Services
Expertises
Resources
Who we are
Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection - Canada
OpenCloses in 28 days
Source verified October 13, 2026

Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection

Field-deployable CBRNE chemical imaging system
Funding available
$ 1,500,000
Deadline
November 19, 2026
Opened October 8, 2026
Location
Canada
Who can apply

A business that is for profit.

See full eligibility

Overview

Innovative Solutions Canada Phase 2 offers up to $1,500,000.00 CAD for a field-deployable quantum cascade laser standoff chemical imaging system for CBRNE detection. For-profit businesses incorporated in Canada and conducting research and development in Canada may propose an integrated prototype for field validation and deployment.
/100
Opportunity Score
Moderate potential, but conditions must align.

At a glance

Funding available

Financing goals
  • Develop strategic partnerships
  • Develop a new product or service
  • Conduct research and development activities
Eligible Funding
  • Maximum amount : 1,500,000 $

Eligible candidates

Eligible Industries
  • All industries
Location
  • Canada
Legal structures
  • For-profit business
Annual revenue
  • All revenue ranges
Organisation size
  • 499 employees maximum
Audience
  • All groups

Next Steps

1
Determine your project
2
Validate your eligibility

Availability timeline

2026
Periods: 5

Activities funded

  • Phase 2 (Prototype Development) of the Challenge Stream.
  • Development of an integrated prototype suitable for field validation and further advancement toward deployment.

Official resources

Official page

Field-deployable standoff chemical imaging system for CBRNE detection

Eligibility

Who is eligible?

  • A business that is for profit.
  • A business incorporated in Canada, federally or provincially.
  • A small and medium sized business with 499 or fewer full-time equivalent employees.
  • Businesses that conduct research and development activities in Canada.
  • Businesses that meet the Canada-based wage, work location, and senior executive residence requirements.

Eligible geographic areas

  • Canada

Selection criteria

  • Post-evaluation proposal selection will include the following priority: firms with a demonstrated track record of building field deployable standoff optical imaging / detection platforms for clients.

How to apply

  • Read the Challenge Stream Phase 2 instructions and prepare a proposal addressing the mandatory criteria.
  • Submit the proposal through the official portal by November 19, 2026 at 2:00 p.m. Eastern Time.
  • Log in to the portal to view submissions.

Processing and Agreement

  • At the end of the project, the successful applicant will be expected to travel to NRC's Metrology Research Centre to demonstrate the operation of the solution and provide training to enable NRC researchers to independently test and validate its performance.
  • NRC will play an active role in prototype evaluation and in validating system performance under relevant testing conditions.
  • All communication will take place by telephone or videoconference for the kick-off meeting, progress review meeting(s), and final review meeting.

Contacts

Add helloDarwin as a preferred source on Google

Frequently Asked Questions about the Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection Program

What is the Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection?

Innovative Solutions Canada Phase 2 offers up to $1,500,000.00 CAD for a field-deployable quantum cascade laser standoff chemical imaging system for CBRNE detection. For-profit businesses incorporated in Canada and conducting research and development in Canada may propose an integrated prototype for field validation and deployment.

How much funding can be received?

Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection Funds up to $1,500,000 of admissible expenses.

What is the deadline to apply?

The application deadline for this grant program is November 19, 2026. Applicants must submit their complete application before this date to be considered for funding.

Who is eligible for the Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection program?

To be eligible for the Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection program, you must: For profit businesses incorporated in Canada, federally or provincially, with 499 or fewer full-time equivalent employees. Research and development activities must take place in Canada. At least 50% of annual wages, salaries and fees must be paid to employees and contractors who spend the majority of their time working in Canada, and at least 50% of full-time equivalent employees and senior executives must meet the Canada-based work and residence requirements.

What expenses are eligible under Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection?

Phase 2 (Prototype Development) of the Challenge Stream. Development of an integrated prototype suitable for field validation and further advancement toward deployment.

Who can I contact for more information about the Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection?

You can contact Innovation, Science and Economic Development Canada (ISED) by email at solutions@ised-isde.gc.ca.

Where is the Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection available?

The Innovative Solutions Canada - Field-deployable Quantum Cascade Laser standoff chemical imaging system for CBRNE detection program is available across Canada.