is a quality game not a quantity game• A proposal is a product that has been invested in – the key is

capitalize on that investment• A rejected proposal may be

– Submitted to another agency– Resubmitted to the same agency

Page 49: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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Pass the “Skim Test”

• Reviewers may have 30+ proposals each 25+ pages– Do you really think they read all of them cover to cover?

• You need to get a full read by…– Having a compelling first page– Providing compelling imagery to pass the skim test

• Make your key concepts visual• Don’t actively fail the skim test• Make your document look professional

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How Should I Write a Proposal• A proposal is written in a similar style as a peer-reviewed

journal article…• …BUT is NOT an academic exploration – it needs concrete

goals, objectives, and measures of success• Write concisely• Use visuals to convey big ideas

– Mock-up interfaces to software• Cite your peers (especially if they might be reviewers)

– Show you understand the field• Avoid sloppy mistakes

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Avoid Commons Pitfalls • Fail to demonstrate innovation

– Innovative in the realm of commercial products is different from innovative research

• Overly ambitious proposals give the impression of lack of understanding of the challenges

• Insufficient pilot data to convince reviewers of plausibility• Fail to convey advantages over competing approaches• Lack of a hypothesis and/or concrete measures of success• Lack of experimental detail

– Work plan should be meat of proposal• Fail to demonstrate significance• Lack of understanding of agency needs

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ISSUE 5: SO, YOU WON AN AWARD…NOW WHAT?

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Other Issues

• Government Data Rights• Government Accounting Rules• Reporting Requirements• Cashflow Issues (most awards work on

reimbursement basis)• SBIR/STTR funding is sloooooooooow!!!• Relying Solely on Government Grants is a Bad

Strategy

Phase Prep (3

months)

Awaiting Award

(6 months)

Phase I Award

(6 Months)

Phase II Prep

(3 Month

s)

Awaiting Award (6 Months) Phase II Award (24 Months)

3.5-4 Year Process

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WHY ALL THIS THIS MATTERSYOU

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Labor Participation Rate

“Startups aren’t everything when it comes to job growth. They’re the only thing” - Kaufman Foundation

Workforce in 2000: 155,731,652 Now 152,139,676

Not in Workforce in 2000: 79,416,868 Now 94,620,883

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What are our scientists working on?“We wanted flying cars, instead we got 140 characters”

– Peter Thiel (Paypal co-founder, first Facebook Investor)

20th CenturyAutomobile

PlasticsRadio

TelevisionTransistorAntibioticsVaccines

Personal ComputerSpaceflight

AirplaneRefrigeration

Atomic EnergyXerography

InternetPharmaceuticals

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Keep doing what we’ve been doing and we will keep getting what we’ve been getting…

Cornell University currently has 1056

inventions available for licensing

Amp’d Mobile: $360 million raised, ended in bankruptcy.Procket: $272 million, sold for $89 million.Webvan: Ate through $800 million in venture capital, ended with $830 million in losses.Caspian Networks: >$300 million in funding, closed doors.Pets.com: Raised $50 million did sock-puppet ads, then crashed.Optiva: $41.5 million, crashed.Kozmo.com: $250 million, liquidated.CueCat: $185 million from investors like The Coca-Cola Co. and General Electric Co., bombed.DeNovis Inc.: $125 million, closed.AllAdvantage: $135 million in venture capital down the drain.FastForward: $54 million into the company, bankrupt.Flooz.com: $50 million, went broke.Boo.com: $120 million, went bust.

U.S. Federal Government

spent $133.5 billion on

research in 2013

Venture capitalists invested $29.4 billion in 3,995 deals in 2013

Physical Optics Corporation Radiation Monitoring Devices

Intelligent AutomationPhysical Sciences

Creare

Page 58: Succeeding at Securing Non-dilutive SBIR/STTR Funding for University Spinoffs and Advanced Technology Startups

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Questions?

Kirk J. MacoliniPresident, [email protected]

(607) 277-1570