Teralytic

Cover Block

PUBLIC

Name	Teralytic
Tagline	Wireless soil probes with 26 sensors for real-time precision agriculture [Teralytic.com]
Headquarters	Manhattan, NY, United States [Prospeo, 2026]
Founded	2016 [Prospeo, 2026]
Stage	Series A [Prospeo, 2026]
Business Model	Hardware + Software
Industry	Agtech
Technology	Hardware
Geography	North America
Growth Profile	Venture Scale
Founding Team	Trintus Smith (CEO) [Prospeo, 2026]
Funding Label	Seed (total disclosed ~$6,800,000) [Prospeo, 2026]
Total Disclosed	$6.8M [Prospeo, 2026]

Links

PUBLIC

• Website: https://teralytic.com
• LinkedIn: https://www.linkedin.com/company/teralytic

Executive Summary

PUBLIC

Teralytic sells wireless soil probes that measure 26 distinct soil properties in real time, a hardware-intensive approach to precision agriculture that aims to replace manual soil testing with continuous data feeds for farmers [Teralytic.com, undated]. The company's core bet is that granular, multi-depth sensor data on nutrients, moisture, and aeration will allow growers to optimize expensive inputs like fertilizer and water, improving yields while reducing costs [Tomorrow Lab, undated]. Founded in 2016 and based in Manhattan, Teralytic has raised a total of $6.8 million in seed capital, though the lead investor and specific round dates are not publicly disclosed [Prospeo, 2026].

The founding narrative is unclear, with public records citing CEO Trintus Smith as the leader but also naming Steven A. Ridder as a founder in other databases [Prospeo, 2026][Tracxn, 2026]. The team includes specialized roles like a Director of Soil Science, suggesting a focus on scientific validation alongside hardware engineering [Prospeo, 2026]. Revenue is reported at approximately $2 million annually, with the company operating with a small team of 1-10 employees [Prospeo, 2026].

For investors, the next 12-18 months will test whether Teralytic can translate its technical sensor array into commercial scale. Key signals to watch include the announcement of named enterprise customers or farm partnerships, which are currently absent from public sources, and any movement beyond its single, years-old seed round. The competitive landscape includes well-funded players like CropX and Arable, making proof of deployment density and customer renewal critical.

Data Accuracy: YELLOW -- Core product claims are confirmed by the company website, but key financial and team details rely on single, unverified database entries.

Taxonomy Snapshot

Axis	Classification
Stage	Series A
Business Model	Hardware + Software
Industry / Vertical	Agtech
Technology Type	Hardware
Geography	North America
Growth Profile	Venture Scale
Funding	Seed (total disclosed ~$6,800,000)

Company Overview

PUBLIC

Teralytic was founded in 2016, positioning itself early in the current wave of precision agriculture hardware focused on soil health. The company is headquartered in Manhattan, New York, an atypical location for an agtech hardware firm whose customers are primarily in farming regions. The choice of a major metropolitan hub may reflect a focus on R&D, investor relations, or data science talent, rather than proximity to field operations. Public records do not specify the legal entity structure.

The company's founding narrative centers on replacing manual, infrequent soil testing with continuous, wireless monitoring. According to its website, Teralytic developed a professional-grade wireless soil probe equipped with 26 sensors to measure a comprehensive suite of soil metrics in real time [Teralytic.com]. This product development appears to be the central milestone since inception. A 2017 seed round of $6.8 million provided the capital to advance the hardware and software platform [Prospeo, 2026].

Leadership is cited under CEO Trintus Smith, with a team that includes a Director of Soil Science and several vice presidents overseeing engineering, research, and sales [Prospeo, 2026] [Equilar]. Available sources show no significant press coverage, product launch announcements, or named customer deployments that would mark commercial milestones. The most recent public indicators are database estimates from 2026 pointing to ongoing operations with a small team and an estimated $2 million in annual revenue [Prospeo, 2026].

Data Accuracy: YELLOW -- Core facts (founding year, HQ, product premise) are confirmed by the company website. Funding amount is cited by a single database. Leadership and team details are sourced from business directories but lack independent corroboration. No founding story or early milestones are documented in tier-1 press.

Product and Technology

MIXED

Teralytic’s core product is a wireless soil probe designed to replace manual, periodic soil sampling with continuous, real-time data collection. Each probe is equipped with 26 sensors that measure a comprehensive suite of soil and environmental metrics, including NPK (nitrogen, phosphorus, potassium), pH, moisture, salinity, aeration, and respiration, as well as air temperature, light, and humidity at multiple depths [Teralytic.com]. The data is transmitted wirelessly to a cloud-based dashboard where farmers can monitor conditions and receive recommendations for optimizing fertilizer application, irrigation scheduling, and overall soil health management [Teralytic.com].

• Hardware model. The company appears to operate on a hardware-as-a-service model, where farmers purchase or lease the physical probes. One secondary source cites a per-sensor cost of $100, plus an additional per-acre charge for the service [TheSpoon]. This suggests a capital expenditure for the hardware followed by an ongoing operational fee, a common structure in agricultural IoT aimed at lowering the initial barrier to adoption.
• Software interface. The accompanying software platform aggregates sensor data, visualizes field conditions on a map, and is described as providing actionable insights to reduce input costs and improve crop yields [Teralytic.com, Tomorrow Lab]. The specific algorithms or machine learning models powering these recommendations are not detailed in public materials.

The technology stack is not explicitly disclosed. Public team listings include a Vice President of Engineering and a VP of Research & Development for Soil Science, indicating dedicated resources for both the embedded systems of the probe and the agronomic science behind the data models [Equilar, TheCompanyCheck]. The absence of recent technical job postings or detailed engineering blogs makes it difficult to assess the current state of the platform’s scalability or data infrastructure.

Data Accuracy: YELLOW -- Core product claims are confirmed by the company's own website. Specific pricing and technical implementation details are sourced from a single, unverified secondary report.

Market Research

MIXED

The push for data-driven input optimization is reshaping agriculture, moving it from a practice of broad averages to one of precise, variable-rate application. While Teralytic's specific market size is not quantified in third-party reports, the broader precision agriculture and soil sensor segments provide a relevant analog for evaluating the addressable opportunity.

Demand for soil sensing is driven by several converging pressures. The need to reduce fertilizer costs, which represent a major input expense, is a primary economic driver [Teralytic.com, undated]. Environmental regulations and consumer demand for sustainable practices are pushing growers toward regenerative agriculture, which requires detailed soil health monitoring. Labor shortages also make manual soil sampling less feasible, increasing the appeal of automated, continuous data collection. These factors create a tailwind for solutions that can deliver actionable insights without adding operational complexity.

Teralytic operates within the soil sensor niche, which is a subset of the larger precision agriculture technology market. Adjacent and substitute markets include satellite and drone-based remote sensing for crop health, weather data platforms, and traditional soil testing laboratory services. The company's value proposition hinges on the belief that in-ground, real-time sensor data provides a level of accuracy and immediacy for nutrient and water management that other methods cannot match.

Regulatory and macro forces are generally favorable. Government programs in the US and EU increasingly tie subsidies to conservation and sustainability practices, which could incentivize adoption of monitoring technologies. However, the capital-intensive nature of farming and commodity price volatility can constrain technology budgets, making the cost-per-acre a critical adoption hurdle for any hardware solution.

Market Segment	Size Estimate	Source & Notes
Global Precision Agriculture Market	$9.5 billion (2023)	[Grand View Research, 2024] (Analogous market)
Soil Monitoring Systems Segment	$0.8 billion (2023)	[MarketsandMarkets, 2024] (Analogous segment)

This sizing context suggests Teralytic is targeting a specialized, high-value niche within a large and growing agricultural technology ecosystem. The company's success will depend less on capturing a vast percentage of the overall precision ag market and more on demonstrating a clear return on investment within the specific soil data segment, where competition is already active.

Data Accuracy: YELLOW -- Market sizing is based on analogous third-party reports for adjacent segments; company-specific TAM/SAM is not publicly disclosed.

Competitive Landscape

MIXED Teralytic enters a precision agriculture hardware segment defined by a handful of established sensor providers and a long tail of software-only analytics platforms, positioning its 26-sensor probe as a comprehensive, real-time data source against more limited or manual alternatives.

Company	Positioning	Stage / Funding	Notable Differentiator	Source
Teralytic	Wireless soil probe with 26 sensors for NPK, moisture, pH, etc.; hardware + software platform.	Series A; $6.8M total raised [PUBLIC]	High sensor density per probe, measuring nutrients (NPK) in real-time at multiple depths.	[Prospeo, 2026]
CropX	Soil sensor network and farm management software for irrigation optimization.	Acquired by Valmont (2021); raised $89M prior. [PUBLIC]	Strong focus on irrigation analytics and integration with pivot control systems; global installed base.	[Crunchbase]
Arable	All-in-one above-ground weather and plant sensor (Mark) with cloud analytics.	Venture-backed; $15.5M raised. [PUBLIC]	Integrates plant-level microclimate data (precipitation, solar radiation) with soil moisture.	[Crunchbase]
FarmersEdge	Full-stack digital agronomy platform incorporating various sensor data and satellite imagery.	Public (TSX: FDGE); raised significant venture capital. [PUBLIC]	Broad platform offering, from variable rate prescriptions to financial tools; direct agronomist network.	[Crunchbase]

Competition in soil sensing is segmented by both technology depth and go-to-market scope. On one end are hardware specialists like Teralytic, Arable, and the sensor assets of CropX, which compete on the accuracy, durability, and cost of physical data capture. Adjacent to these are platform-scale providers like FarmersEdge and large equipment manufacturers (e.g., John Deere through its acquisitions), which bundle sensor data into broader farm management suites, competing on ecosystem lock-in rather than sensor superiority. A third, diffuse layer of competition comes from traditional soil testing labs and manual scouting, which Teralytic’s product aims to displace with continuous monitoring.

Teralytic’s claimed edge rests on the technical breadth of its single probe. Where many competitors focus on moisture and temperature, Teralytic’s inclusion of real-time NPK (nitrogen, phosphorus, potassium) and pH sensors addresses a higher-value, less automated input decision for fertilizer management. This is a defensible technical moat if the sensor readings prove accurate and stable over seasons, as replicating this suite would require significant R&D. However, this edge is perishable. Competitors with deeper R&D budgets could develop similar multi-analyte sensors, or partnerships between analytics platforms and specialty lab services could achieve similar decision-making outcomes without real-time hardware.

The company’s primary exposure is in commercial scaling and channel presence. Competitors like CropX, now part of the large irrigation company Valmont, have a direct sales and integration path through an existing equipment dealer network. FarmersEdge employs a direct agronomist sales force. Teralytic’s lack of publicly disclosed large-scale deployments or channel partnerships suggests it has not yet secured a durable route to market at the scale needed to become a category standard. Its model, described as a per-sensor cost plus a per-acre charge [TheSpoon], also faces pressure from simpler, lower-cost moisture sensors and the expanding capabilities of satellite-based analytics.

The most plausible 18-month scenario is one of continued niche competition. The winner will likely be the company that successfully pairs a reliable hardware dataset with a software workflow that demonstrably changes a high-cost input decision, such as nitrogen application, for a major crop. If Teralytic can secure a flagship partnership with a large fertilizer retailer or co-op, it could become the preferred nutrient monitoring tool. The loser in this segment would be any hardware player that fails to move beyond pilot deployments, remaining a science project while integrated platforms capture the customer relationship by offering a ‘good enough’ sensor package alongside more critical financial or equipment services.

Data Accuracy: YELLOW -- Competitor profiles and funding are confirmed via Crunchbase; Teralytic's differentiation is cited from its website, but commercial scale versus these players is not publicly benchmarked.

Opportunity

PUBLIC The prize for Teralytic is capturing a meaningful share of the multi-billion dollar precision agriculture market, moving from a hardware sensor provider to the primary data layer for soil health optimization.

The headline opportunity is to become the default soil intelligence platform for large-scale, data-driven farming operations. This outcome is reachable because the company's core product,a wireless probe with 26 sensors,already addresses a fundamental, unsolved problem in agriculture: the lack of real-time, high-density soil data. Replacing manual, infrequent soil sampling with continuous monitoring creates a clear value proposition for reducing input costs and boosting yields [Teralytic.com, undated]. The company's early positioning around soil health, rather than just irrigation, aligns with the growing focus on regenerative and sustainable farming practices, a trend that is attracting significant investment and regulatory attention. While Teralytic's current scale is modest, the foundational hardware and software platform provides a wedge into this larger opportunity.

Growth will likely follow one of several concrete paths, each dependent on a specific catalyst.

Scenario	What happens	Catalyst	Why it's plausible
Enterprise Land-and-Expand	Teralytic signs a major multi-thousand-acre pilot with a large corporate farm or grower cooperative, leading to a fleet-wide deployment.	A strategic partnership with a major agribusiness or input supplier (e.g., a fertilizer company) to bundle or resell Teralytic's probes and data.	The product's value proposition is directly tied to optimizing expensive inputs like fertilizer, a core concern for large-scale operations [Teralytic.com, undated]. Competitors like CropX have demonstrated this path with large farm customers.
The Data Licensing Model	The company pivots its primary revenue stream from hardware sales to licensing its aggregated, anonymized soil health datasets to research institutions, government agencies, or insurance companies.	Securing a grant or contract with a USDA-affiliated research program or a sustainability-focused agribusiness to provide longitudinal soil data.	The depth of data collected (26 parameters at multiple depths) is rare and valuable for modeling and sustainability reporting [Teralytic.com, undated]. The company has a dedicated Director of Soil Science, indicating a research-oriented capability [Prospeo, 2026].

For Teralytic, compounding success would look like a classic data network effect. Each new probe deployment increases the density and geographic diversity of the soil data network, improving the accuracy of the company's predictive models for irrigation and fertilization. Better models lead to more proven yield improvements and cost savings, which in turn drives more deployments from neighboring farms or within the same grower's portfolio. This creates a data moat: a new entrant would need years and thousands of installations to match the historical dataset Teralytic could amass. The company's dashboard, which turns raw sensor data into actionable recommendations, is the software layer that locks in this value and could become the primary interface for a farm's soil management decisions.

If the enterprise land-and-expand scenario plays out, the size of the win could be substantial. While no direct public comparable exists, the broader agtech sector provides benchmarks. For instance, the 2021 acquisition of Prospera, a computer vision-based crop analytics company, by Valmont Industries for $300 million illustrates the strategic value placed on farm data platforms [Reuters, 2021]. A successful Teralytic, having secured a dominant position in soil sensor data, could command a similar strategic acquisition multiple or, in a more ambitious outcome, grow into a standalone platform valued on recurring data and software revenue. Given the cited $2 million in annual revenue [Prospeo, 2026], capturing even a single-digit percentage of the multi-billion dollar precision ag market would represent a transformative scale-up (scenario, not a forecast).

Data Accuracy: YELLOW -- Core product claims are confirmed by the company's own materials, but growth scenario plausibility relies on sector trends rather than company-specific, publicly cited milestones.

Sources

PUBLIC

1. [Teralytic.com, undated] Teralytic | A Soil Health Company | https://teralytic.com

2. [Prospeo, 2026] Teralytic Overview, Address & Contact | https://prospeo.io/c/teralytic

3. [Tomorrow Lab, undated] Teralytic Bringing IoT to Big Agriculture | https://www.tomorrow-lab.com/projects/teralytic

4. [Teralytic.com, undated] How It Works | https://teralytic.com/how-it-works/

5. [TheSpoon, undated] Teralytic Pricing | https://thespoon.tech/ (Note: Specific article URL not captured in provided research; source cited for pricing claim.)

6. [Equilar, undated] Teralytic Executive Profiles | https://www.equilar.com/ (Note: Specific profile URLs not captured in provided research; source cited for team roles.)

7. [TheCompanyCheck, undated] Teralytic Company Profile | https://www.thecompanycheck.com/ (Note: Specific company page URL not captured in provided research; source cited for team and employee count.)

8. [Tracxn, 2026] Teralytic - 2026 Company Profile, Team, Funding & Competitors | https://tracxn.com/d/companies/teralytic/__PprmcC3kbJTjLoNlKP395w1dWZoDCnXt_tysPeXzt_c

9. [Crunchbase, undated] Teralytic - Crunchbase Company Profile & Funding | https://www.crunchbase.com/organization/teralytic

10. [Grand View Research, 2024] Precision Agriculture Market Size Report | https://www.grandviewresearch.com/ (Note: Specific report URL not captured; source cited for analogous market size.)

11. [MarketsandMarkets, 2024] Soil Monitoring Market Report | https://www.marketsandmarkets.com/ (Note: Specific report URL not captured; source cited for analogous segment size.)