Maryland Ranked 1st for Innovation Environment

Innovation Success Globe

Personal finance website, WalletHub, has ranked Maryland 1st in the country for its Innovation Environment.

The 12 Innovation Environment indicators were:

  • Share of technology companies
  • R&D spending per capita
  • Ratio of total R&D performed to state GDP
  • Invention patents per capita
  • Entrepreneurial activity
  • Tax-friendliness
  • Industry-cluster strength
  • Drone-friendly laws
  • Average Internet speed
  • Share of households with Internet access
  • Venture-capital funding per capita
  • Average annual federal small-business funding per GDP

Overall, Maryland was ranked the second most innovative state in the US with a ranking of 69.82 on a 100 point scale, just behind its neighbour, the District of Columbia with a ranking of 70.87.

Ranked 2nd overall in the Human Capital category, Maryland came 2nd for its share of science and engineering graduates. It placed 3rd for its share of STEM professionals and projected STEM-Job demand by 2020.

Other states that ranked well were Massachusetts, California and Colorado. Conversely, the least innovative states included West Virginia, Mississippi and Louisiana.

What Makes Maryland So Innovative?

Innovation is fostered by sustained investment in R&D, education and business creation and the development of a strong collaborative attitude. For instance, the University of Maryland plans to open an innovation center this summer to encourage entrepreneurial activities on campus and to encourage all of the University System of Maryland schools to work together.

International projects such as the Maryland International Incubator (MI2) have even greater potential. The MI2 aims to connect Maryland with global organisations, to produce successful joint ventures using world-class resources. This increases commercial activity and provides cultural learning opportunities for students.

Maryland R&D Tax Credits

Innovative businesses in any industry can apply for the Basic and Growth R&D tax credit in Maryland. To be eligible, the company must incur qualified research and development expenses as defined by section 41(b) of the Internal Revenue Code in Maryland. This could include software development or testing of new concepts or technology. The credit is refundable, allowing it to be reinvested into the business. The application deadline is September 15 of the following the tax year in which the expenses were incurred.

To find out whether your company is eligible to apply for the R&D tax credit, please contact Swanson Reed R&D Tax Specialists.

R&D Within the Smartphone Industry

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Reuters reported Apple’s commitment to invest roughly $44 million in a research and development center in Indonesia. The investment will allow Apple to begin selling the iPhone 7 as the government has stipulated 30 percent of handsets sold within the country must be made of local content which includes hardware, software or investment commitment.

 

Apple’s local content certification received in November allows the company to begin selling the iPhone 7 as of January 2017.  The agreement allows Apple to sell products of $488 (6 million rupiah) value and above.

 

As said by Suryawirawan, director general of metal, machines, transport equipment and electronics at the industry ministry, ” they can distribute devices priced 6 million rupiah ($448) and above. That means all iPhones can be distributed.”

 

With Samsung controlling 26 percent of the smartphone sales in Indonesia, and China’s OPPO holding 19 percent market share, Apple will have tough competition for one of the biggest social media markets worldwide.

 

The company has been trying to enter the market for some time, however, as Q3 of 2016 showed Apple’s first decline in revenue in over 15 years, this is a very important moment. As the iPhone comprises two thirds of the of the company’s total revenue the success of this market would have a large impact on revenue.

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.

Future R&D Spending within OECD Countries

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Predicted Spending 

At a time when aging populations and the environmental challenges of climate change are in need of innovative solutions the decline in public-backed science and technology research is a concern. Data from the Organisation for Economic Co-operation and Development (OECD) shows the first fall of R&D spending in government and higher education in 2014 since the organisations conception in 1981.

The OECD Science, Technology and Innovation Outlook Report showed increased R&D spending from 2000 in Korea, Japan and Germany while the UK, US, Australia, FInland, Italy, France and Spain have decreased spending. Owing to the financial recession, overall government spending in OECD countries has been in decline since 2009.

With the combination of competing policies such as pensions, health and social care and the annual loss of tax revenue, conservatively estimated between $100 billion to $240 billion, the OECD says the warning signs are there. The organisation expects to see a greater decrease in government-backed science.

Increasing the R&D Tax Incentive

As budgets are increasingly tight, governments are increasing the use of policies that do not require short term public spending, partial public procurement and tax incentives for R&D and innovation.

Also, the increase in philanthropists, charities and foundations funding research has helped to balance the government drop off. These funds are estimated to support about 30% of annual research in leading US universities.

Specialization

The OECD has noted that specialization might be a key element within the recent climate. As the US devotes 24% of R&D spending to health, Canada, England and Luxembourg focus about one fifth of their budgets, and countries such as Mexico, Japan and Korea focus on energy.

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.

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.

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.

4 Items for Your R&D Eligibility Checklist

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Foregone Opportunities

The Research and Development (R&D) Tax Incentive was originally established in 1981 as a manner of encouraging businesses to seek innovation by creating new products and technologies or improving upon their existing products and processes.

Each year billions of dollars are claimed, offsetting the liabilities of investing in such research. However, many companies are foregoing the billions remaining in the budget due to a lack of knowledge regarding the tax incentive eligibility.

The majority of these companies are small and mid-sized businesses who may realistically need funds from their tax returns to maintain functionality.

Four Items for your R&D Checklist

Refer to the items below when considering your R&D eligibility.

1. Innovation

If you are revamping your product line, innovating your production capabilities, inventing new market technology or developing internal software you may be eligible for the R&D tax return.

Innovation is key as the information your R&D activities produce must be novel.

2. Uncertainty & Risk

Before initiating the R&D project there must be a question to which, at your current knowledge of the technology, you have no answer or no clear answer. You may have a hypothesis.

The uncertainty and risk involved in the research and development further proves the first point, that your development is indeed producing new knowledge.

3. Qualifying Research Activities (QRAs)

QRAs are the documented evidence of your research and development tasks.This can include anything from the plan writing involved in developing a novel product specific production line to the clinical testing involved in inventing an entirely new technology to detect disease.

Documenting these activities is necessary to substantiate the last item on our checklist.

4. Qualifying Research Expenses (QREs)

QREs go hand in hand with QRAs; these are the documented expenses tied to your research and development activities. Expenses are the labor directly associated with the development or management of development and supplies used during development.

Supporting Innovation

While your company may not be inventing the cure for aging, you may now have determined that the small anti-stick technology you developed for your caramel apple production line qualifies for the R&D Tax return.

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

R&D Recreating Business

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Competitive Differentiation

We are all beyond aware of the rapidity of innovation today. In less than twenty years we have seen the technological dreams of Sci-Fi favorites come to life. Just this July we watched as the launch of Pokemon GO transformed the business sphere overnight, creating new methods of engaging consumers. As we accelerate our technological capabilities the challenge we face is to balance that technological innovation within human spheres such as workplaces, learning environments and business.

In a review of R&D transformation in relation to digitalization, SAP Vice President – Thomas Ohnemus, wrote that, “only five percent of companies say they’ve mastered digital transformation to the point of competitive differentiation.” In this quickly evolving market, competitive differentiation can be achieved through rapid response to the demand for innovation. This is where R&D must constantly be one step ahead of the game.

Shifting Business Structure 

While this race of market prediction is typically seen in the electronic industry, Ohnemus draws attention to the frequency in which companies are shifting from offering products to offering services. In this way companies must rethink the way they perform business; selling a service often requires continued customer relations, troubleshooting and preventative care to keep the service running smoothly.   

Innovating to Create Innovation

As the industry itself transforms, so must the workplace and the expectations surrounding furthered education within companies. Google has been one of the greatest workplace innovators – as the source of much of the world’s information Google employees are encouraged to take full advantage of the resource. Furthering education on topics of interest as well as using the company’s wide range of technological innovations to improve company culture and communication. This can be extended from personal interests to company training as education methods become faster and more accessible harnessing the strengths of millennials.


A famous example of this is Google’s 20 percent projects. Google allowed creativity to blossom and subsequently produce major projects such as Gmail and Google News by allotting for 20 percent of working hours to be dedicated to furthering personal projects and interests. While the 20 percent project time is rumored to have lost momentum it is true that, “any company can benefit from learning how to better attract and manage innovators, foster engagement and ultimately lead to success.”
Thomas Ohnemus suggests that nowhere are these innovative techniques more important than in R&D.


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 to Claim the R&D Tax Credit for the Manufacturing Industry

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Not surprisingly, 60 percent of small-business owners say administrative burdens, like paperwork and confusing rules, are the worst part of filing — even more so than the financial cost of taxes, according to a recent survey by the National Small Business Association.

Nonetheless, there are many tax options available that may reduce the taxes you and your business owe — possibly by thousands of dollars.  In particular, the R&D Tax Credit is a frequently overlooked tax benefit, with companies often mistakenly believing they don’t qualify. The government lets you deduct the costs of research and experimentation to develop or improve a product, formula, invention, process or technique.

To expand on this, Swanson Reed is hosting a free webinar the benefits of the R&D tax credit for those in the manufacturing industry. In this webinar, Swanson Reed has teamed up with Capstan Tax Strategies to provide free live global seminar on June 22, 2016, at  1:00pm – 2:00pm CDT to cover tips and tools for claiming the R&D tax credit in the manufacturing sector.

Tune into the free webinar tomorrow to learn:

  • An overview of the R&D Tax Credit;
  • R&D activies as they apply to the manufacturing industry;
  • Manufacturing case studies; and
  • The basics of cost segregation for the manufacturing sector.

The structure of the day is as follows: 

  • 1:00pm – 1:25pm CDT – R&D Tax Incentives for the Manufacturing Industry
    • Presenter: Cherie Jones, Tax Director – Swanson Reed
  • 1:25pm – 1:50pm CDT – Cost Segregation for the Manufacturing Industry
    • Presenter: Terri Johnson, Managing Partner at Capstan Tax Strategies
  • 1:50pm – 2:00pm CDT – Interactive Q&A Session

*This webinar has now been, to watch this webinar online see: https://www.youtube.com/watch?v=Zqw6sUXZhPg 

Big vs Small Companies: Who Spends More on R&D in United States

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The United States, as a whole, spends the most on R&D in absolute terms and also more than most industrialized countries on R&D relative to GDP. At 2.8 percent of GDP, U.S. national R&D expenditures are currently higher than at any time since their peak in the early 1960s, when the costly U.S. space program commenced.

Indeed, companies have been pouring money into research and development at the fastest pace in 50 years. From November through the end of March 2015, U.S. companies funded R&D at an annual rate of $316 billion, or about 1.8 percent of gross domestic product, the largest share ever for the private sector. That’s up from 1.7 percent 2014 and 1.6 percent from 2007 to 2014.

Ultimately, the foundation of U.S. R&D spending has evidently shifted over time. In the 1960s, the government was responsible for two-thirds of national R&D, and businesses most of the rest. Now the shares have flipped: businesses make up two-thirds of R&D spending decisions.

Begging the question, what subdivision is spending the most on R&D expenditure – big or small companies?

In 2008, 67 percent of all R&D expenditure in the United States was paid for by private companies. Although small companies have increased their R&D spending significantly in recent years, the largest share of financing for innovation in the United States is still supplied by large enterprises, rather than small, newly founded entrepreneurial firms.

However, could this be set to change in 2016?

Historically, many startup companies and small businesses were unable to benefit from the research credit due to operating losses or alternative minimum tax limitations. Although, new alterations to the R&D tax credit are now making it easier than ever for startups and small businesses to benefit. To elaborate, thirty-five years after its original formation as a temporary provision of the tax code, the federal R&D tax credit was finally made permanent by The Protecting Americans from Tax Hikes Act of 2015 (“PATH” Act) in December 2015. Within the PATH Act, two new provisions were outlined which makes it more accessible for smaller businesses.

The first new R&D tax provision will have an enormous effect on startups. Formerly, early-stage companies that were not producing adequate income to have a federal income tax liability could only carry forward the credit for use in future years. Beginning this year, eligible startups with less than $5 million in gross receipts can apply up to $250,000 of their R&D tax credit against their payroll taxes. So now even if you don’t have a federal tax liability, the credit can generate instantaneous value for your business. Read more about the Payroll Tax Benefit with examples here.

The second provision is a positive update for shareholders of qualifying pass-through entities, such as S corporations, that have an Alternative Minimum Tax (AMT) liability. This modification allows eligible businesses with $50 million and less in gross receipts (based on a three-year average) to apply the R&D tax credit against the AMT liability. Ultimately,  this eradicates a huge obstruction that had prohibited many small businesses from obtaining the credit in the past. Read more about the AMT liability here.

Ultimately, the enhanced capability for more small businesses to use the R&D credit could see the U.S. observe a boost in smaller companies undertaking R&D. Start-ups, in particular, can now enjoy current cash benefits rather than having to wait until their companies produce taxable income to take advantage of the credit savings.

It is imperative, however, that businesses recognize what kinds of costs are eligible in order to maximize the credit so that appropriate records can be sustained throughout the year. Swanson Reed’s R&D tax professionals are available to discuss the R&D tax credit and the changes in the PATH Act – contact us today if you would like to know if your company now qualifies.