1. Technological in Nature
Activities must rely on principles of physical or biological sciences, engineering, or computer science.
The Research & Development (“R&D”) Tax Credit is one of the most valuable dollar-for-dollar tax incentives available under the Internal Revenue Code. Designed to encourage innovation and investment in the United States, the credit rewards businesses that design, develop, or improve products, software, or processes. Companies across a wide range of industries may qualify, often without realizing it.
The R&D Tax Credit allows eligible businesses to reduce their federal and state income tax liabilities by claiming credits for qualified research activities within the United States. Businesses may qualify for a credit of up to 10% on eligible expenses, including wages, supplies, cloud services, and contractor payments.
Many businesses are surprised to learn they qualify for R&D tax credits, even without operating in a traditional “lab” environment. In fact, many companies in software development, manufacturing, engineering, and other innovation-driven industries are eligible. Qualifying activities generally involve technical uncertainty and experimentation aimed at improving the functionality, performance, reliability, or quality of products, processes, or software.
In addition to offsetting federal income taxes, eligible businesses may use the R&D tax credit to offset the employer portion of payroll taxes (i.e., FICA/Medicare), allowing companies to benefit from the credit even if they are not yet profitable.
To qualify for the payroll tax offset, a company must meet the following criteria:
A formal R&D Tax Credit study typically evaluates projects against the IRS four-part test to determine eligibility. To qualify for the R&D Tax Credit, a project must meet all four of the following criteria:
R&D activities exist across many industries. The examples below highlight the various activities that many businesses perform daily that can qualify for the R&D Tax Credit.
Designing new products, prototypes, or models
Creating, testing, or enhancing software, including artificial intelligence and machine learning
Developing more efficient, automated, or environmentally friendly manufacturing processes
Creating technical designs, blueprints, and CAD models
Conducting feasibility studies, beta testing, and quality control on new or improved designs
Testing alternative materials to improve durability or performance
The life sciences industry has long been driven by innovation. From drug discovery and clinical development to advanced manufacturing and personalized medicine, life sciences companies continuously push the boundaries of science and technology. Today, artificial intelligence (AI) is accelerating that innovation cycle, creating new opportunities, and new considerations for companies seeking to benefit from the…
For many startup companies, innovation comes long before profitability. While early-stage businesses often invest heavily in software development, product design, engineering or process improvement, they may have little or no federal income tax liability against which to utilize valuable tax credits. Recognizing this challenge, Congress created a special provision that allows startup companies to monetize…
For emerging life sciences companies, the Qualified Small Business (QSB) election under IRC §41(h) offers a critical opportunity to monetize research and development (R&D) tax credits by applying them against payroll tax liabilities. However, the strategic decision of when to first make the QSB election is often overlooked. Thoughtful timing, particularly in an industry characterized…
For more information or to discuss your business needs, please connect with a member of our team.