Flipping the Switch: Can AI and Pulsed Light Secure Canada's Food Future?

CALGARY, AB – September 08, 2026 – Inside a commercial greenhouse on the outskirts of Calgary, amidst the quiet hum of hydroponic systems, a small federal investment is powering a potentially radical vision for Canadian agriculture. On the surface, the announcement by Agriculture Minister Heath MacDonald was standard political fare: a cheque for nearly $895,000 to a local tech startup. But the recipient, SmartGRO Bioengineering Inc., and the technology it’s testing here at Hydragreens Produce Ltd., represent a calculated bet on solving one of the most stubborn problems holding back Canada’s food sovereignty: the immense cost of growing food indoors, year-round.

This isn't just a grant; it's a targeted strike against the energy-intensive reality of controlled environment agriculture (CEA). The funding, drawn from the Agricultural Clean Technology (ACT) Program, aims to commercialize a system that promises to do for indoor farming what the silicon chip did for computing—drastically reduce the resources required to get the job done. By pairing artificial intelligence with a novel approach to LED lighting, SmartGRO claims it can maintain crop yields while cutting electricity use by a staggering 80%. In a nation striving for both food security and a net-zero future, this Calgary-based experiment is a critical test of whether technology can truly deliver a sustainable and self-sufficient food system.

The Photosynthesis Hack

For decades, the limiting factor for year-round farming in northern climates has been light. Traditional greenhouses supplement sunlight, but vertical farms and other fully enclosed systems rely entirely on artificial lighting, a massive drain on the power grid and a farmer's finances. While modern LEDs offered a leap in efficiency over older high-pressure sodium lamps, they still operate on a brute-force principle: stay on continuously to saturate plants with light. SmartGRO’s innovation challenges this very premise.

The company’s system uses ultra-fast pulsing LEDs, flashing on and off in microseconds. The science, supported by a growing body of academic research, suggests that the chemical reactions of photosynthesis don't require constant light. After an initial burst of photons, the plant needs a brief moment—a dark period—to process that energy. By pulsing the light at an optimal frequency, the system gives the plant exactly what it needs with minimal waste. One independent agricultural technologist described the concept as “hacking the plant’s metabolic rhythm to maximize energy uptake while minimizing electrical input.”

What elevates this from a simple strobe light to a sophisticated agricultural tool is the integration of artificial intelligence. A network of sensors, including machine vision and hyperspectral cameras, constantly monitors the crops, collecting data on everything from leaf temperature and colour to growth rate. This data feeds into an AI model that learns the specific needs of the plants in real-time. The AI then autonomously adjusts the light’s intensity, spectrum, and pulse frequency to create the perfect growing conditions, effectively asking the plants what they need and delivering it with precision. It’s a closed-loop system that replaces guesswork with data-driven optimization.

De-Risking the Greenhouse

For Canadian growers, this technology could fundamentally alter their business model. Energy costs can account for anywhere from 10% to 30% of a greenhouse’s total operating expenses, making them a significant barrier to profitability and expansion. Marc Schulz, President of Hydragreens Produce, which is hosting the commercial-scale trials, underscored this reality. “Improving energy efficiency is essential to the future of indoor agriculture,” he stated, noting that innovations like this can “help growers reduce costs, increase productivity, and make year-round food production in Canada more sustainable.”

His confidence is backed by a significant private investment. Alongside the federal grant, Hydragreens is committing over $916,000 to the project, a powerful market signal that those on the front lines of food production see tangible value. This isn't just about hosting a trial; it's about co-developing a solution with a clear path to adoption.

Jared Wolfe, the CEO of SmartGRO, framed the government support as a crucial step in scaling up. “This support from Agriculture and Agri-Food Canada will help SmartGRO validate at commercial scale a patent-pending, Canadian-developed lighting and intelligent control platform,” he said. The goal, he added, is to help growers “produce more food, year-round, using dramatically less electricity.” If the 80% energy reduction holds true at commercial scale, it would effectively de-risk investment in CEA, making it a far more attractive and viable enterprise across the country and strengthening the business case for local food.

A Calculated Investment in National Resilience

This nearly million-dollar investment is not an isolated act of government largesse. It is a single, tactical component of a much larger national architecture designed to reinforce Canada’s structural integrity against food shortages and climate change. The funding flows from the $3.2-billion National Food Security Strategy, a 10-year plan to build a more robust and affordable domestic food system. Within that strategy, a $750 million fund is specifically earmarked to “drastically expand year-round Canadian production of fruits and vegetables” in greenhouses and vertical farms.

By channeling these funds through the Agricultural Clean Technology Program, the government is deliberately linking food security with its climate goals. The ACT Program, which has already committed over $314 million to 535 projects, prioritizes green energy, precision agriculture, and bioeconomy solutions. SmartGRO’s technology sits squarely at the intersection of the first two priorities.

As Minister MacDonald explained, this is about fostering a “more resilient agricultural sector.” The investment in SmartGRO is a clear policy choice: instead of relying on imports from warmer climates, with their volatile prices and long, carbon-heavy supply chains, Canada is betting it can build the capacity to feed itself. By subsidizing the development of clean technology that makes domestic production cost-competitive, the government is attempting to engineer a future where fresh, Canadian-grown produce is available and affordable in every season, insulated from global disruptions.

The commercial trials now underway in Calgary are more than just a test of a new kind of light. They are a test of this entire strategic vision. The data gathered from the rows of leafy greens growing under SmartGRO’s intelligent, pulsing LEDs will help determine if a high-tech, low-energy approach can truly form the bedrock of Canada’s future food security.