It often goes unnoticed that the majority of innovations today stems from investments by government bodies to produce platforms, software and data for the greater societal good. The Internet, the Global Positioning System, voice-controlled software are all examples of these investments. The private industry has no business case for undertaking these efforts; as the business model and return on investment is often unknown. These well-known examples started as military projects in search of ethical commercial use cases. Private industry is often the biggest benefactors of the production of these systems. In this talk, I will speak about the cycle of open innovation, highlight a few examples, discuss what went and is wrong, and highlight course corrections. Specifically, the focus will be initiatives that were intentionally meant to be open , like weather data from NOAA, survey data from the Census Bureau, GDP (Gross Domestic Product) data from the Bureau of Economic Analysis, and public health data from the Institute of Health Metrics and Evaluation.
WWF CleantechGroup Global Cleantech Innovation Index 2017 - Slide DeckStefan Henningsson
Slides for Global Cleantech Innovation Index 2017. The index investigates the global state of cleantech
innovation in entrepreneurial start-up companies.
We are currently faced with a range of climate, energy
and economic challenges. Technology start-ups provide
one of the most important vehicles for developing and
commercializing innovation to meet these challenges,
while generating value for investors. The index collates data
as to where these innovative cleantech companies
are and will spring-up over the next decade, and shows which
countries are falling ahead and below the curve for
cleantech innovation.
Presentation from the “Corporate Data” session of the “Our World, Our Data” conference held at at MIT Media Lab on April 30, 2017. Organized by Safecast with sponsorship from the Shuttleworth Fund. Many thanks to Joi Ito, Director of the MIT Media Lab, and Ethan Zuckerman and Lorrie LeJeune of The Center for Civic Media.
https://www.media.mit.edu/events/our-world-our-data/
WWF CleantechGroup Global Cleantech Innovation Index 2017 - Slide DeckStefan Henningsson
Slides for Global Cleantech Innovation Index 2017. The index investigates the global state of cleantech
innovation in entrepreneurial start-up companies.
We are currently faced with a range of climate, energy
and economic challenges. Technology start-ups provide
one of the most important vehicles for developing and
commercializing innovation to meet these challenges,
while generating value for investors. The index collates data
as to where these innovative cleantech companies
are and will spring-up over the next decade, and shows which
countries are falling ahead and below the curve for
cleantech innovation.
Presentation from the “Corporate Data” session of the “Our World, Our Data” conference held at at MIT Media Lab on April 30, 2017. Organized by Safecast with sponsorship from the Shuttleworth Fund. Many thanks to Joi Ito, Director of the MIT Media Lab, and Ethan Zuckerman and Lorrie LeJeune of The Center for Civic Media.
https://www.media.mit.edu/events/our-world-our-data/
This presentation was delivered at NADO's 2018 Annual Training Conference, held in Charlotte, NC on October 13-16. For more information, visit: https://www.nado.org/events/2018-annual-training-conference/
A Zinnov-Indiaspora Report : Innovation has been a key driver for growth of the 3 nations – USA, India and Israel. In the report, we analyze the unique characteristics demonstrated by these leading economies with respect to innovation and the possible synergies that exist. With the 3 start-ups ecosystems being quite vibrant, their role in innovation and potential as a driving force for trilateral collaboration is immense. The market opportunities for innovation are also explored with collaboration being key to unlock these
The Role of Venture Capital in the US EconomyMark J. Feldman
National Venture Capital Association
Venture Capital’s Voice:
Public Policy & American Competitiveness
Robert E. Grady
Managing Director, The Carlyle Group
Chairman, NVCA
Chicago, Illinois
December 6, 2006
An Overview of the Texas and Houston Tech/Life Science Investment Activity by...Platform Houston
Stephen J. Banks is the Venture Partner at S3 Ventures. He is a pioneer in venture capital and life sciences. Banks has earned a distinctive track record in backing Kleiner Perkins and co-investing in several of its outstanding companies including Genentech, Hybritech, and Tandem. He he been involved in the formation of more than 30 new technology companies spun out of the Baylor College of Medicine including Lexicon, GeneMedicine, ForeFront, Triplex, PrimaCis, and Zonagen. Banks also established BCMT’s venture fund and led its Venture Advisory Board, consisting of prominent investors including Oxford Biosciences, Domain Associates, Versant, VenRock, EuclidSR, ARCH, J&J Development, and Polaris. He taught a graduate venture capital course at Rice University during the years 1992 to 2005. Mr. Banks holds an M.B.A. from the Harvard Business School and a B.S. in Physics from the Massachusetts' Institute of Technology.
Political EconomicApproachesto DevelopmentPolitical Economy Spring 202.docxlarry345678
Political Economic Approaches to Development
Political Economy Spring 2020
What is Development?
How should we define development?
Quality of Life
Urbanization
Level of Manufacturing
GDP
Energy Consumption
Median Household Income
Education
Level of Technology
Why Does Development Matter
The absolute find themselves in conditions degraded by disease, illiteracy, malnutrition, and squalor denying them the basic human necessities.
Robert McNamara
½ the world population l (3 billion) live on less than $2.50/day
1.3 billion live on less than $1.25/day
5 stages of Development WW. Rostow
Is Development Inevitable?
Does development naturally follow:
Efficiency
Specialization
Surplus/Savings/Investment
Increased Productivity/Innovation
Trade
Consumption
Internal Barriers to Development
Inequality in income/wealth, especially when tied to racial, cultural, or other social divisions
Poor Infrastructure
Roads, Ports, Electricity, Water/Sanitation, Communication/Wireless
Quality of Financial Institutions
Availability of Savings, Credit, Investment
Poor Education System
Lack of Security
Lack of Natural Resources
Lack of Political Freedoms
Corruption/patronage
Market Failures
Geography/Bad Neighbors
External Barriers to Development
Multinational or Transnational Corporations (MNC/TNC) control of resources
Bad Deals
International Division of Labor
International Trade Patterns and Practices
WTO
Regional Trade Blocks
EU
TPP
NAFTA/UMCA
Institutional Change and Development
What institutions are needed to manage economic development?
Legal System
Pubic Works/Infrastructure
Public Health
Birth of new Institutions
Financial Sector
Banks
Stock Markets
Insurance Companies
Regulation
What is the Appropriate
Role of the State?
5 stages of Development WW. Rostow
Varieties of Paths to Development – Washington Consensus
Free Market/Free Trade
Low government borrowing. The idea was to discourage developing economies from having high fiscal deficits relative to their GDP.
Diversion of public spending from subsidies to important long-term growth supporting sectors like primary education, primary healthcare, and infrastructure.
Implementing tax reform policies to broaden the tax base and adopt moderate marginal tax rates.
Selecting interest rates that are determined by the market. These interest rates should be positive after taking inflation into account.
Encouraging competitive exchange rates through freely-floating currency exchange.
Adoption of free trade policies. This would result in the liberalization of imports, removing trade barriers such as tariffs and quotas.
Relaxing rules on foreign direct investment.
The privatization of state enterprises. Typically, in developing countries, these industries include railway, oil, and gas.
The eradication of regulations and policies that restrict competition or add unnecessary barriers to entry.
Development of property rights.
Varieties of Paths to Development – Beijing Consensus
Free Market With Chinese Characteristi.
Data science vision and roadmap, IBM research highlights 5 in 5
Presentation delivered to Consultant System Integrators's event run in IBM Client Center Montpellier
The startup scene in China –especially in Chengdu– has been unknown to most of the Western world. Until today. Now, it’s the most exciting time to generate opportunities for growth-stage companies, helping them expand internationally and meet with top corporations, investors and government officials who are hungry for innovation and cutting-edge technologies. This is an in-depth analysis of the Chinese market which shows why Startupbootcamp launched its third Scale program in Chengdu with a mission to support more international, growth-stage companies to expand to China.
Community Development Essay. Community Development and Local Culture Essay Ex...Shannon Edwards
⇉Community Development and Local Culture Essay Example | GraduateWay. 30% Essay Community Work and Development | WELF 2002 - Community Work .... How to Get Your Community Service Essay Crafted | Pro Essay Help. Essay About Community – Related essays. (PDF) Community Practice in Social Work: Reflections on Its First .... Personal and professional development plan sample essay. (PDF) Community Essay: Sustainability: science or fiction?. (PDF) COMMUNITY DEVELOPMENT AND COMMUNITY PARTICIPATION: A CONCEPTUAL .... The Role of Motivation in Community Development Essay. photo essay community development. Community Development.
Global Scientific Research as a Tool to Unlock and Engage Talent and Expand t...Tyrone Grandison
‘Science for social justice’ may only be achieved when politicians, decision-makers and science-policymakers set a considered and thoughtful agenda to utilize science, in reasoned and innovative ways, as a driving force for positive societal change to promote equity through innovation. However, to date, tangible results in many contexts have been mixed at best, especially in delivering a reliable mechanism for, or a path to, sustainable social equity and justice for all. As global inequality increases and much political decision-making remains myopic and contingent, the emotive and essential power of ‘science for social justice’ can be lost as scientists and decision-makers struggle to actualize meaningful change. We, as scientists, in collaboration with our decision-making peers, have a golden opportunity to correct this through clear and novel proposals for meaningful projects based on advanced research opportunities. In this regard, we contend that ‘science for social justice’ can only be fully realized if it is symbiotically connected to providing scientific opportunity, where no such opportunity previously existed. This inevitably foments and sustains prosperity, an essential factor for social justice to grow. Therefore, the goal must be to establish opportunity that serves as the bridge to prosperity. How can we accomplish this when most of the world relies on relatively few countries for new scientific advances and technologies?
During the COVID-19 Global Pandemic, there were multiple lessons provided to the world. In this talk, I set the stage for the discussion, highlight the issues we faced (and still face), I speak to an effort that contributed to help address one of those issues, then speak to future challenges and our responsibilities going forward.
This presentation was delivered at NADO's 2018 Annual Training Conference, held in Charlotte, NC on October 13-16. For more information, visit: https://www.nado.org/events/2018-annual-training-conference/
A Zinnov-Indiaspora Report : Innovation has been a key driver for growth of the 3 nations – USA, India and Israel. In the report, we analyze the unique characteristics demonstrated by these leading economies with respect to innovation and the possible synergies that exist. With the 3 start-ups ecosystems being quite vibrant, their role in innovation and potential as a driving force for trilateral collaboration is immense. The market opportunities for innovation are also explored with collaboration being key to unlock these
The Role of Venture Capital in the US EconomyMark J. Feldman
National Venture Capital Association
Venture Capital’s Voice:
Public Policy & American Competitiveness
Robert E. Grady
Managing Director, The Carlyle Group
Chairman, NVCA
Chicago, Illinois
December 6, 2006
An Overview of the Texas and Houston Tech/Life Science Investment Activity by...Platform Houston
Stephen J. Banks is the Venture Partner at S3 Ventures. He is a pioneer in venture capital and life sciences. Banks has earned a distinctive track record in backing Kleiner Perkins and co-investing in several of its outstanding companies including Genentech, Hybritech, and Tandem. He he been involved in the formation of more than 30 new technology companies spun out of the Baylor College of Medicine including Lexicon, GeneMedicine, ForeFront, Triplex, PrimaCis, and Zonagen. Banks also established BCMT’s venture fund and led its Venture Advisory Board, consisting of prominent investors including Oxford Biosciences, Domain Associates, Versant, VenRock, EuclidSR, ARCH, J&J Development, and Polaris. He taught a graduate venture capital course at Rice University during the years 1992 to 2005. Mr. Banks holds an M.B.A. from the Harvard Business School and a B.S. in Physics from the Massachusetts' Institute of Technology.
Political EconomicApproachesto DevelopmentPolitical Economy Spring 202.docxlarry345678
Political Economic Approaches to Development
Political Economy Spring 2020
What is Development?
How should we define development?
Quality of Life
Urbanization
Level of Manufacturing
GDP
Energy Consumption
Median Household Income
Education
Level of Technology
Why Does Development Matter
The absolute find themselves in conditions degraded by disease, illiteracy, malnutrition, and squalor denying them the basic human necessities.
Robert McNamara
½ the world population l (3 billion) live on less than $2.50/day
1.3 billion live on less than $1.25/day
5 stages of Development WW. Rostow
Is Development Inevitable?
Does development naturally follow:
Efficiency
Specialization
Surplus/Savings/Investment
Increased Productivity/Innovation
Trade
Consumption
Internal Barriers to Development
Inequality in income/wealth, especially when tied to racial, cultural, or other social divisions
Poor Infrastructure
Roads, Ports, Electricity, Water/Sanitation, Communication/Wireless
Quality of Financial Institutions
Availability of Savings, Credit, Investment
Poor Education System
Lack of Security
Lack of Natural Resources
Lack of Political Freedoms
Corruption/patronage
Market Failures
Geography/Bad Neighbors
External Barriers to Development
Multinational or Transnational Corporations (MNC/TNC) control of resources
Bad Deals
International Division of Labor
International Trade Patterns and Practices
WTO
Regional Trade Blocks
EU
TPP
NAFTA/UMCA
Institutional Change and Development
What institutions are needed to manage economic development?
Legal System
Pubic Works/Infrastructure
Public Health
Birth of new Institutions
Financial Sector
Banks
Stock Markets
Insurance Companies
Regulation
What is the Appropriate
Role of the State?
5 stages of Development WW. Rostow
Varieties of Paths to Development – Washington Consensus
Free Market/Free Trade
Low government borrowing. The idea was to discourage developing economies from having high fiscal deficits relative to their GDP.
Diversion of public spending from subsidies to important long-term growth supporting sectors like primary education, primary healthcare, and infrastructure.
Implementing tax reform policies to broaden the tax base and adopt moderate marginal tax rates.
Selecting interest rates that are determined by the market. These interest rates should be positive after taking inflation into account.
Encouraging competitive exchange rates through freely-floating currency exchange.
Adoption of free trade policies. This would result in the liberalization of imports, removing trade barriers such as tariffs and quotas.
Relaxing rules on foreign direct investment.
The privatization of state enterprises. Typically, in developing countries, these industries include railway, oil, and gas.
The eradication of regulations and policies that restrict competition or add unnecessary barriers to entry.
Development of property rights.
Varieties of Paths to Development – Beijing Consensus
Free Market With Chinese Characteristi.
Data science vision and roadmap, IBM research highlights 5 in 5
Presentation delivered to Consultant System Integrators's event run in IBM Client Center Montpellier
The startup scene in China –especially in Chengdu– has been unknown to most of the Western world. Until today. Now, it’s the most exciting time to generate opportunities for growth-stage companies, helping them expand internationally and meet with top corporations, investors and government officials who are hungry for innovation and cutting-edge technologies. This is an in-depth analysis of the Chinese market which shows why Startupbootcamp launched its third Scale program in Chengdu with a mission to support more international, growth-stage companies to expand to China.
Community Development Essay. Community Development and Local Culture Essay Ex...Shannon Edwards
⇉Community Development and Local Culture Essay Example | GraduateWay. 30% Essay Community Work and Development | WELF 2002 - Community Work .... How to Get Your Community Service Essay Crafted | Pro Essay Help. Essay About Community – Related essays. (PDF) Community Practice in Social Work: Reflections on Its First .... Personal and professional development plan sample essay. (PDF) Community Essay: Sustainability: science or fiction?. (PDF) COMMUNITY DEVELOPMENT AND COMMUNITY PARTICIPATION: A CONCEPTUAL .... The Role of Motivation in Community Development Essay. photo essay community development. Community Development.
Global Scientific Research as a Tool to Unlock and Engage Talent and Expand t...Tyrone Grandison
‘Science for social justice’ may only be achieved when politicians, decision-makers and science-policymakers set a considered and thoughtful agenda to utilize science, in reasoned and innovative ways, as a driving force for positive societal change to promote equity through innovation. However, to date, tangible results in many contexts have been mixed at best, especially in delivering a reliable mechanism for, or a path to, sustainable social equity and justice for all. As global inequality increases and much political decision-making remains myopic and contingent, the emotive and essential power of ‘science for social justice’ can be lost as scientists and decision-makers struggle to actualize meaningful change. We, as scientists, in collaboration with our decision-making peers, have a golden opportunity to correct this through clear and novel proposals for meaningful projects based on advanced research opportunities. In this regard, we contend that ‘science for social justice’ can only be fully realized if it is symbiotically connected to providing scientific opportunity, where no such opportunity previously existed. This inevitably foments and sustains prosperity, an essential factor for social justice to grow. Therefore, the goal must be to establish opportunity that serves as the bridge to prosperity. How can we accomplish this when most of the world relies on relatively few countries for new scientific advances and technologies?
During the COVID-19 Global Pandemic, there were multiple lessons provided to the world. In this talk, I set the stage for the discussion, highlight the issues we faced (and still face), I speak to an effort that contributed to help address one of those issues, then speak to future challenges and our responsibilities going forward.
Systemic Barriers in Technology: Striving for Equity and AccessTyrone Grandison
Technology is an integral part of our everyday lives through broad-band internet usage, protection of cyber-security security, or the usage of artificial intelligence (AI) to mimic human-operations. Historically, technology has perpetuated racial discrimination with biases in algorthims used in the health-care system, facial recognition in the criminal justice system, to Black and Latinx students lacking access to technological resources. This panel will discuss the historical context of racism in technology, current technology access issues in communities of color, as well as strategies and policies that dismantle systemic racism in technology.
Are There Ethical Limits to What Science Can Achieve or Should Pursue?Tyrone Grandison
As a computer scientist and data scientist, this is a nuanced question that requires prinicpled treatment. There are multiple factors that determine the answer to this prompt. The path that I take is going back to first principles and presenting a framework for evaluation.
The current model of invention needs to be augmented. We have to include user feedback more integrally and we need to invent to reduce unintended consequences.
We live in an amazing time. The only barrier to impact is execution. Every individual has the opportunity to take an idea from inception to invaluable and innovative solution in a matter of months. Every nation has the capacity, and the capability, to create a solid foundation for its citizens that has the potential to transform lives and sustain a thriving innovation ecosystem. This talk will examine the part that each of us must play in creating an innovation nation.
The mission of the IHME is to apply rigorous measurement and analysis to help policy makers make better decisions on a range of health policy issues. Like other organizations, the IHME have embraced containers and micro-services aggressively to better support hundreds of collaborating researchers.
In addition to containerized workloads, the IHME run a wide-variety of traditional analytic, simulation and high-performance computing workloads on an HPC cluster with 15,000 cores and 13PB of storage. Researchers increasingly need to combine both containerized and non-containerized elements into workflow pipelines, and a key challenge has been ensuring SLAs for various departments and avoiding duplicate infrastructure and unnecessary data movement and duplication. In collaboration with industry partners, IHME have deployed a unique solution based on Univa’s Navops technology that allows them to combine containerized and traditional analytic and high-performance application workloads on a single shared Kubernetes cluster, ensuring departmental SLAs and helping contain infrastructure costs.
In this talk Dr. Grandison will discuss IHME, their experience deploying containerized applications and how they went about using Kubernetes to support a variety of new containerized applications as well as a variety of traditional analytic applications.
The Federal Government has vast open data resources. This talk will present a few APIs: One from the Department of Labor that serves up the data on the goods and products made with forced and child labor, one from the US Census Bureau, and another from the Department of Commerce and tangles Income Inequality.
The Creative Economy within the United States of AmericaTyrone Grandison
The creative economy spans multiple industries and spaces. I show highlights of how the US Department of Commerce supports the American Creative Economy
The U.S. Department of Commerce collects, processes and disseminates data on a range of issues that impact our nation. Having a host of data and ensuring that this data is open and accessible to all are two separate issues. This session will cover the Commerce Data Usability Project (CDUP) - a community-driven public-private partnership to help data scientists, programmers and other users to access open knowledge from our open data.
Creating a Data-Driven Government: Big Data With PurposeTyrone Grandison
The U.S. Department of Commerce collects, processes and disseminates data on a range of issues that impact our nation. Whether it's data on the economy, the environment, or technology, data is critical in fulfilling the Department's mission of creating the conditions for economic growth and opportunity. It is this data that provides insight, drives innovation, and transforms our lives. The U.S. Department of Commerce has become known as "America's Data Agency" due to the tens of thousands of datasets including satellite imagery, material standards and demographic surveys.
But having a host of data and ensuring that this data is open and accessible to all are two separate issues. The latter, expanding open data access, is now a key pillar of the Commerce Department's mission. It was this focus on enhancing open data that led to the creation of the Commerce Data Service (CDS).
The mission at the Commerce Data Service is to enable more people to use big data from across the department in innovative ways and across multiple fields. In this talk, I will explore how we are using big data to create a data-driven government.
This talk is a keynote given at the Texas tech University's Big Data Symposium.
General tips to students at the Biomedical Data Science Mentoring Workshop at the Symposium of Health Informatics in Latin America and the Caribbean (SHILAC) 2015.
Bridging the Digital Gap Brad Spiegel Macon, GA Initiative.pptxBrad Spiegel Macon GA
Brad Spiegel Macon GA’s journey exemplifies the profound impact that one individual can have on their community. Through his unwavering dedication to digital inclusion, he’s not only bridging the gap in Macon but also setting an example for others to follow.
Meet up Milano 14 _ Axpo Italia_ Migration from Mule3 (On-prem) to.pdfFlorence Consulting
Quattordicesimo Meetup di Milano, tenutosi a Milano il 23 Maggio 2024 dalle ore 17:00 alle ore 18:30 in presenza e da remoto.
Abbiamo parlato di come Axpo Italia S.p.A. ha ridotto il technical debt migrando le proprie APIs da Mule 3.9 a Mule 4.4 passando anche da on-premises a CloudHub 1.0.
Instagram has become one of the most popular social media platforms, allowing people to share photos, videos, and stories with their followers. Sometimes, though, you might want to view someone's story without them knowing.
Gen Z and the marketplaces - let's translate their needsLaura Szabó
The product workshop focused on exploring the requirements of Generation Z in relation to marketplace dynamics. We delved into their specific needs, examined the specifics in their shopping preferences, and analyzed their preferred methods for accessing information and making purchases within a marketplace. Through the study of real-life cases , we tried to gain valuable insights into enhancing the marketplace experience for Generation Z.
The workshop was held on the DMA Conference in Vienna June 2024.
Italy Agriculture Equipment Market Outlook to 2027harveenkaur52
Agriculture and Animal Care
Ken Research has an expertise in Agriculture and Animal Care sector and offer vast collection of information related to all major aspects such as Agriculture equipment, Crop Protection, Seed, Agriculture Chemical, Fertilizers, Protected Cultivators, Palm Oil, Hybrid Seed, Animal Feed additives and many more.
Our continuous study and findings in agriculture sector provide better insights to companies dealing with related product and services, government and agriculture associations, researchers and students to well understand the present and expected scenario.
Our Animal care category provides solutions on Animal Healthcare and related products and services, including, animal feed additives, vaccination
15. AlterConf 2017 - Seattle
The trusted source of demographics of the average American
Collects over 400 attributes on a representative sample of over
320 million Americans
16. AlterConf 2017 - Seattle
• Monitoring Compliance with
Federal law.
• Assessing Economic Well
Being.
• Assisting families and low-
income populations.
• Assisting the elderly, the
disabled, and veterans.
• Allocating Education Funding.
• Assessing Housing Conditions
and Needs on Farms.
• Drawing legislative boundaries.
• Determining the Need for New
Schools.
• Infrastructure, Public Health and
Environmental Protection, and
Program Planning.
• Disaster Relief.
• Product Development and
Marketing.
• Forecasting Demand.
• Location Decisions.
• Providing Equal Opportunities
and achieving compliance with
Federal law.
• Delivering health, social, and
educational services.
• Serving as an important base for
other surveys.
• Calculating rates for various
indicators.
• Creating national estimates.
20. AlterConf 2017 - Seattle
• Global Burden of Disease
• Provides comprehensive picture of what disables and
kills people across countries, time, age, and sex
For the time that I have with you, I am going to share the story of “The Commons”. It should make you happy. It should make you sad. Hopefully, it should spur you to action.
Afterwards, I hope we can have a discussion on the path forward.
By show of hands, how many people here have heard of the term “The Commons”.
Just to make sure that everyone is on the same page, the Commons is a term popular in the Environmental Science and Sustainability field.
It refers to the shared limited resources that all of us have access to, e.g. water, trees, land, air.
Let’s get the sad news out of the way first.
The Tragedy of The Commons is that when you have multiple individuals, acting independently and only in their own self interest, using shared and limited resources, those resources get depleted.
Even if it is clearly not in anyone’s long-term interest.
We see it happening with physical resources in multiple instances.
We cut down trees indiscriminately, to produce paper products, that we mass-manufacture, use them and then get rid of them, normally in ways that further harm us in the long term.
For a moment, I want you to step back and realize two things.
First is that we have been repeating the story of the Commons for many, many centuries now.
Second is that we, As Americans, have been pooling our resources, i.e. our tax dollars, trusting our government to be good stewards of those resources, and help in the creation of man-made commons, which I will be referring to as the Digital Commons.
The most well-known example of this is the ARPANET.
In the 50s and 60s, the US government started to research systems that could survive nuclear war.
This was the genesis of “packet switching”.
And thus, the idea of the Internet was born.
So for an initial investment of 124.5 million dollars, we have this environment and way of being that is integral to us.
Lots of billionaires have been made. Lots of cat videos watched. Lots of social good promoted. Lots of damage and harm done.
Very limited re-investment in the Digital Commons for the good of the masses by the companies that have profited the most.
Lots of investment for shareholder value (a term that only became gospel, and popular, since the 80s).
The observed cycle of innovation from the initial waves of the Digital Commons is right here.
Our collective resources are pooled, military or defense problems are defined, these ideas are funded with our resources, discoveries are made, there is a realization that there may be worth in trying non-military applications, and those are developed and delivered to all of us.
The one thing I want you to observe here is that after delivery, there is no re-investment.
So, let’s look at four more recent examples of Digital Commons.
First up is NOAA – The National Oceanic and Atmospheric Administration.
NOAA monitors everything from surface temperatures on the sun to sounds at the bottom of our oceans.
NOAA collects 20 to 30 terabytes of data per day.
And with GOES-R satellite recently launched and other instruments in progress, it is expected that this will grow to upwards of 400TB per day (and that is raw, unprocessed data).
All open. All available. However, not easy to understand and unpack.
Every single weather app, weather man, and weather company relies on NOAA data.
Every single one.
And they all do what they do, using only about 2TB per day from NOAA.
For a multi-billion dollar industry, this appears to be a great use of our pooled resources.
Unfortunately, the number of innovative companies formed and the importance of the NOAA Digital Commons has very little bearing on the preservation of this Commons.
NOAA has constantly under-funded over the last two decades. Congressional Budget process.
This translates to 1) old, unreliable equipment in the field, 2) slow predictions, 3) inability to deliver data in easy-to-understand, easy-to-parse formats (thus making the barrier for entry high), and 4) questions about the sustainability of NOAA’s operations (no resources to maintain steady state much less grow).
Our second example is the US Census Bureau.
The 1st Census (in 1789-90) was taken to enforce the Three-Fifths Compromise - The Three-Fifths Compromise was a compromise reached between delegates from southern states and those from northern states during the 1787 United States Constitutional Convention. It counted slaves are three-fifths of a white man.
Fortunately, the Census Bureau (officially formed in 1902) has evolved to create multiple surveys about all aspects of American life.
Currently, you can access over 400 dimensions on the life of an American.
These are some of the uses of Census data.
If you ask Alexa, Siri, Google, or Wolfram Alpha for population or demographics information, you are accessing data from the US Census Bureau.
As with NOAA, the US Census Bureau is subject to the same Congressional budget cycle.
This leads to the same underfunding situation, which leads to several important surveys being eliminated and products going stale. More importantly, entire communities go missing.
Unfortunately, the millions of entities that leverage Census data do not see the need in re-investing in their lifeblood.
The third example is the bureau that count economic activity.
Its primary product is the Gross Domestic Product.
It also produces Regional Input/Output multipliers.
It incorporates Census data and is the bedrock for financial planning.
And has the exact same problems as the Census Bureau.
The final example is the Institute for Health Metrics and Evaluation, lovingly called IHME.
It is a global public institute funded by the State and a lot of Foundations.
What do they do?
They produce data that quantifies health loss and informs policy on how people can live longer and healthier lives.
Their data is used everywhere to help everything from Pollution Control in China to Healthcare Spending in the US to Nutritional Program Guidance in the Middle East.
Given all the uses of the data, one would assume that the businesses that have been successfully because of this data would contribute to its survival.
This is what the Cycle of Innovation should be.
We have to consciously think about the Digital Commons that we are using and factor into our initiatives contributing to them – so that 1) we can have better stuff, 2) the next generation have the opportunity to use those Commons (just like we had).
In my time with you, I started of with Open technology, ARPANET, led you through Open Data initiatives (from NOAA, the Census Bureau, BEA and IHME) and want to leave you with the fact that the landscape of Open is larger than you think.
All these technologies are a part of the Digital Commons, i.e. were funded with our collective contribution.
The last thing I want to do is to make a simple request.
Look at the existing Open Data and Open technology resources, such as data.gov, DARPA’s Open Catalog and the Commerce Department’s Data Usability Project.
And leverage them if it makes sense.
https://data.gov
https://opencatalog.darpa.mil/index.html
https://opencatalog.darpa.mil/XDATA.html
Build successful partnerships and businesses using open stuff.
And Re-invest in the Digital Commons.
Make it a natural part of your business.