Strategic Modernization of the Massachusetts Research and Development Tax Credit: Addressing the In-State Specificity Requirement for a Remote and Hybrid Workforce

1. Executive Summary

The Commonwealth of Massachusetts has historically positioned itself as the preeminent global hub for innovation, underpinned by a “knowledge economy” that leverages world-class academic institutions, a concentrated venture capital ecosystem, and a robust framework of fiscal incentives. Central to this framework is the M.G.L. c. 63, § 38M Research Credit, which offers corporate excise offsets designed to stimulate private-sector investment in research and development (R&D). However, the foundational assumption of this credit—that high-value research is conducted by a stationary workforce within physical laboratory walls—has been fundamentally challenged by the rise of remote and hybrid work models.

The current “In-State Specificity Requirement” mandates that only expenditures for research physically conducted within the borders of Massachusetts qualify for the credit. In the contemporary labor market, this requirement imposes a “Geographic Proration Trap,” forcing small to medium-sized businesses (SMBs) to engage in granular, project-level accounting to “peel out” domestic R&D from any out-of-state or remote work. This administrative complexity serves as a barrier to entry for the very innovators the Commonwealth seeks to attract. This report analyzes the statutory origins of the in-state requirement, evaluates its impact on the Massachusetts innovation sector, and proposes two primary policy solutions: a “Nexus-Link” Safe Harbor for hybrid employees and an “Apportionment-Proxy” Election for SMBs. These reforms are framed not as revenue losses, but as strategic investments designed to stabilize the Commonwealth’s professional, scientific, and technical services (PSTS) sector, which has shown signs of an economic slowdown relative to competitor states since 2020.

2. The Statutory and Regulatory Context of the Section 38M Credit

To understand the friction caused by the In-State Specificity Requirement, it is necessary to examine the broader legislative architecture of the Massachusetts R&D tax credit. Enacted in 1991, the credit was intended to provide a competitive advantage over other states during a period of rapid technological expansion. The credit is primarily governed by M.G.L. c. 63, § 38M, and clarified through Department of Revenue (DOR) regulation 830 CMR 63.38M.2.

Core Calculation Methodologies

The Massachusetts credit is largely modeled after the federal research credit allowed under Internal Revenue Code (IRC) Section 41, specifically as it existed on August 12, 1991. Corporations subject to the corporate excise under M.G.L. c. 63 may elect one of two primary methods for calculating their credit.

Table 1: Section 38M Calculation Methods

For many SMBs, the ASC method is preferred because it avoids the complexity of historical gross receipts data, which can be difficult for young companies to reconstruct. However, regardless of the method chosen, the “In-State Specificity Requirement” remains the dominant administrative hurdle.

The “Conducted in Massachusetts” Mandate

The defining characteristic of the Massachusetts credit is its strict geographic focus. While the federal credit applies to research conducted anywhere in the United States, the Massachusetts credit is limited to “qualified research expenses for the taxable year” that meet the “conducted in Massachusetts” standard. This is codified in 830 CMR 63.38M.2(5), which stipulates that expenses must be qualified research expenses under IRC § 41(b) and must have been incurred for research activity actually performed in the Commonwealth.

The specificity of this requirement is broken down into four distinct buckets of expenditure:

1. Qualified Wages: Wages paid for qualified services, such as direct research, supervision, or support, that are performed physically within Massachusetts.
2. Supplies: Amounts paid for supplies used or consumed in the conduct of qualified research specifically within Massachusetts.
3. Computer Fees: Payments for the right to use computers located in Massachusetts, a requirement that becomes increasingly complex in an era of cloud computing and distributed server networks.
4. Contract Research: 65% of amounts paid to third parties for research activity, provided that activity is conducted within the physical borders of the Commonwealth.

3. The Policy Issue: The Geographic Proration Trap and the SMB Burden

The “In-State Specificity Requirement” was designed to ensure that state tax dollars directly subsidize local economic activity. However, in a post-pandemic economy where the “virtual office” has become a staple of contemporary employment, this requirement has morphed into a significant administrative penalty for SMBs.

The Granularity of Modern R&D

Modern research is rarely a monolithic activity. In sectors like software engineering, biotechnology, and advanced manufacturing, a single project may involve a team distributed across multiple states. For a Massachusetts-based SMB, an engineer may spend three days in a Cambridge lab and two days working from a home office in New Hampshire or Rhode Island. Under current DOR guidelines, the employer must “peel out” the wages associated with those two remote days, as they were not “actually conducted in Massachusetts”.

This requirement necessitates a level of minute-by-location tracking that is functionally incompatible with the agile operations of most startups and mid-sized firms. While larger corporations can deploy enterprise-level time-tracking software and dedicated tax compliance departments, SMBs often lack the infrastructure to maintain the “contemporaneous” records required by the DOR.

The Rejection of Approximation and Audit Risk

The Massachusetts Department of Revenue maintains a strict “Burden of Proof” that rejects approximation in favor of precise documentation. Taxpayers are required to disclose and distinguish expenses allocable to business activities within and without the state. Failure to produce such evidence gives rise to an inference that the evidence is unfavorable to the taxpayer, often resulting in the disallowance of the entire credit for that employee or project.

For a small biotechnology firm in Lynn or a software startup in Worcester, the cost of this compliance can be staggering. R&D credit preparation fees often range from 20% to 30% of the final credit value. When the accounting complexity is heightened by geographic proration, these fees can erode the net benefit of the credit to the point of irrelevance. This creates a “Geographic Proration Trap” where the cost to prove the credit exceeds the value of the incentive itself, effectively shutting out smaller innovators from state support.

4. The Federal Context: IRC Section 174 and OBBBA 2025

The complexity of state compliance is further exacerbated by shifts in federal law. The Tax Cuts and Jobs Act (TCJA) required the capitalization and amortization of R&D costs under IRC Section 174 over five years for domestic expenses. However, the “One Big Beautiful Bill Act (OBBBA) of 2025” restored full expensing for domestic R&D costs effective January 1, 2025.

While this federal shift is pro-growth, it creates a new layer of “tracking warfare” for Massachusetts firms. They must now distinguish between:

• Domestic R&D (eligible for federal expensing).
• Foreign R&D (still subject to amortization).
• Massachusetts-Specific R&D (eligible for the Section 38M credit).

The “domestic vs. foreign” distinction required by the federal government does not align with the “in-state vs. out-of-state” distinction required by Massachusetts, forcing SMBs to maintain three separate sets of R&D accounting books.

5. The Competitive Landscape: Massachusetts as an Innovation Outlier

Massachusetts’ competitive standing is under increasing pressure. Since 2021, 28 states have reduced their income tax rates to attract talent and capital, while Massachusetts recently implemented a 4% surtax on high earners. The High Technology Council has argued that without meaningful efforts to modernize tax policy to reflect the rise of remote work, the Commonwealth’s ability to compete will continue to erode.

Comparative State Analysis of Geographic Nexus

To understand the severity of the Massachusetts requirement, it is helpful to compare it to the “Nexus” rules and R&D incentives offered by competing states.

Table 2: Regional R&D Incentive Flexibility

The New Jersey “Three-Factor Proxy” Model

New Jersey provides a compelling alternative to the Massachusetts granular tracking requirement. Under Technical Bulletin TB-114, New Jersey acknowledges that in a modern economy, research expenditure location can be “hard to quantify”. For periods beginning on or after January 1, 2018, New Jersey allows taxpayers to calculate the in-state portion of qualified research expenses by multiplying their total domestic QREs by a three-factor fraction: New Jersey property, payroll, and receipts over everywhere property, payroll, and receipts. This eliminates the need for individual employee location tracking, providing a predictable and auditable proxy for in-state activity.

The New York “Convenience Rule” Paradox

New York utilizes a “Convenience of the Employer” rule, which sources 100% of a nonresident’s wages to New York if their assigned office is in-state, unless the remote work is a “necessity” of the employer. While this is often viewed as an aggressive personal income tax measure, it provides a level of R&D credit consistency that Massachusetts lacks. If a worker’s wages are sourced to New York for income tax purposes, they are generally considered New York QREs, regardless of where the home office is located. Massachusetts, by contrast, sources wages for R&D purposes to the physical location of the worker, creating a “disconnect” between where an employee is assigned and where their research value is credited.

6. Economic Impact: The Professional and Scientific Services Slowdown

The importance of reforming the in-state requirement is highlighted by recent economic data. The Pioneer Institute reports that Massachusetts has been in an economic slowdown since 2020, with the professional, scientific, and technical services (PSTS) sector—the very heart of the R&D economy—exhibiting the greatest deceleration relative to competitor states.

Between 2007 and 2011, overall R&D spending in Massachusetts fell by 10.3%, while spending in California increased. Although the 2008 Life Sciences Initiative provided a localized boost, the broader innovation sector has struggled with high business costs and the administrative burden of anti-competitive regulations.

The “Eds & Meds” Anchor and the Multiplier Effect

Massachusetts’ economy is built on a foundation of learning and innovation, with more than 1 in 5 jobs linked to the “Eds & Meds” (Education and Healthcare) sector. These institutions produce $155.9 billion in annual economic activity and serve as anchors for the private-sector R&D firms that cluster around them.

When an SMB in the life sciences or technology sector is unable to utilize the R&D credit effectively due to the in-state requirement, the “multiplier effect” is diminished. Private returns to R&D are estimated at 14%, but social returns—the benefit to the broader community through job creation and technological advancement—can reach 58%. For every tax dollar not collected through R&D incentives, businesses generate approximately $2.50 in additional research investment at the macro level. By making the credit inaccessible to SMBs, the Commonwealth is essentially leaving $2.50 of private investment on the table for every $1.00 it “saves” in foregone credits.

7. Proposed Solution 1: The “Nexus-Link” Safe Harbor for Hybrid Work

The first practical solution for the Massachusetts legislature is the implementation of a “Nexus-Link” Safe Harbor. This policy would modernize the definition of “conducted in Massachusetts” to align with the realities of the 21st-century hybrid workforce.

The Safe Harbor Mechanism

The Safe Harbor would allow an SMB to treat 100% of a “Qualified Remote Researcher’s” wages as Massachusetts QREs, provided the employee meets a “Minimum Presence Threshold.”

Proposed Regulatory Language:

A “Qualified Remote Researcher” is defined as an employee who:

1. Is assigned to a physical office or research facility located within the borders of Massachusetts.
2. Performs services that meet the definition of “qualified research” under IRC Section 41.
3. Spends at least 50% of their working hours physically present in the Commonwealth, OR resides in Massachusetts while working remotely for a Massachusetts-based employer.

If these conditions are met, the taxpayer would not be required to prorate the employee’s wages based on daily work location. This binary “qualify or not” approach would eliminate the need for the minute-by-location tracking that currently paralyzes SMB compliance.

Benefits for SMBs and the Innovation Ecosystem

This solution recognizes that the value of an R&D employee is not just their presence at a desk, but their participation in the Massachusetts innovation ecosystem. An engineer who spends three days a week in a Kendall Square lab is utilizing the Commonwealth’s infrastructure, participating in local knowledge-sharing, and supporting local vendors. To penalize the employer for the two days that same engineer spends working from a home office in the suburbs—or even across the state line—is to ignore the cohesive nature of modern research projects.

Fraud Prevention and Oversight

To ensure that this Safe Harbor is not abused by “shell” offices, the government would implement the following safeguards:

• Facility Verification: The taxpayer must demonstrate a “bona fide” physical presence in Massachusetts, including a lease or ownership of a facility equipped for the research being claimed.
• Project-to-Site Mapping: Companies must maintain contemporaneous records that tie the remote researcher’s output to a specific Massachusetts-based project or business component.
• Reporting Requirements: SMBs utilizing the safe harbor would be required to file a simplified “Location Attestation” with their Schedule RC, certifying the assigned office location of all claimed employees.

8. Proposed Solution 2: The “Apportionment-Proxy” Election for SMBs

The second solution is to provide SMBs with the option to elect an “Apportionment-Proxy” method for calculating their in-state QREs, mirroring the successful model deployed in New Jersey.

The Election Mechanism

Under this proposal, any “Qualified Small Business” (defined as having average annual gross receipts under $31 million, consistent with OBBBA 2025 standards) could elect to calculate their Massachusetts R&D credit using a simplified formula.

The Formula:
Massachusetts QREs = Total Domestic QREs × Massachusetts Corporate Apportionment Percentage

The Massachusetts Corporate Apportionment Percentage is already calculated by every multi-state business to determine its state income tax liability, using factors such as property, payroll, and sales.

Table 3: Apportionment-Proxy Calculation Scenarios

Advantages of the Apportionment Proxy

• Administrative Simplicity: This method uses data points that the company is already required to report on its corporate excise return, effectively zeroing out the incremental accounting cost of “peeling out” remote work hours.
• Audit Predictability: The DOR can easily verify the apportionment percentage, as it is a core component of the tax return. This reduces the risk of protracted audits over individual employee timesheets.
• Reflects Economic Reality: A company’s apportionment factor is a legally recognized proxy for its economic presence in a state. If 80% of a company’s payroll and property are in Massachusetts, it is highly probable that 80% of its R&D value is also local.

Ensuring State Benefit and Avoiding Wastage

To prevent the “exporting” of state subsidies, the election would be limited to companies that maintain their “Principal Place of Business” in Massachusetts. Furthermore, to prevent “tax gaming” by firms with high out-of-state sales, the legislature could mandate a “Two-Factor” proxy (Property and Payroll only) for the R&D calculation, ensuring that only those with a significant physical and human footprint in the Commonwealth benefit from the simplified method.

9. Implementation Strategy: Leveraging Existing Frameworks

The Massachusetts government does not need to build an entirely new oversight apparatus to implement these changes. Instead, it can leverage existing programs such as the Massachusetts Life Sciences Center (MLSC) and the Economic Development Incentive Program (EDIP).

The “Certified Innovator” Designation

The state could establish a “Certified Innovator” designation for SMBs. This designation would be available to firms in priority sectors (e.g., Climatetech, Life Sciences, Cybersecurity) that commit to maintaining a minimum number of Massachusetts-based employees. Once certified, these firms would be automatically eligible to use the “Nexus-Link” Safe Harbor or the “Apportionment-Proxy” election.

Technological Compliance Integration

The Department of Revenue should issue updated Technical Information Releases (TIRs) that provide “Safe Harbor” data formats for modern payroll systems. By standardizing how remote work is reported for R&D purposes, the DOR can enable automated compliance, where a company’s payroll software automatically generates a “Location-Corrected QRE Report” that is pre-cleared for audit purposes.

10. Fiscal Analysis and Macroeconomic ROI: Framing the Investment

Critics of tax incentive reform often focus on the “initial cost outlay”—the immediate reduction in tax revenue. However, a modern cost-benefit analysis must view these changes through the lens of long-term economic sustainability and the “dynamic ROI” of R&D investment.

Short-Term Fiscal Outlay

The adoption of a Safe Harbor and an Apportionment Proxy would undoubtedly increase the volume of QREs claimed in the Commonwealth. If we estimate that 15% of SMB R&D wages are currently “peeled out” due to remote work proration, the policy change would effectively restore that 15% to the credit base.

Table 4: Fiscal Outlay Projection

Long-Term ROI: The “Innovation Payback”

While the initial cost is a $4.5 million reduction in annual revenue, the “Innovation Payback” is exponentially larger.

• Job Retention and Growth: Every $1.00 of R&D tax credit has been shown to generate up to $2.50 in additional private-sector research spending. This would translate into an additional $11.25 million in private R&D investment in Massachusetts in the first year alone.
• Stabilizing the PSTS Sector: By reducing the cost of operating in Massachusetts, the Commonwealth can stem the outmigration of high-paying professional and scientific jobs. A single R&D job in Massachusetts supports multiple secondary jobs in real estate, retail, and services.
• Future Tax Base Expansion: As startups grow into mid-sized and large corporations (fueled by the capital saved via the credit), their overall corporate excise and payroll tax contributions will far exceed the initial $4.5 million investment. Research indicates that state R&D credits lead to a significant long-term impact on the formation of high-growth potential startups needed to achieve economic development objectives.

The Pioneer Institute’s analysis of the 2000 income tax rollback demonstrated that one-point rate reductions do not typically cause large, persistent revenue shortfalls; instead, long-term fiscal stability is driven by the underlying economic performance of the state’s core industries. By incentivizing R&D, the state is investing in its most reliable driver of economic performance.

11. The Strategic Importance of Reform: The Cost of Inaction

The decision to maintain the status quo is not a “neutral” fiscal choice; it is a choice to allow the Commonwealth’s competitive edge to dull. The rise of the “Remote World” has lowered the “barriers to exit” for talent and firms to historic lows.

Negative Consequences of Inaction

• Accelerated Outmigration: Highly mobile talent in the tech and biotech sectors will continue to migrate to states with more modern tax structures. Massachusetts is currently the only state among its peers to have recently increased income taxes while 28 others decreased them.
• The “Hollow-Out” of SMBs: Larger corporations will continue to find ways to navigate the complexity, but SMBs—the engine of new innovation—will be “hollowed out,” unable to access the very capital intended to help them scale.
• Market Share Loss: As seen between 1993 and 2006, Massachusetts can quickly lose R&D market share to states like California that enact stronger and more flexible tax incentives.
• Inefficient “Tax Warfare”: Maintaining rigid in-state rules invites “tax warfare” and retaliatory laws from neighboring states like New Jersey and Connecticut, which have already begun enacting credits to protect their residents from out-of-state “Convenience Rules”.

12. Conclusion

The “In-State Specificity Requirement” is a 20th-century policy trying to govern a 21st-century economy. In 1991, the laboratory was a physical destination; today, the laboratory is a collaborative, cloud-based, and hybrid endeavor. By modernizing the M.G.L. c. 63, § 38M framework to include a “Nexus-Link” Safe Harbor and an “Apportionment-Proxy” election, the Massachusetts Government can remove a primary obstacle to innovation.

These reforms will reduce the “Accounting Peel-Out” burden for SMBs, provide predictable and auditable standards for the DOR, and signal to the global market that Massachusetts is committed to supporting the “knowledge economy” in all its forms. The cost of implementation is a modest investment in the state’s future tax base, which will be repaid manifold through the creation of high-value jobs, the retention of mobile talent, and the sustained growth of the Commonwealth’s most critical economic sectors. The time to act is now, before the economic slowdown in the professional and scientific services sector becomes a permanent feature of the Massachusetts landscape.