What Counts as R&D for SR&ED in Canada?

Opening Answer

For SR&ED in Canada, R&D is not defined by industry or innovation—it’s defined by uncertainty.

If your team is trying to solve a technical problem where the solution isn’t obvious, and you’re experimenting to figure it out, that work may qualify. Businesses that properly identify this often recover 15% to 35% of eligible costs, turning everyday development into $20,000 to $100,000+ in annual funding.

For example, a company spending $150,000 trying to resolve unpredictable system failures—where standard fixes didn’t work—could recover $22,500 to $52,500+, even if the final solution wasn’t perfect.

The Canada Revenue Agency (CRA) defines eligible R&D based on technological uncertainty, advancement, and systematic investigation—not whether something is “new to your business.”

Scientific or Technological Uncertainty

This is the single most important concept in SR&ED.

What It Means

You are facing a problem where:

• The solution is not known or obvious
• Existing knowledge or standard practices don’t resolve it
• Skilled professionals cannot predict the outcome upfront

What It Looks Like in Practice

• A system fails under load, and no known architecture solves it
• A manufacturing process produces inconsistent results with no clear cause
• A model stops improving despite standard optimization

👉 This is what CRA calls technological uncertainty SR&ED.

What It Is NOT

• “We didn’t know how long it would take”
• “We weren’t sure if users would like it”
• “We needed to build something new”

Those are business or project uncertainties, not technical ones.

👉 Use our SR&ED eligibility checklist to validate your projects quickly.

Experimental Development

Most SR&ED claims fall under experimental development.

This is where your team:

• Tries to resolve technological uncertainty
• Runs tests, iterations, and analysis
• Learns something new about the system or process

What CRA Expects

A valid SR&ED project typically includes:

1. Hypothesis (“We believe this architecture may solve the latency issue”)
2. Testing (Implementing and evaluating different approaches)
3. Analysis (Comparing results, identifying failures)
4. Iteration (Refining based on findings)

Key Insight

You don’t need to succeed—you need to learn through systematic experimentation.

This is where many business owners get it wrong. They assume R&D means breakthroughs.

In reality, SR&ED often rewards failed attempts that generate technical insight.

Routine Work vs SR&ED

This is the biggest source of confusion.

Routine Work (Not Eligible)

• Standard feature development
• UI/UX improvements
• Bug fixes with known solutions
• System integrations using established methods
• Regular production or quality control

SR&ED Work (Eligible)

• Solving problems with no clear solution path
• Testing multiple approaches due to uncertainty
• Generating new technical understanding
• Encountering failures that require iteration

Side-by-Side Example

👉 For more real-world breakdowns, see our SR&ED examples article.

Real Examples of What Counts as R&D

These are the types of projects that often qualify:

1. Software Scaling Problem

A SaaS company couldn’t maintain performance under high concurrency.

• Standard scaling methods failed
• Engineers tested multiple architectures
• Results were inconsistent

👉 Qualifies due to system-level uncertainty.

2. Manufacturing Process Failure

A company experienced inconsistent output quality.

• Root cause was unclear
• Engineers ran controlled trials
• Multiple variables were tested

👉 This is experimental development, not routine production.

3. AI Model Plateau

A machine learning model stopped improving.

• Standard tuning didn’t work
• New approaches were tested
• Results were unpredictable

👉 This reflects unresolved technical limitations.

4. Integration Challenge

Two systems failed to communicate reliably under real conditions.

• Standard integration methods didn’t work
• Engineers tested multiple configurations
• Failure modes were not predictable

👉 This goes beyond routine integration.

What Most Businesses Misunderstand

From our experience across industries, the biggest issue is this:

Companies assume R&D means “innovation” when it actually means resolving uncertainty.

This leads to:

• Under-claiming valid work
• Misclassifying eligible projects
• Missing funding opportunities

FAQ

What counts as R&D in Canada for SR&ED?

Work that involves technological uncertainty, aims for advancement, and follows a systematic experimental process.

Does routine development count as R&D?

No—unless it involves uncertainty that cannot be resolved using standard methods.

Do failed projects count as R&D?

Yes. Failure can strengthen eligibility if it demonstrates experimentation.

Is R&D only for labs or scientists?

No. Software, manufacturing, and engineering work often qualify.

How do I know if my work counts?

Use a structured framework like an SR&ED eligibility checklist or get a professional assessment.

Next Step

Most businesses don’t miss SR&ED because they lack R&D—they miss it because they don’t recognize what counts.

We regularly identify:

• Projects dismissed as “routine” that actually qualify
• Partial work hidden inside day-to-day development
• Technical uncertainty that was never documented

A focused review can quickly show what you’re eligible to claim.

Get an SR&ED eligibility assessment and find out what your work is really worth—before another claim year is lost.