Teralytic
We work hard to make it easy for farmers.
Est 2016|Valuation $39.1M|Raised $32.1M
Published Sep 29, 2026
The vendor does not publish a formal known-issues list. Based on typical sensor-system behavior and public material, buyers should assume limitations that include:
No public product roadmap with dated commitments was identified in the pages reviewed.
Public guidance on scale is limited. Probe density guidance implies significant hardware counts may be required for large farms, which can affect dashboard manageability, alert fatigue, and operational overhead.
Some public SDK artifacts show older release dates for packages; buyers should confirm current API versioning, uptime expectations, backward compatibility, and vendor developer support.
The vendor is not prominently represented on typical B2B review platforms (e.g., G2, Capterra), so aggregated standardized customer-review data is limited. Alternative evidence sources include vendor-published testimonials, industry press coverage, and media articles quoting deployments.
A vendor-published testimonial from a grower describes the value of more timely nitrogen information compared with traditional soil sampling and lab delays. This is vendor-published marketing content that reflects perceived value but does not provide quantified ROI, accuracy metrics, failure rates, or full cost context.
Employee reviews on Glassdoor include both positive and negative comments. Positive reviews reference mission alignment and collaboration; negative reviews include serious operational allegations (for example, claims about payroll issues). Employee reviews are not customer feedback and may be biased; nevertheless, multiple negative comments can be considered a due-diligence signal for execution and support risk.
No high-signal dedicated Reddit or Hacker News threads about the vendor were strongly surfaced in initial searches. The product appears to have a limited organic discussion footprint compared with larger competitors, which could indicate smaller installed base, niche adoption, or lower online visibility. A deeper sweep of farm and agronomy community boards, social channels, and forums can be performed on request.
Best-fit buyers are likely to include:
Get a comprehensive analysis of Teralytic including market position, competitive landscape, adoption trends, and peer benchmarks.
Download full report →Choose alternatives over this vendor if any of the following apply:
You require independently validated nutrient measurements. If your procurement requires peer-reviewed, field-validated nutrient readings with a clearly documented calibration methodology across diverse soil types, public evidence from the vendor may be insufficient. Consider solutions that combine established lab-based sampling with mapping and analytics, or request rigorous validation packages from the vendor.
Your primary need is moisture/irrigation scheduling with minimal complexity. Moisture-focused vendors may provide faster time-to-value, simpler decision support, and broader installer networks.
You require enterprise-grade security attestations. If procurement requires SOC 2 Type II or ISO 27001 documentation, the vendor does not publicly document these certifications.
Your team has limited support capacity in-season. Sensor systems can require installation accuracy and have potential downtime; if low downtime tolerance and strong SLAs are required, prioritize vendors with mature support ecosystems and customer references.
Your budget cannot support necessary probe density. The per-probe price may be reasonable, but agronomically useful coverage often requires multiple probes per field or zone.
The vendor FAQ summarizes a proof-of-concept conducted with academic and industry partners, reporting that probe-derived soil CO2 flux estimates were of similar magnitude to flux chamber measurements reported in the literature and that differences with lab data were described as small.
Critical evaluation:
A draft vendor page references third-party verification and mentions a registry or standards organization in a partner context. Critical evaluation:
Teralytic provides an in-field soil sensing system comprised of a hardware probe, connectivity options, a cloud dashboard, and an API. The system is designed to deliver frequent measurements of soil and microclimate conditions along with analytics and alerting for growers and agronomists. The vendor positions the product as a way to reduce reliance on periodic manual soil sampling and delayed lab results by supplying more frequent sensor-derived visibility into soil dynamics.
Core measurements described by the vendor include soil moisture, salinity (EC), pH, nutrients (NPK in some form), soil temperature, and gas-related metrics such as aeration (O2) and respiration/CO2, plus microclimate variables (air temperature, humidity, and light). Readings are described as being sent at frequent intervals and visualized in a dashboard, with alerts and analytics.
Key vendor claims that warrant scrutiny:
Teralytic is primarily positioned for:
The product aligns with precision agriculture and soil health trends focused on optimizing inputs (water and fertilizer), improving yields, and supporting sustainability reporting.