An Inclusive Innovation Agenda: The State of Play

Building a prosperous and innovative Canada

Global Forces Shaping a new context and Accelerating Change

Slow paced global growth and high volatility

Global recovery continues but fragility prevails

  • Global growth revised down from Oct 2015:
    • 2016: 3.2% from 3.6%
    • 2017: 3.5% from 3.8%
    • Low productivity growth

Emerging markets source of growth & new middle class

  • Emerging markets will fuel nearly half of the growth through 2025
  • 2.2 billion new middle class consumers by 2030 – cities in Asia, especially in China, will host largest markets

A commitment to a low carbon economy

Focus on international collaboration, domestic frameworks, and new investments in clean energy and clean technologies

Global demographic shifts underway

Mass migration, aging population, vulnerabilities related to lack of inclusion & income inequality

Innovation to drive growth, improve lives of Canadians, and create jobs economy-wide

G7 Declaration

"Global growth remains moderate and below potential, while risks of weak growth persist"

Group photo - G7 Summit at Isle-Shimma

"Strengthen the global response to the threat of climate change, in the context of sustainable development and efforts to eradicate poverty, including by: Holding the increase in the global average temperature to well below 2 degree Celsius above pre-industrial levels"

(Paris 2015 COP21•CMP11)

Paris 2015 - Climate Change Conference

Disruptive technologies giving rise to a new Industrial Age

Technology changing the way people work & live, business lines & entire systems of production

Fourth Industrial revolution (e.g., digital manufacturing)

Exponential growth of connected devices
  • By 2025 more than 50 billion connected devices in a world of 8 billion people
  • Today 3 billion people connected to the Internet; 5 billion by 2025

No "traditional sectors" – all part of a technological transformation: manufacturing, natural resources, services

Autos a mobile platform and combination of digital, AI, software, advanced materials, fuel efficiency, manufacturing, & resources

A global Innovation Race to lead in new technologies, high-end industries & capabilities

  • Innovation to drive growth – US, Germany, Australia
  • Targeting tech areas – UK
  • Prioritizing value-added industry/tech – Made in China 2025
  • Simplicity in support of innovation – Finland, Israel

The Canadian strengths and leading indicators

Solid Foundations

  • Strong economic base
  • A leading open economy
  • A welcoming business environment
  • World-class research and universities
  • Highly educated workforce
  • Multicultural country, universal health care, clean, modern cities, high quality of life
Social Progress Index – 2015

Long description for: Social Progress Index – 2015

Strengths

  • Low inflation, interest rates, deficit
  • Led G7 in economic growth 2005–2014 (World Bank)
  • 2nd most open G7 in trade and investment
  • Extensive market access – NAFTA, CETA
  • Best country in the G20 to do business – (Forbes & Bloomberg)
  • Lowest business tax costs G7 – 46% lower than US (KPMG)
  • Lowest business costs in the G7 for R&D intensive sectors
  • Soundest banking system in the world (WEF)
  • Most highly educated workforce among OECD
  • 1st in life satisfaction G7 (OECD)
  • Leader in hosting international migrants – ranked 7th (UN)

A persistent innovation paradox

Strong "macro" conditions, yet Canada's innovation metrics are not sufficiently world-leading

  • Drop in business R&D & low business sector ICT investment per-worker
  • Limited commercialization success
  • Lack of management capacity, serial entrepreneurs & anchor firms around innovation hubs
  • SME scale-up issues – limited participation in global markets
  • Need for better public-private innovation collaboration, interaction, partnerships

Adjusting to structural and cyclical challenges

  • Aging of Canadians – 1 in 4 over 65 by 2031
  • Large oil price shock: from US$113 April 2011 to US$26 per barrel in Feb. 2016
  • High FDI in Canada but heavily relied on natural resources

Mobilizing Canadians for an Inclusive Innovation Agenda

Globally connected and competitive Canadian companies creating value and jobs for the middle class, including in clean technology, health sciences, advanced manufacturing, digital technology, resource development and agri-food

6 Areas for Action

  1. 1. Entrepreneurial and Creative Society

    Foster a culture of innovation and entrepreneurship, build skills to embrace global changes, leverage Canada's diversity and attract top global talent

  2. 2. Global Science Excellence

    Support world-class research excellence from fundamental to applied science

  3. 3. World Leading Clusters and Partnerships

    Super clusters for business innovation and global reach, from idea generation to value creation

  4. 4. Grow Companies & Accelerate Clean Growth

    Develop start-ups and scale innovative, high impact small, medium and large firms, growing the next generation of job-creating global companies

  5. 5. Compete in a Digital World

    Harness the digital economy across sectors – infrastructure, broadband, ICTs, big and open data – to encourage digital adoption and strengthen competitiveness

  6. 6. Ease of Doing Business

    Enhance and align agile marketplace regulations and standards, enable market access so Canadian businesses can thrive globally

1. Entrepreneurial and Creative Society

Foster a culture of innovation and entrepreneurship, build skills to embrace global changes, leverage Canada's diversity and attract top global talent

Canada has strengths in its people

A highly educated population

  • Highest percentage of population with a tertiary degree (54%) in the OECD
  • Doubled the number of science and engineering PhDs per 100,000 population from 2006 to 2012 - 19th place to 17th

Attracting top talent from abroad

  • 10th in country capacity to attract talent (WEF)
  • 3rd in foreign born doctorate holders (OECD)
  • 8th most popular destination for international students
  • Recognized for having world-leading researchers at Canadian universities

An environment conducive to entrepreneurship

  • 2nd in Global Entrepreneur Index in 2015
  • Top 5 in access to training to start a business (OECD)
  • Niches of social enterprises providing sustainable social solutions

Canada has a long history of innovation—technological, SOCIAL, economic, cultural and political. Indeed, Canada itself has been called a bold experiment in diversity and multiculturalism. We're not two years shy of our 150th birthday by accident. We didn't get here by revolution or upheaval, but neither have we clung unduly to the status quo.

The Governor General of Canada
His Excellency the Right Honourable David Johnston
June 9, 2015

There are skills and competency gaps

Youth scores continue to drop in each cycle for all indicators

  • 7th in reading (6th in 2009)
  • 13th in math (10th in 2009)
  • 10th in science (8th in 2009)

Canada has a larger proportion of adults at the lowest proficiency levels in all three skill levels compared to OECD average

Experiencing signs of skills mismatches between competencies needed and qualifications

  • Poor performance in over-qualification and under-qualification in jobs (selected OECD countries)

Improve performance on the skills of tomorrow—Digital skills needs

  • Bottom 5th in adults with ICT and problem solving skills with tertiary degrees (OECD)

Gaps in equity of education

  • 48% of Aboriginal people had a PSE compared to 65% of non-Aboriginal
  • Lower proportion of women enrolment in STEM

Attention needed to generate skills for the economy of tomorrow and to grow the middle-class

Lagging in the domestic development of STEM degree-holders

  • Immigrants hold more than half of all STEM credentials despite representing only quarter of adults
  • Canada produces fewer graduates in science, engineering, business and health
    Rank: 14th in 2006 to 16th in 2012
  • Intensive global competition for talent - strong investments in leading economies on STEM

Social Enterprises increasing relevance but Canada lacking national tracking approach

  • Ontario: almost 10,000 social enterprises, employing 160,000, serving 3.4 million customers
  • 68% focus on poverty reduction in Ontario
  • Barriers: administrative and regulatory requirements, limited information at national level

Canada generally has a good attitude towards entrepreneurship but differences with US exist

  • Canadian businesses less likely to take risks than US counterparts & Canadians view entrepreneurship less favourably as a good career option

International examples

Flag: Australia

Australia

The Commonwealth Scientific and Industrial Research Organisation Innovation Fund co-invests in spin-offs from researchers involved with the government, universities, or other publicly funded research bodies. The private sector also contributes investment to the fund. (A$70M)

Inspiring all Australians in Digital Literacy and STEM is a measure in the Innovation Strategy that has ten sub-initiatives. Some of these initiatives include: Little Scientists (A$4M) engages children with fun experiments, Let's Count (A$4M) engages parents and children in early concepts of mathematics, Early Learning STEM Australia (A$6M) is a series of apps to foster interest in science, Massive Open Online Course to teach teachers digital literacy, Peripatetic (travelling) ICT teachers for one term ICT lessons in disadvantaged schools, and a series of science/coding competitions. (A$65M)

Flag: United Kingdom

United Kingdom

Society Capital supports charities and social enterprises with affordable financial support to grow their social impact. It operates on ROI model and has ten areas of focus. The Big Society Trust was set up using funds that had been dormant for fifteen years or longer. Over five years Big Society Capital will be capitalised with £600 M from dormant bank accounts and four UK banks.

ICURe Pilot Programme (based on US I-Corps) offers university researchers with commercially promising ideas up to £50,000 to ‘get out of the lab' and validate their ideas in the marketplace. (£3.2M)

Flag: United States

United States

Innovation Corps provides entrepreneurship training for federally-funded scientists and engineers by pairing them up with business mentors to test their business models. (US$30M, 2016)

STEM Master Teacher Corps is designed to increase the number of STEM teachers in school districts that have historically not done well in STEM. It aims to have 10,000 Master Teachers by 2017. (US$1B)

Challenge.gov includes technical, scientific, and creative competitions where the US government seeks innovative solutions from the public for social innovations. Since 2010, over 600 competitions have been launched, over 250,000 people participated. (US$220M has been awarded)

Social Innovation Fund combines public and private resources to grow promising community-based solutions for three priority areas: economic opportunity, healthy futures, and youth development. It provides US$1-5M grants annually for up to five years. In its first two years it allocated US$95M, leveraged an additional US$250M of private funds, and supported 150 projects in 100 cities.


2. Global Science Excellence

Support world-class research excellence from fundamental to applied science

The National Microbiology Lab in Manitoba created the first Ebola vaccine for humans, a discovery that will save millions of lives

Public Health Agency of Canada Portrait of Dr. Arthur McDonald

Dr. Arthur McDonald (Canadian) won the 2015 Nobel Prize in Physics. His work tracking neutrinos from the sun is a discovery that changes the basic understanding of physics

World leading discoveries in glioblastoma, one of the most deadly and difficult to treat brain cancers

The Ottawa Hospital

Canada has strengths in science performance

World-leading education and universities

  • 1st in the OECD for overall spending in higher education at 3% of GDP (OECD)
  • 3rd for the number of universities in the top 30 university rankings – top cited publications (OECD)
  • Top 4 among OECD countries in fields such as psychology, neuroscience and economics (OECD)

Global recognition of research

  • 9th in top cited publications among OECD countriesFootnote *
  • 6th in the Thomson Reuters' 2015 rankings of the most highly cited researchersFootnote **

Strong capabilities & breakthroughs in key fields

  • Life sciences and biomedical research & technologies
  • Environmental sciences & technologies
  • Energy sciences & technologies
  • ICT research and technologies

Declining investment in knowledge production and diffusion

Canada's higher education R&D intensity has been declining and is at the same level as in 2003 – competitors increasing investments

  • 7thFootnote * in 2014 from 3rd in 2006 – higher education R&D expenditure as % GDP (OECD)
  • 22nd on government performed R&D (0.15%) in 2014 below OECD average (0.26%) (GOVERD)

Canadian businesses not sufficiently commercializing S&T and innovation research

  • Canada last in G7 countries for share of triadic patentsFootnote **
  • Universities lagging US counterparts in patents issued, licences executed and new start-ups
  • Lower percentage of researchers in the business sector (OECD countries)
  • 12th in the percentage of researchers working in the business sector
  • 22nd in absorbing talent in 2012 out of 43 countries

Much of Canada's post-secondary institutions (PSI) and federal labs infrastructure needs to be modernised

Canada's Higher Education R&D Intensity (as a % of GDP)

Long description for: Canada's Higher Education R&D Intensity (as a % of GDP)

Lower number of university graduates in key disciplines and a gender gap

Dropping in the generation of university graduates in key disciplines

Fewer women pursuing science & engineering fields of studies

Even though Canada doubled the number of science & engineering PhDs per 100,000 population from 2006 to 2012, Canada lags leading OECD countries (e.g., Germany, Australia, UK)

World-leading research excellence will continue to be a critical foundation to innovation performance

  • Flag: Australia

    Australia's National Innovation & Science Agenda will spend A$1.1 billion 2016-19

  • Flag: United Kingdom

    The UK's Science & Innovation Strategy will spend £6 billion 2014-21

  • Flag: United States

    The President's 2016 Budget proposes US$67 billion for applied research

  • Flag: Finland

    Finland allocated €1.8 billion to R&D in 2016-17

  • Flag: China

    China - the OECD projects that funding of R&D will surpass the US by 2019

International examples

Israel

Israel

The Israel Science Foundation is Israel's predominant source of competitive grants for funding basic research. It promotes science excellence and basic research. It focuses on sciences and technology, life sciences and medicine, and humanities and social sciences. ($213M, 2015)

Life Sciences Fund promotes and accelerates the growth of Israel's Biotechnology industry, an area in which Israel possesses a competitive advantage but the private sector considers high risk. ($220M)

Kamin serves as an additional bridge between pre-commercial research and industrial research. KAMIN offers the opportunity for academic groups whose research is no longer eligible for basic research funds to continue in their work for up to two years. Grants may be 85 to 90 percent of the approved budget and the remainder of the R&D costs are to be borne by the research institute.

Flag: United Kingdom

United Kingdom

The Global Challenges Research Fund supports cutting-edge research to address problems faced by developing countries. The fund is administered through delivery partners including the Research Councils and national academies. (£1.5B over 5 years)

The Intelligent Mobility Fund will provide £50-100M into early-stage innovations, focusing on transportation of the future. It aims to turn Britain into the "smart transport Silicon Valley".

The Newton Fund aims to develop science and innovation partnerships that promote the economic development and social welfare of partner countries. The Fund focuses on building innovation and science expertise, creating research collaborations, and developing innovation solutions to development problems. (£735M 2014-21 / partner countries match the resources)

World-class Laboratory Capital is for maintaining and refreshing existing UK science infrastructure. It is allocated to partners to be spent at their discretion, to retain the UK's global science excellence. (£3B 2016-21)

The Eight Great Technologies Initiative supports areas of science strengths in the UK. They are big data and energy-efficient computing, satellites and commercial applications of space, robotics and autonomous systems, synthetic biology, regenerative medicine, agri-science, advanced materials and nanotechnology, and energy. (£600M, 2012)

Flag: Sweden

Sweden

Swedish Research Council funds basic research in natural sciences, technology, medicine, the humanities and social sciences. (SEK 5.5B, 2014)

Swedish Research Council for Environment, Agricultural Sciences and Spatial Planning (FORMAS) supports basic and needs-driven research in the fields of environment, land-based industries and spatial planning. (SEK 1.12B, 2014)

Swedish Research Council for Health, Working Life and Welfare (FORTE) supports and initiates basic and needs-driven research in the fields of the labour market, work organisation, work and health, public health, welfare, the social services and social relations. (SEK 512M, 2014)

Swedish Governmental Agency for Innovation Systems (VINNOVA) funds needs-driven research in the fields of technology, transport, communications and working life. (SEK 2.4B, 2014)

Flag: Norway

Norway

Biomedical Research Investment The Norwegian Research Council announced in 2015 four large investments in biomedical research. The investments will focus on supporting research in sequencing and precision medicine, national biobanks, brain research and clinical research. (NOK 255 M)


3. World Leading Clusters and Partnerships

Super clusters for business innovation and global reach, from idea generation to value creation

Canada has important clusters and regional innovation

Leading clusters in key economic sectors

  • Automotive - ON represents the 2nd largest automotive producing region in North America - 5 OEMs, 11 vehicle assembly lines in 8 assembly plants, 3 engine plants, over 730 auto parts suppliers and a network of research and facilities
  • Aerospace - Montréal region one of the 3 leading aerospace hubs along with Seattle and Toulouse with OEM, leading suppliers & research institutes
  • ICT - Waterloo region a leading cluster in North America home to 1,000 technology companies, leading universities, developing and attracting top talent - one of the world's top regions for tech start-ups
  • Life science - Presence across Canada - BC home to one of the largest biotech sectors in North America with the University of BC ranking in the top 10 in North America for patentable research
  • Food Processing - 2nd largest manufacturing industry in Canada - $2 billion annually in capital expenditures
  • Energy & natural resources - large and diverse resources throughout Canada - lead energy research in AB, agri-food in SK, clean water technology in ON, cleantech BC, ON, QC, Atlantic Canada
Geographic concentrations of interconnected companies, suppliers, service providers, firms in related industries, & research institutions – They compete but also cooperate. CLUSTERS – Enhances regional and industry performance, including job creation, innovation, and new business formation

Transformative technologies reinvigorating industrial capabilities

Nanotechnology, additive manufacturing, energy storage, autonomous vehicles, robotics, regenerative medicine, genomics, quantum computing, big data analytics, advanced materials

Canada could improve in partnerships and in business-led clusters

More partnerships needed between research facilities and industry—building critical mass

  • Limited success in attracting new R&D from MNEsFootnote * - % of BERD funded from foreign-owned constant over last 5 years (around 35%)
  • 9th in OECD in HERD funded by business (behind Korea and Germany)

Canada's ranking in the state of cluster development is declining

  • 20th in 2015 from 16th in 2008
  • Germany 3rd (2015) from 10th (2008)
  • UK 8th (2015) from 15th (2008)

Canada's top 25 firms' expenditures in R&D are declining

  • Last among G7 countries in the number of firms in the top 1000 global R&D firms with only 10

WEF ranking of countries with extensive university industry R&D collaboration

  • 19th in 2015, fell from 7th in 2010

Number of triadic patents per million population

  • 18th in OECD countries, 2013

Need for balance

  • More than 85% of government support to business R&D is indirect

Government funding of business R&D (OECD)

  • 9th in 2013
  • 4th indirect support
  • 25th direct support

Canada not leading in value chain participation, business innovation & high-tech exports

Canada not well-integrated into global value chain

  • Canada ranked among the lowest in terms of its GVC participation - last among G7 countries (OECD -2009 latest data)
  • Canada's GVC participation driven by primary inputs - need to complement with higher end products and services

Business sophistication requires higher levels of R&D investment and partnerships

  • 23rd in capacity to innovate (WEF)
  • 29th in firm-level technology absorption (WEF)

Low levels and ranking in high tech exports

  • 29th in terms of high-tech exports as a % of total trade (Global Innovation Index - 2015)
  • Last in G7 countries in the export of ICT (OECD)

The Landscape

  • Relatively small market size - less attractive to test technologies
  • High BERD-intensive sectors are in decline
  • Heavy reliance on tax incentives to incentivize business R&D
  • Need for experienced talent to drive and manage growth - a race for talent
  • Limited density & capabilities

Building Capabilities through Clusters and Partnerships

  • Build critical mass and enhance commercialization outcomes
  • Create self-sustaining technical centres of excellence and strengthen value chains
  • Bring the best talents and capabilities from the public and private sector
  • Proving ground for cutting-edge technology testing & application

International examples

Flag: United States

United States

National network for manufacturing innovation scales up advanced manufacturing technologies and processes. The initial network consists of 15 institutes targeting key technologies and it aims to expand to 45 by 2024. The government has provided an initial investment of US$600M, which has been met by nearly US$1.2B of private investment. Each institute is unique and led by experts in the field. The institutes have attracted over 800 companies, universities, and non-profits as members of the National Network for Manufacturing Innovation.

ENERGY REGIONAL INNOVATION CLUSTERS PROGRAM in which the DOE is leading six other federal agencies to help US regions develop innovation zones. Regions compete for funds.

REGIONAL INNOVATION STRATEGIES PROGRAM creates and expands cluster-focused proof-of-concept and commercialization programs and early-stage seed capital through the i6 Challenge and the Seed Fund Support (SFS) Grant competition. (US$15M)

Flag: Germany

Germany

FRAUNHOFER SOCIETY undertakes applied research with the objective to reinforce the competitive strength of the regional and national economies. Fraunhofer aims to promote innovation, accelerate technological progress, disseminate knowledge and help to train the future generation of scientists and engineers, providing a conduit to link governments, industry and research institutes. Fraunhofer carries out research in hundreds of technology fields and makes the results available as patents, licenses, and in the form of research projects commissioned by industry. More than 70 percent of Fraunhofer's contract research revenue is derived from contracts with industry and from publicly financed research projects. (€2.1B annually)

Flag: United Kingdom

United Kingdom

CATAPULT CENTRES are a network of centres designed to transform the UK's capability for innovation in specific areas and help drive future economic growth. The UK's businesses, scientists and engineers work side by side on late-stage R&D. Each Catapult Centre specialises in a different area of technology. The centres focus on: cell and gene therapy, compound semiconductor applications, digital, energy systems, future cities, high value manufacturing (a network of another seven centres), medicines discovery, offshore renewable energy, precision medicine, satellite applications, and transport systems. The centres are funded by core public funding, private contracts, and public-private partnership projects. The government aims to have 30 Catapults by 2030.

KNOWLEDGE TRANSFER NETWORKS were established to foster better collaboration between science, creativity and business. The KTN program has specialist teams covering all sectors of the economy – from defence and aerospace to biotechnology and robotics. KTN has helped thousands of businesses secure funding to drive innovation.

Flag: Australia

Australia

INNOVATION CONNECTIONS INITIATIVE drives industry-led collaborations between researchers and SMEs. The Initiative matches grants to support graduate and postgraduate research placements in businesses, matches grants for industry researchers to be placed in publicly funded research organizations, and identifies opportunities to access R&D testing facilities and training. (A$18M)

Flag: Ireland

IRELAND

GREEN WAY is a cleantech cluster in Dublin. This cluster brings together the public sector, academia, industry and consumers, to stimulate clean-economic growth. According to EY, Cleantech has the potential to boost Irish GDP by between €2.4B and €3.9B by 2020, while adding up to 80,000 jobs in the process. The cluster was founded by a group of municipalities, higher education institutes and industry representatives. Its network has expanded to include multinational organizations, and is connected to clusters in San Jose, Silicon Valley, and Beijing.

Flag: Netherlands

NETHERLANDS

STARTUP DELTA works with the 13 innovation hubs in the Netherlands to create one single hub. It tackles capital, talent and networking problems that hinder growth of startups. It is comprised of people from across government, enterprise and research community.


4. Grow Companies & Accelerate Clean Growth

Develop start-ups and scale innovative, high impact small, medium and large firms, growing the next generation of job-creating global companies

Growth and job creation is about firms and their pathway to success

Canada's start-up rate higher than in the US

An improving venture capital market

  • 3rd among OECD countries in terms of the value of VC investments relative to GDP, lagging only to Israel and the US

Leading exporter among OECD countries

  • 4th of 24 OECD countries in average value of exports by enterprise

SMEs contribution to jobs and exports is significant

  • SMEs account for 90% of private sector employment and for 99% of businesses – 1.1 million enterprises
  • 10% of SMEs exported goods or services (2011), accounting for 40% of exports

Significant expertise & potential in clean technologies

Growing and active clean technologies firms

  • Cleantech companies (almost 800) employ more than 50,000 and about 80% of them export (Analytica Advisors)
  • Canada's cleantech industry revenue over $11 billion in 2014 (Analytica Advisors)
  • 7th in Cleantech Innovation Index
  • 62% of Canada's electricity generation from renewable sources
  • 4th (OECD) - Government R&D budget spent on energy and the environment (11.3%)

More SMEs need to grow into larger globally oriented firms

Canada has proportionally fewer large firms, with fewer employees and lower revenues

  • Only 83 firms with revenue in the range of $500 million to $999 million
  • 169 companies in the billion-dollar range

Top 100 Canadian firms were responsible for more than 60% of exports in 2012; this compares to less than 40% in France, Germany, and the US

While Canadian VC is high, the average deal size still significantly lags the US – less than half

  • These smaller deal sizes may not be sufficient for companies in later stages looking to scale up
  • Canadian VC is more heavily weighted in seed/early stages than many other countries - less on scale-up
  • 13th in the contribution of later stage VC financing to total VC financing

Business R&D intensity lagging leading countries

22nd in 2014 in BERD intensity (16th in 2006)

  • BERD intensity is less than half of the US & OECD average

Canada lags OECD competitors in share of young firms patenting and in the share of patents heldFootnote *

  • 20% of patenting firms are under 5 years old, bottom-tier of selected OECD countries
  • 9% of all patents held by Canadian firms, bottom-tier of selected OECD countries

Canadian companies not recognized in top rankings of innovative firms

  • 1 company in Forbes top 100 ranking - World's Most Innovative Companies

Canadian cleantech firms face steep competition

Need to expand Canadian cleantech global presence

  • 1.3% of cleantech global market share in 2014, a drop from 2.2% in 2005 (Analytica Advisors)
  • Among the top 25 exporters, Canada's global ranking fell from 14th to 19th (Analytica Advisors)
  • 18th in 2014 in cleantech specific drivers (WWF)

Key competitors speeding up investment

  • China's strategy to deploy cleantech across its economy has provided start-ups with a burgeoning market, preferential corporate tax rates and easy access to loans at low interest rates through the country's state-owned development bank

International examples

Flag: United States

United States

SMALL BUSINESS INNOVATION RESEARCH program encourages domestic small businesses to engage in federal R&D that has the potential for commercialization. It aims to stimulate technological innovation, meet US R&D needs, encourage entrepreneurship with socially and economically disadvantaged persons, and increase private sector commercialization. SBIR provides up to US$150,000 over six months for an organization to establish technical merit, and commercial potential. Successful companies may qualify for up to US$1M over two years to continue R&D.

ADVANCED RESEARCH PROJECTS AGENCY-ENERGY advances high-potential, high-impact energy technologies that are too early for private-sector investment. ARPA-E empowers America's energy researchers with funding, technical assistance, and market readiness. It focuses on early-stage technologies from academia, industry, national labs, start-ups and small businesses. ARPA-E provides US$2-3M on average to each project and has supported over 400 projects.

ENERGY INNOVATION HUBS are integrated research centres combining basic and applied research with engineering to accelerate scientific discovery in critical energy issues, such as nuclear reactors, solar, energy efficiency and storage and critical materials. (US$366M, 2010)

CLEAN TECHNOLOGIES VOUCHERS are being provided by the DOE so that SMEs can use national labs and bring the next generation of clean technologies to market. Each voucher is worth between US$50,000 and $300,000. (US$20M)

Flag: United Kingdom

United Kingdom

BRITISH BUSINESS BANK'S ENTERPRISE CAPITAL FUND partners with private venture capital firms to invest in high growth SMEs. This practice encourages VC firms to invest in SMEs. The Bank is owned by the UK government and has over £400M available to invest.

BRITISH BUSINESS BANK'S VENTURE CAPITAL CATALYST FUND for late stage venture capital funds to help banks begin making investments. This program was established in response to the 2008 financial crash. It has committed £71M in eight portfolios so far (e.g., cloud computing, mobile devices, B2B software, life sciences, Fintech and business analytics).

GROWTH HUBS are local public-private partnerships, led by the Local Enterprise Partnerships. They connect national and local business to support start-ups and their scale. The UK has 39 hubs across the country. (£24M allocated for support over next two years)

UK SMALL BUSINESS RESEARCH INITIATIVE (SBRI) The UK SBRI was established in 2001 with the goal to replicate the success of the US SBIR in stimulating innovation and R&D. The UK program offers opportunities for SMEs to develop and demonstrate technology to public bodies. The UK increased the budget for SBRI to £100M in 2013/14 and to £200M in 2014/2015.

Flag: Germany

Germany

ENERGIEWENDE is the transition by Germany to a low carbon environment with an affordable energy supply. Goals of the transition include GHG reductions of 80–95% and a renewable energy target of 60% by 2050. Germany spends €1.5B per year on energy research to solve the technical and social issues raised by the transition.

Flag: Japan

Japan

STRATEGIC ENERGY PLAN & FEED-IN TARIFF FOR RENEWABLE ENERGY sets out a support scheme to expand renewable energy sources. In addition, the plan outlines a roadmap and measures for dissemination of innovations in cleantech across 37 technology areas and policy measures (collaboration, regulation reform, taxes & subsidies) to help support the development of the technologies through their lifecycle (present until 2050).

Flag: Denmark

Denmark

STATE OF GREEN initiative aims to have Denmark independent of fossil fuels by 2050. It is a public-private partnership founded by the Danish Government, the Confederation of Danish Industry, the Danish Energy Association, the Danish Agriculture & Food Council and the Danish Wind Industry Association. It is focused on promoting and investing in 10 green sectors (e.g., sustainable transportation, solar & renewables, water, energy efficiency, and "intelligent energy").

Flag: Norway

Norway

ENOVA is a public enterprise under the Ministry of Petroleum and Energy. Enova works with public and private enterprises to reduce consumption and increase power generation from renewable resources. Its objectives are to develop and introduce new energy and climate technologies in the market; create more efficient and flexible uses of energy; increase use of other energy carriers than electricity and natural gas for heating; increase use of new energy resources, including energy recovery and bioenergy; improving the functionality of markets for energy-efficient and environmentally friendly solutions, increase awareness in society of environmentally friendly solutions; and reducing greenhouse gas emissions in the transportation sector. To support these goals, in 2015, Enova supported 1,735 projects, which had an energy impact of 1.8 Terawatt hours and costs. (NOK 2.6B)


5. Compete in a Digital World

Harness the digital economy across sectors – infrastructure, broadband, ICTs, big and open data – to encourage digital adoption and strengthen competitiveness

A well connected Canada with world-class digital infrastructure

Most Canadians have access to some form of broadband and basic broadband coverage

  • 94% of households have coverage at speeds of 5 Mbps
  • 71% of households have access to speeds of 100 Mbps or faster
  • 88% of Canadians and 98% of Canadian businesses are connected to the Internet

Leading digital expertise, companies, and knowledge creation across Canadian cities and universities

  • Waterloo's Quantum Valley is world leading, encompassing $100M+ investment fund for quantum technologies and state of the art R&D facilities, attracting top researchers—Perimeter Institute, the Institute for Quantum Computing, and Institute for Nanotechnology
  • World leading companies in cyber security,technologies and services
  • Capabilities in big data analytics (e.g., IBM), quantum computing, cloud technologies, robotics, AI

Leveraging skilled immigrants and providing economic opportunities

  • 40% of ICT jobs are held by immigrants
  • 2.7% unemployment rate for ICT immigrant professionals—in contrast to 7.2% unemployment for the total immigrant population 15+ (Digital Adoption Compass)

In 2014, Canada was the top export market for US computing services exports – US$4.4B of cloud computing services to Canada (US BEA)

Signs of concerns related to digital adoption and skills

Investment in ICT is low compared to competitors

  • Canada lagging in private sector investment per worker vis-à-vis the US on machinery and equipment and ICT
  • 13th in ICT investment / GDP at 2.2% in 2013—investment intensity was 70% of that of the top 5 performers (OECD)
  • 48% of large firms are adopting big data in Canada compared to 76% in world (IDC 2012)
  • Many SMEs not investing in cyber security technologies and services despite concerns

Need for skills and talent

  • Canada's big data analytics talent gap estimated at 10,500-19,000 in 2014 (the Big Data Consortium)
  • 20th as a share of data specialist in the economy (OECD)
  • 40% of IT companies found it difficult to recruit professionals (CIRA)

Canada not fully maximizing online economic opportunities with a digital divide

Not maximizing online opportunities

  • Internet's contribution to the economy was 3% in Canada compared to 4.1% across the G20 (BCG)
  • 77.5% of businesses have a website – 16th in the OECD (OECD)Footnote *
  • 89% of Canadian SMEs do not sell their product or service online (CIRA)
  • 20th in the OECD with 49.5% of individuals making online purchases
  • 49% of IT companies are not equipped to compete globally (CIRA)

Urban centres well connected but rural and remote areas not so much

  • 97% of Canadians living in large population centres have access to 50-99 Mbps internet but only 26% in rural areas (CMR 2015)
  • 26th in the OECD in wireless broadband subscriptions per 100 inhabitants

Infrastructure investments needed to facilitate high-speed corridors, support disruptive technologies and increasing usage

International examples

Flag: Australia

Australia

DATA61 is the largest data innovation group in Australia and supports a network of academia, corporations, startups, government agencies, investors and entrepreneurs. It researches big data and analytics; cybersecurity; imaging and visualisation; robotics, autonomous systems and sensing platforms; wireless and networks; data for decisions; and software engineering and UX design. (A$75M)

DIGITAL MARKTPLACE was established to help ICT SMEs compete for contracts as the Marketplace breaks down tenders into individual components that are more manageable for SMEs to deliver. (A$5B a year)

Flag: United States

United States

BROADBAND INFRASTRUCTURE investment over the next six-to-ten years for telecommunications carriers to build high-speed networks that will expand broadband to millions of rural residents. (US$9B)

SMART CITIES initiative to invest in creating test beds for "Internet of Things" applications and developing new multi-sector collaborative models, collaborating with the civic tech movement and forging intercity collaborations, leveraging existing Federal activity, and pursuing international collaborations. The Department of Transportation has also pledged US$40M to help one city to fully integrate innovative technologies into its transportation network, such as self-driving cars, connected vehicles, and smart sensors. (US$160M)

NETWORKING AND INFORMATION TECHNOLOGY RESEARCH AND DEVELOPMENT PROGRAM is a multi-agency effort for the coordination of US investment in ICT research. The program aims to accelerate progress in the advancement of computing and networking technologies and to support leading edge computational research in a range of fields, including, high-end computing systems and software, networking, human-computer interaction, health IT, and cybersecurity. (US$4.1B, 2015)

OPEN DATA POLICY was established to increase public access to high value datasets in order to promote growth.

Flag: Sweden

Sweden

ICT FOR EVERYONE DIGITAL AGENDA is a set of policy objectives aimed at embedding the internet and digital technologies and skills across the population. Four strategic areas at an overarching level have been developed based on the perspective user: easy and safe to use, services that create benefit, the need for infrastructure and the role of ICT in societal development. Actionable items include, developing world class ICT infrastructure, promoting e-skills, empowering those with little exposure to ICT technologies, developing new digital services for businesses and citizens, and studying the impacts of ICT on societal development.

Flag: Germany

Germany

HIGH TECH STRATEGY aims to accelerate scientific discoveries and their practical application to strengthen growth and prosperity. One area of the strategy, the digital economy and society commits Germany to: promoting the development and testing of innovative services, using big data technologies, provided by and for medium-sized enterprises, launched the "Trusted Cloud" initiative, an effort to promote innovative, secure and legally conformal cloud-based solutions, construction and expansion of complete coverage high-performance broadband networks, support the science sector in successfully managing the digital transformation, to strengthen digital scientific information infrastructure, and promote greater use of digital media in education and throughout people‘s entire lives. (€11 B—for entire strategy)

DIGITAL AGENDA aims to guide the ongoing process of digitization. The agenda focuses on three core objectives: support the nationwide expansion of high-speed networks; enhance digital media literacy; and improve the security and safety of IT systems and services. The Agenda outlines seven measures for action, some of which include: digital infrastructure, the digital workplace, digital government and data protection.

INDUSTRIE 4.0 is a strategy aimed at developing the future of manufacturing, one where smart factories use information and communications technologies to digitise their processes. The aim of Industrie 4.0 is for German companies to maintain complete control over their entire value creation chains and related production processes. To achieve these ambitious goals, the German government is investing in research across government, academia, and business. (€200M)

Flag: United Kingdom

United Kingdom

5G STRATEGY was mentioned in the UK's 2016 Budget. It commits the government to develop a strategy that would make the UK a world leader in the development of 5G by 2017. (£30M)

GOVERNMENT DIGITAL STRATEGY sets out how the government will become digital by default, where many transactional and non-transactional services will be offered online by default. The strategy aims to improve departmental digital leadership, develop digital capability throughout the civil service, redesign transactional services to meet a new Digital by Default Service Standard, broaden the range of those tendering to supply digital services (including SMEs), remove unnecessary legislative barriers, and help third party organisations create new services and better information access for their own users by opening up government data and transactions.

DIGITAL ECONOMY STRATEGY aims to support innovative business projects and for digital companies to seize opportunities. The strategy also supports the Digital Catapult centre, the Open Data Institute and Tech City UK. (£30M)

INSTITUTE ON CODING & COMPETITION will help in educating young people how to code more securely by having 31 security principles built into their training. (£20M)


6. Ease of Doing Business

Enhance and align agile marketplace regulations and standards, enable market access so Canadian businesses can thrive globally

Canada is globally recognized for its stability, rule of law and fiscal virtues

A world-leading business environment

  • 2nd on Bloomberg's best countries for business
  • 3rd by the World Bank for time to start a businesses
  • 3rd by the World Bank for ease of starting a businesses
  • 7th in the OECD for low administrative burdens on start-ups

Strong foundations for innovation and competitiveness with strong IP protection, banks and market openness

  • 1st in the OECD on the Global Competitiveness Index (GCI) for soundness of banks (WEF)
  • 2nd in the G20 on the International Chamber of Commerce's Open Market Index
  • 8th in the OECD on the GCI for effectiveness of its taxation on incentives to invest
  • 9th in the OECD on the GCI for IP protection

There are global perceptions in need of response and branding

Canada international rankings on FDI procedures and rules have room to improve

  • 31st in FDI restriction index 2015 (OECD)
  • 18th in product market regulation (OECD)
  • 52th for the business impact of rules on FDI (WEF)

Need for better interprovincial trade frameworks

  • Negotiations under way to modernize the agreement on internal trade

Declining foreign demand for Canadian R&D

  • The percentage of GERD funded from abroad dropped from 17.4% in 2000 to 6% in 2014, 27th in the OECD
  • The percentage of BERD financed from abroad went from 28% in 2000 to 11% in 2014, 16th in the OECD
WORLD BANK EASE OF DOING BUSINESS RANKINGS 2015
Economy Ease of Doing Business Rank Starting a Business Dealing with Construction Permits Getting Electricity Registering Property Getting Credit
Singapore 1 10 1 6 17 19
NZ 2 1 3 31 1 1
Denmark 3 29 5 12 9 28
Korea 4 23 28 1 40 42
HK SAR, China 5 4 7 9 59 19
UK 6 17 23 15 45 19
US 7 49 33 44 34 2
Sweden 8 16 19 7 11 70
Norway 9 24 26 18 13 70
Finland 10 33 27 16 20 42
Taiwan, China 11 22 6 2 18 59
Macedonia 12 2 10 45 50 42
Australia 13 11 4 39 47 5
Canada 14 3 53 105 42 7
Germany 15 107 13 3 62 28

International examples

Flag: Australia

Australia

CUTTINGREDTAPE.GOV.AU established to inform Australians on the progress of the cutting red-tape initiative. To date, the initiative has saved A$4.8B over two years. Throughout 2015, the government made 460 red-tape cutting decisions, which reduced compliance costs by A$2.5B a year.

COMMONWEALTH REGULATORY BURDEN MEASURE calculates the compliance costs of regulatory proposals on business, individuals and the community. For new regulations or when changing existing regulations, government agencies are required to use the Measure to quantify costs and cost offsets.

Flag: United Kingdom

United Kingdom

THE CUTTING RED TAPE PROGRAMME allows business to tell the UK government how it can cut red tape and reduce bureaucratic barriers to growth and productivity within their sector. The programme also conducts proactive reviews, such as on house building, energy, waste, money-laundering, agriculture, and childcare. So far, 2,400 regulations have been scrapped and businesses will see £1.2B savings per year.

THE UK TRADE & INVESTMENT PLAN provides support for exporters to better engage with emerging markets and to increase foreign direct investment (FDI) in the UK. The plan provides specialist support, advice and access to trade and investment events overseas, increases the supply of inward investment opportunities. It hopes to increase UK exports to £1T by 2020 and increase FDI to £1.5T by 2020.

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