Verdi

Water is running out. These engineers are rationing it, one vineyard at a time.

On a warm morning in California's Central Valley, an irrigation valve opens at exactly 5:47 a.m. Not because a farmworker turned a handle. Not because a timer clicked over. Because a small battery-powered device the size of a paperback book read a soil moisture sensor, checked the weather forecast, and decided the vines needed water - right now, right here, not 200 feet to the left where the soil is still damp from yesterday.

That device is a Verdi Block Controller. The farm is one of 16,000-plus acres now running on Verdi's irrigation automation platform. And somewhere in Vancouver, British Columbia, a dashboard just logged a new event: water saved, yield protected, alert suppressed because the system caught a drip-line clog before it became a crop loss.

Verdi is a four-year-old agtech startup that has quietly become, acre by acre, one of the more important companies in precision agriculture. It doesn't look like a moonshot. It looks like a 9-volt battery and a wireless transmitter. That's exactly the point.

Most farms are still run on irrigation systems designed in 1970.

Here is the inconvenient reality of modern specialty crop farming: the systems watering your wine grapes and orchard peaches are, in many cases, decades old. Mechanical timers. Manual valves. Farmworkers driving rows at dawn to check soil moisture by feel. It works, in the way that hand-cranked windows work. Functional. Expensive. Exhausting.

Agriculture accounts for roughly 70% of global freshwater consumption. In California and British Columbia - two of the most water-stressed wine and orchard regions in the world - farmers are being squeezed from both ends: tighter water allotments from drought-strained reservoirs and rising labor costs that make manual irrigation monitoring economically fragile.

The obvious answer - precision irrigation technology - has existed for years. Big commercial farms with deep pockets have been using it. But the dominant systems required ripping out existing infrastructure, hiring agronomists to configure complex setups, and paying six figures for hardware that takes weeks to install. The market never solved for the middle: the 500-acre family winery in the Okanagan. The independent peach grower in Fresno. The regional operation that wants to get smarter without going broke.

A capstone project with dirt in its roots.

Arthur Chen grew up in a farming family in Asia. Roman Kozak grew up on a farm in Eastern Canada. They met in Engineering Physics at the University of British Columbia - a program known for producing engineers who build things that work under pressure, not just things that present well at conferences.

In 2020, they took on a capstone project sponsored by Mineral, Google's agricultural intelligence moonshot. The project: figure out how to bring precision to farm irrigation without requiring farms to rebuild from scratch. The answer they arrived at was deliberately unglamorous. Battery-powered wireless devices that clip onto existing valves. Soil sensors that plug into standard SDI-12 ports. A cloud platform that ties everything together. No trenching required. No specialized installers. No six-month implementation timeline.

Verdi was incorporated on the back of that project. The company's address - 6224 Agricultural Road, Vancouver - is at UBC's own agricultural campus. The symbolism is unsubtle.

Co-founder Jacky Jiang rounded out the founding team. They presented at TechCrunch Disrupt 2021. They got into the Alchemist Accelerator, which runs one of the most competitive B2B startup programs in the US. Then they went to find actual farmers and proved it worked.

A wireless device, a cloud platform, and a philosophy about not breaking things.

The Verdi product line is deliberately modest in its physical presence. The Block Controller is a rugged, weatherproof enclosure that installs on existing irrigation control boxes in under five minutes. No wiring expertise required. It runs on a 9V alkaline or lithium battery for 12-16 months between replacements. It communicates wirelessly with Verdi's cloud platform and with soil moisture sensors in the field.

The Micro Block Controller handles drip systems with the same logic. Wireless soil sensors transmit real-time moisture data from the root zone. The platform aggregates all of it - sensor readings, weather forecasts, historical irrigation data, satellite imagery of crop health - into a dashboard that works on any phone or browser.

The AI layer does what you'd expect: it recommends when to irrigate, flags anomalies that signal clogged emitters or broken lines, and enables variable rate irrigation so different blocks of a vineyard get different amounts of water based on actual soil and plant conditions. Fertigation - the precise delivery of nutrients through the irrigation system - is also controllable at the plant level.

Five years from capstone to category leader.

Not just any growers. The ones who know the most about irrigation.

E&J Gallo is one of the largest wine and spirits producers on earth. Arterra Wines controls over 1,700 acres of Canadian vineyards and some of the country's most recognized wine labels. UC Davis is the world's leading agricultural research university. These are not organizations that try things on a whim.

By the end of 2025, Verdi's platform had automated more than 16,000 acres. In 2024 alone, it saved customers over $1 million CAD in irrigation labor and conserved more than 100 million liters of water. That's not a press release claim - that's auditable operational data from systems Verdi controls in real time.

The platform has also expanded its geographic reach. Verdi operates out of Vancouver but maintains a presence in Tulare, California - one of the most water-intensive agricultural counties in the United States. Tulare is where California's dairy and tree fruit industries are concentrated, and where water scarcity is not a future concern. It already arrived.

• WINnovation Award 2024 - Wine Industry Network
• Overall Smart Irrigation Company of the Year - 2025 AgTech Breakthrough Awards
• Featured in Techcouver's "10 Homegrown B.C. Startups to Watch" (2024)
• TechCrunch Disrupt featured company (2021)
• 5,000+ devices deployed globally
• $9.5M total funding across multiple rounds
• 13 investors in the most recent seed round, oversubscribed

The investors made a bet on the pipes that already exist.

Verdi's most recent raise - a $6.5 million CAD seed round closed in May 2025 - was oversubscribed, which is a notable data point in an agtech funding environment that has been notoriously difficult. Thirteen investors participated, led by SVG Ventures through its Pioneer Fund. The range of backers tells its own story: NEC X (deep tech, Japan), Ponderosa Ventures (via Galvanize Climate Solutions), Elemental Impact, GenomeBC, and a cluster of sector-specific funds.

Agriculture needs a software upgrade. Water is the deadline.

The world produces around 80% of its food from irrigated agriculture. That agriculture uses around 70% of global freshwater withdrawals. The math on those two numbers, against a backdrop of glacier retreat, aquifer depletion, and increasingly erratic precipitation, does not resolve comfortably.

Precision irrigation isn't a nice-to-have technology in this context. It's an engineering response to a resource constraint that has no other technical solution at scale. Every liter of water Verdi's platform conserves is a liter that wasn't wasted on already-moist soil, that wasn't lost to a leaking line flagged three days too late, that wasn't over-applied because a timer couldn't read the weather.

Verdi's bet is that the transition to intelligent water management will happen fastest not through greenfield deployments on new farms, but through retrofit - making existing infrastructure smarter without asking farmers to abandon what they've already built. That's a patient, practically-minded thesis. It's also, in a sector that has burned through a lot of founder optimism, the one most likely to actually work.

Back to the vineyard at 5:47 a.m.

The irrigation valve that opened quietly this morning didn't require anyone to be awake. The farmworker who used to walk that row before dawn is now managing three times as many blocks from a phone. The water that didn't get applied to the wet half of that block will stay in a reservoir that is running 18% below its ten-year average. The clog in Block 7's drip line was flagged yesterday afternoon and fixed in thirty minutes - before a single vine stressed.

That's not a vision. That's what Verdi's platform is doing right now, on 16,000 acres across North America, in vineyards and orchards that were built decades before anyone used the word "agtech."

The problem Verdi set out to solve - affordable, accessible precision irrigation for farmers who already have infrastructure - turns out to be the right problem. The urgency around water is not decreasing. The farms getting older are not being replaced with new ones. And the gap between what the best-resourced operations can do and what the typical grower can access is still wide enough to build a company through.

Verdi is building through it, one block controller at a time.