Climate tech · Web platform · UX/UI

Croptimize

Designing a climate-smart sourcing platform that helps food manufacturers decide where to source their crops, today and in the decades ahead.

RoleProduct Designer (UX/UI)
CompanyCroptimize
PlatformWeb app · Desktop
ScopeResearch, flows, UI
Croptimize farm details screen
Overview

Turning climate data into sourcing decisions

Croptimize is an Israeli climate-tech startup that helps food manufacturers and global brands secure their crop supply as the climate changes.

The platform combines crop models developed at the Hebrew University with AI and geospatial data. It shows where a crop will grow best today and in the coming decades, and how risky each source is.

I designed the web platform: the experience procurement teams use to find farming regions, evaluate farms and suppliers, and make confident sourcing decisions.

The challenge

Too much data, not enough clarity

Procurement managers work with maps, climate models, crop-quality metrics and supplier records, usually scattered across spreadsheets, reports and separate tools.

They aren't data scientists. They need fast answers, a clear sense of risk, and something they can share with management.

"Where should we source from, and how safe is it?"

Key insights

What shaped the design

01

Decisions, not data

Users want a clear answer: does this farm meet our needs or not?

02

Risk needs context

A number only means something next to the buyer's spec and over time.

03

Sourcing is comparative

Managers compare several options before they commit.

04

The future is the product

The real edge is showing how suitability shifts as the climate changes.

Iterations

From early concepts to a clear system

Early concept of the results screen
Concept 1 · Data-first layout, equal-weight cards, satellite imagery
Second concept of the results screen
Concept 2 · Nature-inspired palette, simplified navigation
One decision score leads every farm
Consistent risk color scale everywhere
Quality shown against the buyer's range
Active filters visible as removable chips
Clean vector maps instead of busy imagery
Clear, labeled actions and navigation
The solution

A platform built around one question

01 — Home

The sourcing picture at a glance

Supply secured against the season's target, saved farms ranked by risk, and real-time alerts like heatwaves or rising dehydration.

  • Supply breakdown by region reveals gaps
  • 12-month risk trend per farm
Home dashboard
02 — Explore regions

See the future of every region

The heart of the product: a suitability map with a climate timeline (Today → 2050) and scenarios, ranking regions by how they gain or lose over time.

  • Optimistic, moderate and severe scenarios
  • Ranked regions with change vs. today
Explore regions with climate scenarios
03 — Find farms

Search that sets expectations

A focused panel beside a clustered map. Quick-select controls replace long dropdowns, and the button shows how many results to expect.

Find farms screen
04 — Farm details

From data to a decision

The master–detail layout keeps the list in view. A fit-to-spec score answers the main question first; risk, tonnage and climate outlook support it.

  • Crop quality vs. buyer's required range
  • Scouting report with clear statuses
  • Export, compare and save in one place
Farm details screen
05 — Filters & vendors

Filter by the real spec

Range sliders let buyers filter by their actual quality specification. The vendor profile sums up reliability in one score with a clear breakdown.

Filters drawer
Vendor profile
06 — Compare

Confident, shareable choices

Side-by-side comparison with the best value highlighted, a one-line recommendation, and PDF export for management.

Compare farms screen
Design system

Calm, natural, data-friendly

Color

Forest
#0D3A2D
Pine
#14503E
Lime
#C5E17A
Sage
#D9E8D2
Cream
#F5F2EA
Low riskMediumHigh

Typography · Inter

100,000 t
Rancho Los ÁlamosBold 26
Scouting reportSemibold 14
Soil moisture 18% below avg.Regular 12
What I learned

Designing for decisions

Complex data doesn't need a complex interface. Every screen was shaped around one question the user needs answered, and everything else supports that answer.

Data shown in the screens is illustrative.