Brilliant Labs:The Atlantic Canadian charity that decided the fastest path to AI literacy was to build the hardware itself
What they're doing
Brilliant Labs, a New Brunswick-based charity funded by the Departments of Education in all four Atlantic provinces, designs and delivers hands-on technology education for K-12 students across New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland and Labrador. What sets them apart from most digital literacy nonprofits: they build their own hardware. The b.Board — an AI-capable microcontroller designed and manufactured in Atlantic Canada — lets students build environmental sensors, robotics, and cybersecurity projects, making AI literacy tactile rather than theoretical from day one.
In 2024, Brilliant Labs secured $2 million through the federal CanCode 4.0 program — part of a $39.2 million national initiative — to expand AI literacy, coding, and critical digital skills programming across Atlantic Canada. The funding supports after-school programs, summer camps, and teacher professional development, with deliberate attention to youth underrepresented in tech. The organization has reached more than 750,000 people through its programming and developed over 110 bilingual learning activities in English and French.
Brilliant Labs publishes its learning materials openly rather than locking them in a proprietary platform, and builds its programs around provincial education departments rather than around them. That institutional partnership model — funded by departments of education, not despite them — creates sustainability that externally-funded EdTech programs rarely achieve.
Why it matters
Atlantic Canada has historically had a narrower economic base than central Canada, which makes the AI-skills pipeline for young people matter even more for regional economic opportunity. Brilliant Labs' bet is that the most durable AI literacy comes from making, not just consuming: building actual devices with actual code, starting in elementary school. Their decision to manufacture the b.Board in Atlantic Canada rather than import a cheaper alternative is itself a statement — the same chip powering the classroom exercise is also proof that hardware innovation doesn't have to happen in Toronto.
What's working
- Four-province government funding signals institutional trust that most charities don't achieve — they're treated as education infrastructure, not a project
- Building their own hardware (the b.Board) closes the loop between AI concept and physical outcome: students aren't just learning to use AI tools, they're building AI-capable devices
- Bilingual-by-default programming (110+ activities in English and French) serves the linguistic reality of Atlantic Canada without treating French as an afterthought or a translation job
- Teacher professional development built into each federal funding stream gives the programs a chance of surviving beyond individual cohorts — educators carry the capacity forward
What's harder than it looks
- Atlantic Canada's lower population density and dispersed rural communities create logistical challenges for in-person programming that urban EdTech organizations simply don't face
- Manufacturing hardware locally carries cost and supply chain complexity that off-the-shelf microcontrollers don't — the principled local-manufacturing bet is expensive to maintain at nonprofit margins
- CanCode funding requires periodic federal renewal rather than stable multi-year commitments, making long-term capacity planning difficult for an organization delivering infrastructure-level programming
Three takeaways for similar orgs
- 01Hands-on hardware outperforms screen-based curricula for AI literacy with younger students: the b.Board approach creates tangible, memorable learning outcomes that theoretical coding-only programs consistently struggle to replicate at the same age
- 02Manufacturing the teaching tool locally transforms a cost into a story — the b.Board is both a curriculum device and a proof-of-concept that hardware innovation can happen in New Brunswick
- 03Four-province government funding is a durability signal that grant-funded programs should study: it means the organization's value has been validated at the policy level, not just by funders whose priorities shift