Agriculture Yield
AGRICULTURE & YIELD

Detect Crop Stress Before
It Becomes Visible.

Catch crop stress earlier so teams can prioritize irrigation, nutrient, and disease response before issues are obvious in standard imagery.

Early Warning Lead Time

We measure how early stress signals appear relative to field observation or the incumbent workflow.

Hidden Stress Detection

Evaluations focus on stress signatures, biochemical change, and other crop signals that may not be visible in standard imagery.

Decision Usefulness

Each evaluation is judged by whether the output can support irrigation, nutrient, disease-response, or field-prioritizing decisions in time.

Who This Is For
Agronomy teams looking for earlier crop-stress signals
Technical evaluators validating spectral monitoring on existing imagery
Operations leaders prioritizing irrigation, nutrient, or disease response
Program owners who need outputs that fit current review workflows

Why Clarity

1Beyond NDVI

Hyperspectral analysis reveals biochemical markers of plant stress that traditional multispectral indices cannot detect.

2Sub‑Pixel Detection

Clarity’s spectral unmixing separates mixed signals within a single pixel, allowing identification of stressed crops hidden within healthy foliage.

3Planetary‑Scale Processing

Analyze hyperspectral datasets spanning millions of acres using cloud‑accelerated spectral models.

After
Before
Visible Spectrum
Chlorophyll Index
Example Evaluation Output

Example output: a customer-safe crop-stress or biochemical change layer with spectral context and an agronomy summary tied to the field decision in scope.

Request a Customer-Safe Example
What You Receive
A customer-safe or customer-specific crop-stress or biochemical-change layer
Supporting spectral evidence and confidence context
A workflow-fit summary tied to the agronomic decision in scope
A recommendation for next-step evaluation or operational rollout

Deployment Process

From target definition to early-warning insights.

1. Define Region

Specify geographic scope, crop type, and monitoring objectives.

2. Assess Data

Integrate existing drone or satellite imagery or procure hyperspectral feeds.

3. Generate Insights

Produce biochemical stress maps and early‑warning indicators across the region.

FAQ

Questions Buyers Ask Before They Scope an Evaluation

What data sources do you support?

Evaluations can be scoped around hyperspectral satellite, airborne, drone, and customer-provided imagery, including familiar sensors such as PRISMA, EnMAP, and EMIT where relevant.

What does an evaluation deliver?

A package with a crop-stress or biochemical-change layer, supporting spectral context, workflow-fit notes, and a next-step recommendation for the agronomic use case.

How is success judged?

Success can include earlier stress detection, rare or hidden signal detection, analyst time saved, decision usefulness, output quality, and fit with the agronomic workflow already in place.

What is the minimum dataset needed?

The starting dataset depends on crop type and monitoring objective, but we can scope a practical evaluation around the imagery and decision your team already needs to support.

Can this fit our existing workflow?

Yes. Evaluations are scoped around the data, review process, and agronomic workflow your team already needs to support.