Upside Robotics
Entrepreneur First '24Ontario, CA Β· Founded 2024 Β· 7 known investors
Upside Robotics builds compact, autonomous, solar-powered field robots that apply fertilizer to corn crops on a per-plant basis, using onboard sensors and AI to adjust nutrient timing and dosing in real time. The system targets corn growers seeking to reduce nitrogen use and input costs while improving yields and soil health.
Also known as Upside
Founders & leadership
Upside Robotics was founded in 2024 by Jana Tian and Sam Dugan.

Investors Β· 7
Also in the syndicate Β· 3
Funding
SEC filings, press & company announcements$7.5M disclosed across 1 round Β· 2026
- $7.5MseedFeb 2026 Β· 4 sources
Plural (lead), Entrepreneurs First, Founders of Clearpath Robotics, Garage Capital
Source β
Source: company announcements and press reports β follow each round's link for the claim.
Company profile
researched Aug 2026Upside Robotics develops lightweight, solar-powered autonomous field robots that apply fertilizer and nutrients to corn on a per-plant basis during the growing season. The robots are 22 inches wide so they can travel between 30-inch corn rows without damaging the crop, weigh about 150 pounds to limit soil compaction, carry a 50-litre (13-gallon) tank that refills automatically at a base station, run about 10 hours on a charge with a 60-minute recharge, and cover roughly one acre per hour, or up to 100 acres per week per unit. Onboard sensors collect ground-level crop, soil and weather data, which is combined with satellite imagery, yield maps and SWAT maps and processed by proprietary algorithms to decide when, where and how much fertilizer to apply.
The company positions the system against conventional practice in which growers make a single, front-loaded, uniform fertilizer pass with heavy equipment. It states that only about 30% of conventionally applied fertilizer is taken up by the crop, and reports that its customers have cut fertilizer use by up to 70%, equivalent to roughly $150 per acre per season, while reducing nitrogen leaching and N2O emissions. The current product line is corn-only; corn was selected because it is one of the most fertilizer-intensive crops. The website markets pre-orders for a 2027 model called the Maize Runner, and lists five hardware generations between February 2024 and a Gen 5 planned for April 2026.
The team is led by co-founder and CEO Jana Tian and co-founder and CTO Sam Dugan, supported by founding hardware, software and agronomy staff, a production specialist, robotics technician, fractional CFO, operations specialist and grant specialist listed on the company's about page.
Founding story
Jana Tian and Sam Dugan met in 2023 at the Entrepreneurs First accelerator (described in one account as meeting at the Velocity incubator in San Francisco), both seeking to build a company at the intersection of climate and agriculture. Tian, born in Slovenia and raised in London, U.K., had worked as a chemical engineer in Unilever's food division and as a food developer for Ben & Jerry's, where she worked with growers; Dugan, a Canadian from Waterloo and a University of Waterloo BASc '22 graduate, had been building robots since age 10 and was working on drones. They initially explored drone-based fertilizer application but moved to ground robots because nutrients must reach the roots rather than the leaves. The company was launched in February 2024 while the founders were in San Francisco, and they relocated to Ontario, citing Waterloo's mechatronics program and hardware-software ecosystem, Ontario's roughly $2 billion annual corn crop, and Canada's mandate to cut fertilizer use 30% by 2030. During the first growing season the pair lived in a camper trailer beside client corn fields to iterate on the robots in real time.
Business model
Upside Robotics sells or supplies its own robots to corn growers, taking pre-orders for future model years (the 2027 Maize Runner) through its website. Contact forms reference pricing and billing, sales and reservation agreements. Sources do not specify whether the offering is an outright equipment sale, a service, or a subscription.
Not specified in the available sources beyond references to pre-orders/reservations, pricing and billing, and a cost structure the company says is designed to return a grower's investment in less than a year.
Traction
Growth from four clients and roughly 70 acres in 2024 to about 1,200 acres in 2025 and more than 3,000 corn acres and 22 farms for 2026, with a waitlist of over 200 farms and reported 100% customer retention. Cumulative operations reported at the time of the seed round include more than 10,000 autonomous kilometers driven and over 100,000 liters of fertilizer applied across more than 1,300 acres. Company-reported operating metrics show 872 km driven in 2024 versus 10,500 km in 2025 (10,000 of them autonomous) and 2,500+ automated charges, with a 2026 target of 40,000 fully autonomous kilometers and 10,000+ automated charges.
Latest developments
In February 2026 Upside Robotics announced a $7.5 million USD seed round led by Plural with participation from Garage Capital, Entrepreneurs First and the founders of Clearpath Robotics, bringing total funding to more than $11 million USD according to the University of Waterloo. Capital is directed at R&D, meeting waitlist demand and entering the U.S. corn belt. A fifth-generation robot is slated for April 2026 and pre-orders are open for the 2027 Maize Runner.
βΈFull profile β market position, technology, go-to-market, geography, history, risks & controversies
Market position
An early-stage agtech robotics company operating in precision nutrient application for row crops, currently limited to corn and to Ontario. Sources describe it as one of several agri-tech companies growing within the University of Waterloo's Velocity incubator. No competitor set is identified in the sources.
In-season, per-plant micro-dosing of nitrogen delivered by a 150-pound robot rather than a single front-loaded uniform pass with heavy machinery, aimed at avoiding both over-application and deep soil compaction. Other stated differentiators are autonomous recharge and refill for 24/7 operation, continuous ground-level data collection (versus the 6-8 meaningful data signals per year the company says growers currently get), and hardware co-developed with farmers over multiple field seasons.
Technology
Solar-powered, battery-electric autonomous ground robots with row-level navigation that follow crop rows and adapt paths in real time. Multiple onboard sensors capture ground-level crop and soil data, which is fused with satellite data, yield maps and SWAT maps and processed by proprietary AI algorithms to determine per-plant application rate, timing and placement. Nutrient mix and volume vary on the go. The robots recharge and refill autonomously at a base station, enabling continuous operation, and are also remotely manageable so farmers can monitor fields and crop health without entering the field.
Go-to-market
The founders conducted extensive customer discovery and co-development directly with farmers, living in a camper beside client fields during the first season and building the product alongside growers. Distribution is direct, with website pre-orders/reservations, a waitlist of more than 200 farms, farmer testimonials, and presence at industry events such as Canada's Outdoor Farm Show. The company emphasizes transparency with early customers and reports 100% customer retention. It is affiliated with the University of Waterloo's Velocity incubator.
Corn (maize) growers, from small family-run farms to large operations, currently concentrated in Ontario, Canada; the company says multiple robots can be combined for larger fields.
Geography
Headquartered in Waterloo, Ontario, Canada, with field deployments across Ontario corn farms. The company was launched while the founders were in San Francisco before relocating to Ontario. Expansion into the United States corn belt is stated as a target.
History
Dugan built a first robot in roughly two weeks β a manually operated remote-controlled vehicle β to test the concept and gather field data in 2024, with four clients in that first year across about 70 acres. Successive hardware generations followed in February, May and August 2024, with a fourth generation built over the off-season for the 2025 season, when the company scaled to about 1,200 acres. Press coverage in September 2025 reported 20 Maize Runner robots deployed across Ontario. For the 2026 season the company reports operating across more than 3,000 corn acres with 22 farms, and a Gen 5 robot is listed for April 2026. In February 2026 the company announced a $7.5 million USD seed round.
Risks & controversies
The company acknowledges that in its first year roughly 80% of what it promised to farmers did not materialize, with field repairs conducted overnight, and describes reliability as an ongoing challenge managed through transparency with customers. Tian has also described fundraising in Canada as difficult relative to the Bay Area. Concentration risk is evident: a single crop (corn), a single region (Ontario), and a small customer base. Several performance figures (70% fertilizer reduction, $150/acre savings, retention) are company-reported and not independently verified in the sources. Note that one aggregator listing (startupintros.com) reports a 2023 founding, San Francisco headquarters, 1,001-5,000 employees and a $75.0M seed round, which conflicts with the primary reporting of a $7.5M seed round and an Ontario-based company; those aggregator figures appear erroneous and are not used here.
Compiled by commissioned research from 8 cited public sources β announcements, filings, and press listed under research sources below.
Key figures
latest reportedCompany-reported or press-reported figures, each dated to when it was claimed β not independently audited.
Timeline Β· 8
launches, deals, and filingsCompany timeline lists Gen 5 as 'coming soon' in April 2026.
Seed round of $7.5M USD led by Plural with participation from Garage Capital, Entrepreneurs First and the founders of Clearpath Robotics; the University of Waterloo reported the round brings total funding to more than $11M USD. Proceeds are earmarked for R&D, meeting demand from a 200+ farm waitlist, and expansion into the U.S. corn belt.
$7.5M source β
Company website promotes pre-orders for the 2027 'Maize Runner' robot.
Press coverage listed by the company reports deployment of 20 autonomous Maize Runner robots across Ontario, micro-dosing nitrogen weekly.
Fourth-generation robot developed during the 2024-25 off-season for the 2025 growing season.
First generation of the company's field robot, dated February 2024 on the company's product iteration timeline; described in press as a remote-controlled vehicle built in about two weeks and operated manually during the 2024 season.
Dated company events from announcements, filings, and press; legal rows summarize public dockets and regulator releases.
In the news
βΈResearch sources Β· 8
primary sources listed
- Upside Roboticsupsiderobotics.com Β· web
8 public sources were cited for this profile; the first-party ones are listed here.
Frequently asked questions
- What does Upside Robotics do?
- Canadian agtech startup building lightweight autonomous robots that micro-dose fertilizer to corn plants in-season.
- Who founded Upside Robotics?
- Upside Robotics was founded by Jana Tian, Sam Dugan in 2024.
- Who are Upside Robotics's investors?
- Upside Robotics's investors include Entrepreneur First, Garage Capital, Moxxie Ventures, ScaleGood Fund LP (powered by TELUS).
- How much funding has Upside Robotics raised?
- Upside Robotics has disclosed $7.5M raised across 1 round.
- Where is Upside Robotics headquartered?
- Upside Robotics is headquartered in Ontario, CA.


