Sicca irrigation dashboard inside a 16-inch MacBook Pro

SiccaAgriculture × IoT

S-Sicca - IoT Based Smart Farms

Sicca - IoT Based Smart Farms

A modern irrigation experience connecting field sensors, automated watering, and farm intelligence.

Industries: Agriculture, Business Automation
Scope: Product redesign concept
Solutions: IoT, Data Analytics, Business Automation
Capabilities: UI/UX Design, Analytics

What We Delivered

Product strategyOrganize the experience around everyday farm tasks.
UX & UI designMake plot conditions and irrigation controls easy to read.
IoT monitoringBring sensor readings and device health into context.
Mobile workflowsSupport field checks, scheduling, and sensor setup.
AnalyticsReview water use and equipment performance trends.

From equipment controls to field intelligence.

A product redesign concept for Sicca, bringing IoT telemetry, plot health, pump and valve controls, schedules, and water-use analytics into a connected desktop and mobile experience.

Outcomes

Understand field conditions
Plan irrigation confidently
Measure water and equipment performance

Make the field readable

Sicca’s existing workflows connect plots, sensors, schedules, timers, pumps, and valves.

Green Valley Farm INTERACTIVE CONCEPT

MONDAY, 07 SEPTEMBER · SAMPLE DATA

Your farm, at a glance.

☀ 28°C Clear skies

Soil moisture31 % avg.

Water used today6.4 kL

Active zones1 / 4

Sensors online11 / 12

Field overview

4 plots · 12 acres

01 North orchard34% moistureIrrigating

02 East field28% moistureScheduled

03 South grove41% moistureHealthy

04 West nursery19% moistureNeeds attention

Schematic plot layout · illustrative conditions

Active irrigation

Running

North orchard

Drip irrigation · Zone 01

24minutes remaining

Flow rate42 L/minPump stateRunning

West nursery needs a closer look

Soil moisture is below its 22% threshold. One sensor has not reported in 18 minutes.

The challenge

Equipment identifiers and disconnected readings make the farm difficult to understand at a glance.

The solution

Organize the experience around named plots, readable conditions, and contextual actions.

The whole farm, in your hands.

Check a plot, plan an irrigation run, or connect a sensor. Focused mobile workflows keep field conditions and the next action close together.

9:41▮▮ ▰

✳ sicca ◎

GREEN VALLEY FARM

A good day
to grow.

☀ 28°Clear skies
Humidity 62%

Your plots 04

● IRRIGATING

North orchard

34%

Soil moisture
Within target range

24 min left 42 L/min

East fieldNext run · 17:3028%

! West nursery · Low moisture

▦Farm◷Schedule◎Sensors♧Alerts

Farm overview

9:41▮▮ ▰

✳ sicca ◎

PLOT 01 / NORTH ORCHARD

A little planning.
A lot of growth.

Irrigation schedule ◷

Start timeFarm timezone · IST06:00

DurationAutomatic stop45 min

REPEAT ON

MTWTFSS

Let the soil decide.

Skip this run when moisture is at or above 35%.

Moisture safeguard enabled ✓

Schedule preview ✓

Next run · Wednesday at 06:00

▦Farm◷Schedule◎Sensors♧Alerts

Smart scheduling

9:41▮▮ ▰

✳ sicca ◎

CONNECT A SENSOR / STEP 2 OF 3

Small sensor.
Big picture.

✓ Sensor identified

SM-013Soil moisture sensor98%Battery

Assign to plotEast field ⌄

Pairing preview ✓

Also supports manual device ID entry.

▦Farm◷Schedule◎Sensors♧Alerts

Sensor onboarding

From the soil to the next decision.

Plot-specific thresholds, recent readings, and equipment feedback turn disconnected signals into useful context. Stale telemetry stays distinct from a healthy reading.

Field sensors

Soil moisture, temperature, humidity, and light provide the field’s environmental signals.

Farm gateway

Device identity, connectivity, and time-stamped telemetry connect sensors to the farm workspace.

Cloud intelligence

Plot history, thresholds, schedules, and alerts bring the current state into focus.

Pumps & valves

Commands, controller acknowledgement, and equipment state complete the irrigation workflow.

The Story, in Parts

Each workstream connects a field challenge to the product direction for monitoring, control, and mobile use.

IoT & Data
Field Intelligence
Challenge
Isolated readings and equipment identifiers make field conditions difficult to interpret.
Solution
Named plots bring units, thresholds, trends, freshness, and connection state into one workspace.
Automation
Irrigation Control
Challenge
Schedules, timers, pumps, and valves need a consistent operating context.
Solution
Plot-specific schedules and moisture safeguards connect planned watering to running, paused, completed, and failed states.
Product Design
Mobile Field Workflows
Challenge
Monitoring and setup need to work beyond the desktop, close to the equipment.
Solution
Focused mobile screens cover farm overview, smart scheduling, and sensor identification and pairing.

Measurement Plan

Measure water use per irrigated acre, successful automation runs, sensor coverage, and task completion. These are proposed evaluation measures, not measured production improvements.

What to measure

kL / acre: Water-use efficiency
% runs: Automation completion
% coverage: Sensor availability
Task success: Mobile usability

Why It Matters

Measure water use per irrigated acre, successful automation runs, sensor coverage, and task completion. These are proposed evaluation measures, not measured production improvements.

See what a connected iot irrigation automation platform could change in your operating model.

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