TRIC Robotics

Cover Block

PUBLIC

Attribute	Value
Company Name	TRIC Robotics
Tagline	Automating pest and disease control for strawberry farms using tractor-scale autonomous UV-C light robots.
Headquarters	San Luis Obispo, CA
Founded	2017
Stage	Seed
Business Model	Hardware + Software
Industry	Agtech
Technology	Robotics
Geography	North America
Growth Profile	Venture Scale
Founding Team	Co-Founders (2)
Funding Label	Seed (total disclosed ~$5,740,000)

Links

PUBLIC

• Website: https://www.tricrobotics.com
• LinkedIn: https://www.linkedin.com/company/tric-robotics

Executive Summary

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TRIC Robotics provides automated pest and disease control for commercial strawberry farms using tractor-scale autonomous robots that apply UV-C light, a chemical-free alternative to conventional pesticides [The Robot Report, May 2024]. The company merits attention for its direct response to mounting pressures in agriculture, including labor shortages, tightening pesticide regulations, and consumer demand for residue-free produce. Its technology originated from academic research at the University of Delaware, where co-founders Dr. Adam Stager and Vishnu Somasundaram developed the initial concept before commercializing it through the startup [Technical.ly, 2020s].

The core product, a robot named Luna, operates at night, integrating into existing field operations to deliver UV-C treatments as a service, which eliminates upfront capital costs for growers [Version One Ventures, May 2024]. This Robotics-as-a-Service (RaaS) model is central to its go-to-market strategy, aiming to lower adoption barriers. Early pilot results indicate the approach can reduce pesticide use by up to 70 percent while maintaining or improving crop yields, according to farm-level reports [rg-cs.co.uk].

Financed by a $5 million to $5.5 million seed round led by Version One Ventures in mid-2024, the company is backed by a syndicate of agtech-focused and generalist venture funds [Version One Ventures, May 2024]. The immediate focus is scaling deployments within the California strawberry market, a clear beachhead. Over the next 12 to 18 months, the critical watchpoints will be the rate of commercial farm adoption under the service model and the technical validation of the system's efficacy and reliability across a broader set of growing conditions.

Data Accuracy: GREEN -- Core company facts and funding details are confirmed by multiple independent sources including The Robot Report and Version One Ventures. Early traction claims are reported by industry publications.

Taxonomy Snapshot

Axis	Classification
Stage	Seed
Business Model	Hardware + Software
Industry / Vertical	Agtech
Technology Type	Robotics
Geography	North America
Growth Profile	Venture Scale
Founding Team	Co-Founders (2)
Funding	Seed (total disclosed ~$5,740,000)

Company Overview

PUBLIC

TRIC Robotics began as a research project at the University of Delaware, where co-founders Adam Stager and Vishnu Somasundaram developed the core technology for using UV-C light to manage crop pests and diseases [Technical.ly, 2020s]. The company was formally founded in 2017 and is now headquartered in San Luis Obispo, California, a location that places it within a key agricultural region and the ecosystem of Cal Poly's Center for Innovation & Entrepreneurship (CIE), where it participated as an incubator company [Cal Poly CIE, 2020s] [PitchBook, 2020s].

Key operational milestones follow a path from academic validation to commercial piloting. After its founding, the company secured early-stage capital from a consortium of agtech-focused investors and accelerators, including Plug and Play Tech Center and the Western Growers Center for Innovation & Technology [PitchBook, 2020s]. A significant inflection point came in May 2024 with the close of a seed round led by Version One Ventures, which provided approximately $5 million to $5.5 million in capital to scale its robotic service [Version One Ventures, May 2024] [The Robot Report, May 2024]. Concurrently, the company began deploying its "Luna" robots on commercial strawberry farms, conducting pilot tests that demonstrated the efficacy of its UV-C treatment as a chemical alternative [delawaresbdc.org].

Data Accuracy: GREEN -- Founding story and headquarters confirmed by multiple regional and industry publications; funding rounds corroborated by lead investor announcement and trade press.

Product and Technology

MIXED TRIC Robotics’ core product is a service, not a piece of hardware. The company deploys tractor-scale autonomous robots, named Luna, to commercial strawberry farms where they drive through rows at night, bathing crops in UV-C light to suppress pests and fungal diseases [The Robot Report, May 2024]. This method is positioned as a direct, residue-free substitute for chemical pesticides, addressing growing regulatory and consumer pressure [TRIC Robotics]. The technology is offered exclusively through a Robotics-as-a-Service (RaaS) model, requiring no upfront capital investment from growers and creating a recurring revenue stream for TRIC [Daniel Kitchen - Curie Innovations | LinkedIn, 2026].

Beyond the core UV-C application, public descriptions note the robots are also armed with bug vacuums, suggesting a multi-modal approach to pest removal [AgFunderNews, 2026]. The physical platform is engineered for farm durability, integrating autonomy, steel frames, and hydraulic components to operate in existing field conditions [TRIC Robotics]. Integration appears straightforward, designed to slot into standard nighttime tractor operations without major infrastructure changes. The company’s public messaging consistently emphasizes proven results against mites, mildew, and mold, citing pilot data from partner farms [TRIC Robotics].

Data Accuracy: GREEN -- Product claims are consistently reported across company website, investor announcements, and multiple press outlets.

Market Research

PUBLIC The market for non-chemical crop protection is being reshaped by a convergence of regulatory pressure, consumer preference, and labor scarcity, creating a clear wedge for automation and residue-free alternatives.

Third-party sizing for the specific market of UV-C robotic pest control in strawberries is not publicly available. However, the broader agricultural biologicals market, which includes microbials and biopesticides, provides a relevant analog. According to a report cited by the World Economic Forum, the global market for agricultural biologicals is projected to reach $27.9 billion by 2026 [World Economic Forum, 2026]. The more specific segment of automated and robotic farming solutions is also expanding, with firms like PitchBook tracking significant venture capital flow into agricultural robotics, though a precise TAM for this niche is not established in the cited sources.

Demand for TRIC Robotics' service is driven by several documented tailwinds. Regulatory pressure on conventional pesticides, particularly in California, is a primary catalyst, creating a need for approved, residue-free alternatives [AgFunderNews, 2026]. Labor availability for manual scouting and spraying remains a chronic challenge for growers, increasing the appeal of autonomous solutions [The Robot Report, May 2024]. Consumer and retailer demand for produce with reduced chemical residues is a further pull, with major berry marketers like Driscoll's actively collaborating on alternative methods [linkedin.com/posts/tric-robotics, 2026].

The company's initial focus is the high-value strawberry market, where pest pressure is intense and crop loss is costly. Adjacent and substitute markets include other specialty crops susceptible to powdery mildew and mites, such as grapes, tomatoes, and cucumbers, where UV-C treatment has shown efficacy in academic trials. The key substitute market remains the conventional chemical pesticide industry, which the solution aims to partially displace, and the growing biologicals sector, which represents a parallel, rather than directly competitive, path to reducing synthetic inputs.

Regulatory and macro forces are favorable but introduce complexity. The agricultural community is beginning to accept UV light as an effective alternative, which aids adoption [linkedin.com/posts/tric-robotics, 2026]. However, the path to full regulatory approval and label expansion for UV-C across different crops and pests will require continued validation and time. Macro trends around sustainable agriculture and supply chain transparency provide a strong overarching narrative that supports investment in the category.

Data Accuracy: YELLOW -- Market sizing is inferred from analogous sector reports; demand drivers are corroborated by multiple industry sources.

Competitive Landscape

MIXED TRIC Robotics occupies a narrow but rapidly emerging segment within agricultural robotics, competing not on general automation but on a specific, non-chemical method of pest control for high-value specialty crops.

The competitive map for automated pest control is fragmented, with players divided by technology and go-to-market approach. Incumbent chemical and biological pesticide manufacturers represent the primary, multi-billion dollar market that TRIC aims to displace, offering established efficacy and distribution but facing increasing regulatory and consumer resistance. Within the robotics challenger category, Saga Robotics is the most direct and advanced competitor, also deploying autonomous vehicles with UV-C light for disease suppression in strawberries and grapes, primarily in European markets [The Robot Report, May 2024]. Adjacent substitutes include other non-chemical methods like biocontrols (introducing predatory insects) and precision sprayers that reduce chemical volume, which compete for the same grower budget allocated to integrated pest management.

TRIC's defensible edge today rests on its early commercial foothold in California's strawberry industry, the world's largest, and its capital-efficient Robotics-as-a-Service (RaaS) model that removes upfront cost barriers for growers [Daniel Kitchen - Curie Innovations | LinkedIn, 2026]. The company's integration into the Central Coast agtech ecosystem through the Cal Poly CIE incubator and investors like Western Growers provides a distribution and validation channel that is difficult for outsiders to quickly replicate [Cal Poly CIE]. However, this edge is perishable if a well-capitalized competitor like Saga decides to enter the California market aggressively or if a major agricultural equipment manufacturer vertically integrates the technology. The core UV-C application method is not patent-protected in the snippets reviewed, suggesting operational execution and farm-level data on efficacy and cost savings may be the more durable moat.

The company is most exposed on two fronts. First, to Saga Robotics, which has a multi-year head start, larger commercial deployments, and has publicly discussed expanding its UV-C treatment service to North America. Second, TRIC's singular focus on strawberries, while a smart beachhead, leaves it vulnerable to market-specific shocks (e.g., a crop disease that UV-C cannot treat) and may slow its ability to fund expansion into other high-value crops like grapes or leafy greens, where competitors are already active.

The most plausible 18-month scenario is one of segment validation and bifurcation. If regulatory pressure on chemical pesticides in California intensifies and TRIC successfully scales its service fleet with its new seed capital, it could become the default non-chemical option for strawberries in the region, forcing Saga to either acquire or partner to gain share. The loser in this scenario would likely be smaller, undifferentiated robotic weeding or monitoring startups that fail to demonstrate a clear, ROI-positive replacement for a major grower cost center. TRIC's fate hinges less on out-engineering Saga and more on out-executing it in farm operations and customer acquisition within its chosen geography.

Data Accuracy: YELLOW -- Competitor identification is confirmed, but detailed comparative metrics on market share, pricing, and technological specifications are not publicly available.

Opportunity

PUBLIC The prize for TRIC Robotics is not merely a niche tool for strawberry growers, but a foundational shift in how specialty crops are protected, with a path to controlling a multi-billion dollar segment of the global pesticide market.

The headline opportunity is to become the category-defining platform for non-chemical crop protection in high-value specialty agriculture. This outcome is reachable because the company has already demonstrated the core technical and commercial wedge: a service-based, autonomous UV-C solution that directly substitutes for chemical sprays on a per-acre basis. The evidence that this substitution works at commercial scale is not aspirational; pilot testing at Fifer showed positive results with similar yields between chemical and UV-C treatment [delawaresbdc.org]. Furthermore, farms using its robots have reported pesticide use reductions of up to 70 percent [rg-cs.co.uk]. This positions TRIC not as a complementary tool, but as a primary, regulation-friendly input, with the potential to define the standard for residue-free farming in berries and beyond.

Growth from a California strawberry service to a broad agricultural platform hinges on a few concrete scenarios. The following table outlines plausible paths to scale.

Scenario	What happens	Catalyst	Why it's plausible
Vertical Expansion in Berries	TRIC becomes the default pest control service for the North American berry industry, expanding from strawberries to raspberries, blueberries, and blackberries.	A formal, scaled partnership with a major berry distributor like Driscoll's, which the company already collaborates with [linkedin.com/posts/tric-robotics, 2026].	The pest and disease profiles (e.g., powdery mildew, spider mites) and cultivation methods across berries are similar, allowing the same robotic platform and UV-C treatment protocols to be adapted with minimal re-engineering.
Horizontal Expansion to Other High-Value Crops	The company's Robotics-as-a-Service (RaaS) model is proven in greenhouse and protected cultivation for crops like tomatoes, cucumbers, and cannabis.	A product launch of a new robot configuration or light array optimized for vine or trellis crops, funded by the recent seed capital [Version One Ventures, May 2024].	UV-C's efficacy against fungal pathogens and mites is not crop-specific. The regulatory and labor pressures driving chemical reduction are equally acute in these adjacent, high-margin segments.
Regulatory & Standard Setting	TRIC's protocol becomes a certified organic or residue-free treatment standard, creating a defensible moat and driving adoption through compliance.	Inclusion of UV-C treatment in a major organic certification body's approved materials list or a state-level regulation limiting specific chemical pesticides.	The agricultural community is beginning to accept UV light as an effective alternative for chemical pesticides [linkedin.com/posts/tric-robotics, 2026], indicating a receptive regulatory environment.

Compounding for TRIC looks like a data and distribution flywheel. Each new farm deployment generates proprietary data on treatment efficacy, pathogen resistance, and optimal application schedules across different geographies and cultivars. This dataset, cited by the company as a source of continuous improvement [TRIC Robotics], becomes a barrier to entry for competitors lacking field history. On the distribution side, the capital-light RaaS model that requires no upfront investment from farmers [Daniel Kitchen - Curie Innovations | LinkedIn, 2026] lowers adoption barriers, driving fleet utilization. Higher utilization improves unit economics, which can fund further R&D and geographic expansion, attracting more growers into the service network. Early signs of this flywheel are visible in the growing list of investor-partners with deep agricultural ties, such as Western Growers Center for Innovation & Technology [PitchBook].

The size of the win can be framed by a credible comparable. Saga Robotics, a Norwegian competitor also deploying autonomous UV-C and precision spraying robots in strawberries and vineyards, provides a reference point. While private, Saga has raised over $15 million (estimated) and operates in multiple countries, indicating investor validation for the category's scale potential. If TRIC executes on the Vertical Expansion scenario and captures a leading share of the North American strawberry market,estimated at over 50,000 harvested acres in California alone,a service revenue model at a competitive per-acre price could support a valuation in the hundreds of millions. This is a scenario-based outcome, not a forecast, but it illustrates the magnitude of the opportunity if the company transitions from a promising service to the default platform for non-chemical protection in its core vertical.

Data Accuracy: YELLOW -- Growth scenarios and compounding mechanics are inferred from product claims and early traction reports; the comparable (Saga) is a known private player but its exact financials are not publicly detailed.

Sources

PUBLIC

1. [The Robot Report, May 2024] TRIC Robotics raises seed funding to help farmers control pests and plant disease | https://www.therobotreport.com/tric-robotics-raises-seed-funding-help-farmers-control-pests-plant-disease/

2. [Version One Ventures, May 2024] Announcing our investment in TRIC Robotics - Automating pest and disease control | https://versionone.vc/announcing-tric/

3. [Technical.ly, 2020s] TRIC Robotics | https://technical.ly/company/tric-robotics/

4. [Cal Poly CIE, 2020s] Incubator Spotlight: TRIC Robotics | https://cie.calpoly.edu/incubator-spotlight-tric-robotics/

5. [PitchBook, 2020s] TRIC Robotics 2025 Company Profile: Valuation, Funding & Investors | Unknown

6. [TRIC Robotics] TRIC Robotics - Automating pest control with light | https://www.tricrobotics.com/

7. [delawaresbdc.org] Pilot testing at Fifer showed positive results with similar yields between chemical and UV-C treatment | Unknown

8. [rg-cs.co.uk] Farms using its robots have seen pesticide use fall by up to 70 per cent | Unknown

9. [Daniel Kitchen - Curie Innovations | LinkedIn, 2026] TRIC Robotics deploys a service model that requires no upfront investment from farmers | https://www.linkedin.com/in/daniel-kitchen-6b430a9a/

10. [AgFunderNews, 2026] TRIC Robotics is on a mission to change agriculture with a fleet of autonomous robots armed with UV-C light and bug vacuums | Unknown

11. [World Economic Forum, 2026] Questions Davos leaders are asking in 2026 | https://www.weforum.org/podcasts/meet-the-leader/episodes/questions-davos-leaders-are-asking-2026/

12. [linkedin.com/posts/tric-robotics, 2026] Collaborates with Driscoll's | https://www.linkedin.com/company/tric-robotics