Illinois Manufacturing Industry and R&D Update

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The manufacturing industry is the highest claimant of the R&D Tax Credit, claiming more than 60% of Illinois State R&D Credits. The month of October saw a net gain of 1,600 jobs, the majority of impact has been on the manufacturing industry. 

Unfortunately, the Illinois Department of Employment Security (IDES) has reported the net loss of 10,000 jobs during 2016. 

During October, 429 of the 812 layoffs of the month were manufacturing positions. Director of the Illinois Chamber of Commerce, Sean McCarthy, stated that several manufacturers had moved into Wisconsin to take advantage of competitive prices causing the high rate of job loss which averaged 200 jobs per week in 2016.

Why Are Manufacturers Crossing Borders?

Reportedly high rates of workers’ insurance and workers’ compensation make neighboring states increasingly attractive for manufacturing companies as Illinois has had a tough and long recovery from the Great Recession.

The addition of manufacturing technology has also improved to replace workers. This is a trend that has been increasing and is only expected to increase greatly.

During 2015 the loss of research and development (R&D) tax credits caused a massive shift in manufacturing. The four years prior to to the cuts, the manufacturing industry claimed 60% of Illinois state R&D credits. The generation of new processes and products, supported

directly by research and development, were lost as well.

The Importance of R&D

The Research and Development Tax Incentive is popularly supported as it directly influences the creation and adoption of new ideas, products and processes into local and global markets. The incentive provides SME’s the capability to develop products before receiving revenue and continues to support larger successful companies, in turn stimulating the economy.

If  you would like to discuss the R&D Tax Incentive further, please do not hesitate to contact one of Swanson Reed’s offices today.

R&D Growth In Higher Education

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A report focused on federal R&D funding for higher education, published by the National Center for Science and Engineering Statistics (NCSES), shows that 2016 is the fourth consecutive year in which federal R&D funding has decreased since its peak in 2011.

As of 2015 universities reported a 2.2% increase from the previous year at $68.8 billion in R&D spending. The data was collected from 906 degree-granting institutions that has spent a minimum of $150,000 the year prior.

Since 2011, where federal funding supported 62.5% of higher education R&D costs, R&D funding has declined by 13%. A decline in funding of 1.7% was recorded between 2014 and 2015. Of the $68.8 billion spent during 2015, federal funding covered only $37.9 billion dropping the percentage of funding to 55.2%.

While federal funding has decreased, research has continued to grow by 2.2% from the previous year with additional funding from other sources at 6.4%. Medical science was reported to have supported the highest growth rate spending $21.3 billion while biological and engineering sciences floated around $11 billion.

If  you would like to discuss the R&D Tax Incentive further, please do not hesitate to contact one of Swanson Reed’s offices today.

US-Israel Cybersecurity R&D Cooperation

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This week a large majority of the US Congress voted in favor of two bills which will benefit US-Israel cybersecurity research and development. The bills were introduced by John Ratcliffe, from Texas, and Jim Langevin, from Rhode Island, following discussion which commenced in May regarding cybersecurity threats recorded in the US and Israel.

The United States-Israel Cybersecurity Cooperation Enhancement Act of 2016

This bill moves to increase detection and combat of cyber threats through a grant program supporting R&D projects for US-Israel joint ventures, non-profits, and academic or government entities in both countries. These grants will be provided to non-classified projects and the program is expected to run for seven years.

The United States-Israel Advanced Research Partnership Act

This act will expand an existing bi-national R&D program which is run by the US Department of Homeland Security and Israel’s Ministry of Public Security. Not only will the bill expand the program to include cybersecurity research, the bill aims to increase the success rate of products moving from the initial stages of development to successful commercialization.

Cyber Giants

As web security is the greatest security challenge of current generations, the US and Israel have recognized the importance of uniting as primary cybersecurity technology exporters to promote cooperation and unity against a dangerous front.

If  you are performing research and development and would like to discuss the R&D Tax Incentive further, please do not hesitate to contact one of Swanson Reed’s offices today.

Is R&D A Valuable Measurement of Innovation?

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The Relationship Between R&D and Innovation

It is well known that when performed effectively research and development (R&D) can increase the value of a company. However, Forbes writes that this is commonly misconstrued as it has been claimed that research and development spending directly translates to a measure of innovation. While R&D and innovation do correlate, they are not a perfect formula.

Tendayi said, “having a great R&D process and achieving market success with technologies we invent are two different things.” He goes on to suggest that R&D spending may be an effective measure of best practice within a particular industry.

In gauging the correlation between R&D and innovation rankings, the 2016 report of the Top 10 Innovative Companies provides the perfect example. Five of the ten ranking innovative businesses were also ranked in the top twenty for R&D spending in 2016, while the remaining five spent between $4.5 to $0.7 billion US dollars. Effectively, this demonstrates the necessity for research and development within innovation, as all 10 of the raking companies invest largely in R&D, however, it also demonstrates that spending was not the solo contributor to innovative success.

What is the Perfect Formula?

A successful company is capable of marrying innovation with market understanding. As Forbes explains, effective innovation solves for both technical and market risk factors. This is often left behind in lab based companies where business models are overlooked.

According to Forbes entrepreneurial expert, the formula for success continues to fund research and development programs that meet industry standards while implementing a strong invention to market management process making the improvements and inventions accessible on the market.

If  you would like to discuss the R&D Tax Incentive further, please do not hesitate to contact one of Swanson Reed’s offices today.

Trump’s Proposed Tax Reforms

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After a dramatic election season the proposed tax reforms of US President Elect, Donald Trump, are currently a topic of great interest for businesses. While pre-election reform plans may not necessarily become legislation, Trump will be supported by Republican chambers of commerce, making passing legislation more likely in absence of strong opposition.

How Might This Affect R&D?

In an attempt to decrease corruption due to the influence of special interests, Trump plans to eliminate special interest outlays and most business tax credits such as the domestic production activities deduction and the work opportunity credit which currently supports veterans among other groups. These points are controversial as many of the expenditures he proposes to eliminate relate more to public policy concerns than they do to special interests.

However, one positive position maintained through Trumps reforms is the continuation of the Research and Development (R&D) tax credit. This influences greater innovation and improvement of existing systems or processes within industry. As Trump promotes the repatriation of labor and production, an increase in R&D support could be a possibility. Some predict that Trump may use the incentive as a maner of influencing larger percentages of manufacturing, not just research, within the U.S.

If  you would like to discuss the R&D Tax Incentive further, please do not hesitate to contact one of Swanson Reed’s offices today.

The Secret Ingredient to Craft Beer Growth

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The market for craft beer has been growing steadily since the late 1990’s. As of 2015 craft brews dominated 12% of the beer market by consumption and 21% by spending. In comparison with other high end beverage markets, craft beers potentially have plenty of room for growth as specialty coffee and spirits typically control 40% of market share.

While the US now has over 4,600 craft breweries, some industry experts have noticed a tendency for brewers to focus on production, leaving brand improvement activities to the side. The 0.2% drop in total U.S. beer market in 2015 spoke to the consumer desire for fuller flavor. This drop occurred as spirits and wine absorbed the market share of wavering beer drinkers. As consumers move away from cheaper, less flavorful beverages craft brewers are able to charge for quality. We see this as a hopportunity!

Experts recommend for craft brewers to perfect brews and production while simultaneously developing brand strength through R&D to remain competitive in a growing market. Many companies immediately consider their operations ineligible of claiming R&D, however, activities such as production line redesign and brew recipe innovation can be considered eligible. 

In the first few years of development many SMEs (small to medium enterprises) are in crucial need of cash flow in order to solidify their position in the market.  During this time receiving returns on R&D through the Research and Development tax incentive support the growth of an entrepreneur.

If  you would like to discuss the R&D Tax Incentive further, please do not hesitate to contact one of Swanson Reed’s offices today.

Worldwide Innovation Leaders Come Together Over AI

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Tech leaders Google, Facebook, Microsoft, Amazon and IBM have joined forces to form the Partnership on Artificial Intelligence to Benefit People and Society (Partnership on AI) announced in September.

Just as the name suggests the organization will carry out research and development on artificial intelligence with the fundamental purpose of identifying potential AI challenges for people and society. The partnership hopes that their discoveries will effectively self-regulate the industry independent of government intervention.

Why Be Apprehensive of AI?

Artificial intelligence has enabled major improvements in areas such as manufacturing and transportation, as well as education and healthcare. Despite these developments many people are increasingly uncomfortable with the idea of increasing intelligence in machines designed to think and problem solve independently.

Among experts in the industry, the concern is that these intelligent machines will continue to learn from their environment, eventually outsmarting humans. Two of these people are Elon Musk and Stephen Hawking – both who have warned of the destruction of the human race. Nick Bostrom, a professor at Oxford, believes these machines will supersede humans within decades.

Goals of the Partnership on AI

LeCun, Facebook’s AI research director, has said, “We aim to push new boundaries every day, not only within Facebook, but across the entire research community. To do so in partnership with these companies who share our vision will help propel the entire field forward in a thoughtful responsible way.”

Designated areas of research highlighted in Business Insider include;

  • Ethics, fairness and inclusivity;
  • Transparency , privacy and interoperability;
  • Collaboration between people and AI; and
  • Trustworthiness, reliability and robustness of technology.

The interview also included an eight point plan to benefit and empower as many people as possible, actively engage stakeholders and the public, open research to dialog, address challenges and maximize benefits, allow information to be interpretable and accessible, and to create a beneficial culture of openness.

The partnership has agreed to include academics, non-profits and other organizations such as Open AI, AAAI and AI2 in their research and findings.

Research and Development Tax Incentive

While we know many of our readers are most likely not performing research and development with Elon Musk or developing dogs with artificial intelligence, you may still be eligible to receive benefits from the R&D tax incentive.

Many companies deem themselves ineligible before reading the requirements.

If  you would like to discuss the R&D Tax Incentive further, please do not hesitate to contact one of Swanson Reed’s offices today.

How R&D Spending Correlates to Innovation

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From 2015 to 2016 North America increased R&D spending by 8% rising close to $300 Billion as Europe, Japan and the Rest of the World fell by 9%, 8% and 3% respectively and China rose by 19%. Many of  2016’s Most Innovative Companies invested over $8 billion in R&D (research and development) this year as calculated by Strategy & Business.

Apple and Alphabet, formerly known as Google, have maintained first and second in innovation since 2010 increasing R&D spending from $1.3 and $2.8 billion in 2010 to $8.1 and $12.3 billion in 2016.

 

2016 Top 10 Innovative Companies – Strategy & Business

Company Geography 2016 Innovation Rank 2016 R&D Spending Rank 2016 R&D Spend ($Bn)
Apple United States 1 11 8.1
Alphabet United States 2 4 12.3
3M United States 3 1.8
Tesla Motors United States 4 0.7
Amazon United States 5 3 12.5
Samsung South Korea 6 2 12.7
Facebook United States 7 4.8
Microsoft United States 8 6 12
General Electric United States 9 4.2
IBM United States 10 5.2

* Unfilled Spending Rank signifies company ranked lower than 20th

* R&D spend data is based on most recent full year figures reported prior to July 1st – Strategy&

 

As displayed by the recorded spending not all Top 10 Innovative Companies of 2016 were ranked in the Top 20 for R&D Spending in 2016, however, each company did perform R&D.

Innovation is supported within the cultures of these leading companies in part by the support of the United States. The research and development tax incentive seeks to foster innovation and growth making R&D possible for SMEs as well as large corporations.

Read about eligibility to find out if you qualify for the R&D Tax Incentive.

If  you would like to discuss the R&D Tax Incentive further, please do not hesitate to contact one of Swanson Reed’s offices today.

U.S. R&D Employment

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Research conducted by the National Science Foundation discovered that in 2013, 1.5 million workers inside the U.S. were employed for R&D (research and development) purposes meaning they provided direct support or worked directly on R&D. Those 1.5 million constituted 1% of the U.S. workforce.

The research also found that smaller companies were more likely to support a greater percentage of R&D staff than larger companies. This is due to the innovation, startup and small business atmosphere that is fundamental to the structure and success of these small companies. Larger companies employ roughly 6.5% R&D members where small businesses employ almost double at about 11.7%.

The largest R&D employment industries in 2013 were:

  • Semiconductor and other electronic components (32.4%);
  • Software publishers (25.4%); and
  • Pharmaceuticals and medicines (18.8%).

Within these industries alone the R&D workforce was calculated as two-thirds of the 1.5 million U.S. research and development employment population.

Despite the large scale research and development performed within the U.S., many companies are still foregoing the opportunity to receive the tax break provided through the R&D Tax Incentive, which was created to support innovation and development. In many cases companies do not claim due to a lack of knowledge regarding eligibility.

If  you would like to discuss the R&D Tax Incentive further, please do not hesitate to contact one of Swanson Reed’s offices today.

Should the United States Enact a Patent Box?

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Should the United States Enact a Patent Box?

Swanson Reed has recently written an article for the Tax Advisor outlining the facts surrounding the U.S enacting a Patent Box.

Many countries have enacted patent box systems as they attract innovation by reducing the tax rate on income from intellectual property assets, whilst maintaining economic advantage and enable countries to compete with low-tax jurisdictions.

What exactly is a patent box?

A patent box is a preferential tax system that allows companies to elect a reduced rate of corporate tax on income derived from qualifying IP assets. The economic theory behind this is based primarily on two factors: market failure and increasing global tax competition. Patent boxes reduce the cost of this spillover by increasing the potential profit of innovating, and thus they increase the incentive to develop new products.

As such, a patent box complements R&D tax credit systems by creating tax incentives to spur the commercialization of research outcomes. As stated in a 2013 Organization for Economic Co-operation and Development (OECD) report, “International cooperation should extend . . . to . . . statutory policies for supporting R&D through tax credits and patent boxes.”

Should the U.S enact a Patent Box?

Despite seeing more companies move assets to these other tax jurisdictions, the United States has not yet enacted a patent box system. However, a patent box has been considered in the United States previously when the Treasury first formally considered the concept in 2007 following reports that American multinational corporations had greater incentive to exploit a patent overseas.

The Manufacturing Innovation in America Act of 2012 (and another attempt in 2013) was introduced to amend the Code to allow a taxpayer to elect to deduct the lesser of 71% of the patent box profit or taxable income for the tax year. However, the legislation failed to gain traction.

Moreover, in July 2015 Sens. Rob Portman, R-Ohio, and Chuck Schumer, D-N.Y., drafted legislation to provide a tax concession on intellectual property. They proposed an “innovation box”, which would cover cover patents, inventions, formulas, processes, designs, patterns, know-how, motion picture films or videotapes, and computer software. Furthermore, the proposal would also allow companies to bring overseas IP back into the United States, tax free.

A 2010 study found that the introduction of patent boxes in the Benelux countries (Belgium, Netherlands, Luxembourg) led to significant shifts in patent holdings toward those countries and away from other countries, and in the United Kingdom, patent registrations by German companies went up 27%. Furthermore, the patent box has appeared to be very successful in attracting economic activity in the United Kingdom.

The United States is considering following in its European cousins’ footsteps by introducing a patent box regime to make its tax system more competitive, incentivize domestic innovation and R&D, and create jobs. The idea of a U.S. patent box is not new, however, unlike when previous attempts were made, the current economic climate, and indications from the 2016 U.S. budget, are adding traction to the movement toward comprehensive tax reform.

Should the United States patent box be designed carefully and effectively, it could serve as a powerful complementary tool to existing R&D credits that curbs tax avoidance, boosts the commercialization of research outcomes, and bolsters domestic innovation.

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