Move beyond monitoring.
The New Standard in Crop Health Diagnostics
Why CredoSense Sets the New Standard
Research-grade science. Field-ready diagnostics.
Most platforms tell you that something is wrong. CredoSense tells you why. Born from plant ecophysiology research at the University of Toronto, we’ve turned complex diagnostics into a practical, scalable workflow for modern agriculture.
The diagnostic difference
Beyond Monitoring
Our physiology-first approach detects stress earlier and identifies the exact driver—enabling faster, more confident agronomic decisions.
Proprietary Technology
Our Leaf Chamber System and Fungal Spore Counter capture direct, on-site signals that standard sensors miss.
Outdoor Precision
We combine satellite and radar risk-flagging with on-site confirmation of leaf-level physiology and root-zone context for specific, field-ready prescriptions.
Indoor Intelligence
We transform sensor time-series into actionable insights, identifying underlying stress drivers and recommending immediate corrective actions.
Agronomic AI Agent
Powered by data from major Canadian crops, our AI provides region-specific guidance and best-practice rules tailored to your environment.
Diagnostics vs. Monitoring
Monitoring flags change. Diagnostics identifies the cause.
| Category | The Status Quo: Monitoring | The New Standard: Diagnostics |
|---|---|---|
|
Measurement Basis |
Uses indirect proxies (imagery, weather, scouting) that can miss early, subclinical crop stress. |
Ground-truth condition by measuring direct plant and root-zone signals like physiology and pathogen pressure. |
|
Stress Attribution |
Proxy patterns are often non-unique; canopy signals can reflect many different issues. |
Isolate the primary driver for the first corrective action by combining convergent evidence. |
|
Decision Workflow |
Data is fragmented across tools (imagery, labs, notes), adding interpretation overhead. |
One streamlined workflow from initial alert to targeted scouting and final prescription. |
|
Intervention Timing |
Action waits for lagging indicators (symptoms), driving late or prophylactic inputs. |
Enable timely, specific action with earlier confirmation and higher input efficiency. |
The hidden cost of reactive monitoring
CredoSense Crop Health Diagnostic System workflow
One diagnostic engine. Any growing environment.
Catch crop stress 10+ days before it impacts yield. Our integrated workflow moves you from early detection to field-ready prescriptions in one seamless loop.
Monitor
Detect anomalies before symptoms show
Outdoor farms use satellite and radar on a multi-day cadence. Indoor farms use continuous sensor time-series data. Both flag early patterns linked to water stress, nutrient deficiency, disease risk, thermal stress, and moisture imbalance.
Verify
Confirm with direct, on-site measurements
CredoSense verifies these patterns using soil, microclimate, and evapotranspiration drivers with real-time fungal spore pressure, and leaf chamber-based physiology measurements directly on-site.
Diagnose
Pinpoint the stress driver, not just the signal
We fuse physiology, pathogen, soil, and environmental signals using machine learning algorithms, then apply agronomic AI reasoning to separate look-alike problems and surface the most likely cause.
Act
Generate prescriptions you can execute
Get crop-specific agronomic recommendations down to zone or grid level. Export prescriptions to your existing sprayers, fertigation, and farm systems via shapefile, CSV, ISOXML, or API.
Early detection to early action
Choose your growing environment
Explore how CredoSense turns early signals into action-ready prescriptions.
Satellite/radar monitoring flags risk zones, then on-site diagnostics confirm the stress driver using leaf physiology, soil, microclimate, and fungal spore pressure. Export grid-level prescriptions to your sprayer or farm management system.
Indoor workflow: Greenhouse & vertical farming
Sensor time-series flags anomalies, then on-site physiology and environmental diagnostics confirm the cause at the zone level. Export prescriptions to fertigation and operations systems for fast and repeatable results.
Proven at scale, across every growing environment
Validated by leading agronomic research and real-world trials
Case Studies
Accelerators and Collaborators
We work with leading accelerators and collaborators to build, test, and validate our diagnostic system for indoor and outdoor growing environments.
Ready to eliminate the guesswork?
Join the 19+ farms using CredoSense to move beyond monitoring and start diagnosing.