Grow smarter.
Grow together.

Making food growing approachable, affordable, and accessible because everyone deserves to know how to feed themselves and their community.

An AI growing advisor, a knowledge base that grows with you, cooperative soil analysis, smart sensors you build yourself, and automation that keeps your plants alive. All open source. All free.

828M
People face hunger worldwide
~$25
Cost of a Kallyx sensor node
12
Languages supported
100%
Open source, forever
Why we exist

Everyone should be able to grow food

We think the best way to fight food insecurity is to give people the tools and knowledge to grow their own food, and to make it so easy that anyone can actually do it.

🌿

Reconnect people with their food

Most people have no idea how their food grows. Kallyx changes that, not through lectures, but by making growing genuinely fun and rewarding. Start with a single pot of basil. We'll be there every step.

💡

Knowledge should be free

Growing knowledge is scattered across blogs, forums, and paywalled apps. Kallyx brings it all into one open, intelligent system that anyone can access, no matter where they are or what device they're on.

🤝

Growing is better together

The experienced gardener next door has decades of knowledge. The community garden down the street has spare seeds. Kallyx connects those people. Mentors to beginners, neighbors to neighbors, growers to growers.

🌍

Technology that serves people

Not another ag-tech platform for industrial farms. Kallyx is built for real people growing real food in backyards, on balconies, in community gardens, and on small plots. Self-hostable, runs on a Raspberry Pi, and your data is yours.

Platform

Everything you need to grow

From your first herb pot to a full food forest. Kallyx has you covered.

🧠

AI Growing Advisor

A conversational AI grounded in your actual sensor data, weather conditions, and crop profiles. Ask "Why are my tomato leaves curling?" and get a real answer with sources, confidence levels, and links to the knowledge base.

BUILT
📚

Living Knowledge Base

Plant profiles, growing guides, companion planting charts, pest identification, and seasonal calendars. Community-curated and AI-enriched, with glossary tooltips that explain the science in plain language.

LIVE
📈

Intelligent Recommendations

Weather-aware crop scoring, fertilizer optimization based on your soil data, and trend forecasting that predicts problems before they happen. Like having an agronomist who knows your garden's history.

BUILT
🌱

Grow Guides & Workflows

Step-by-step guided workflows from seed to harvest. Each step tells you exactly what to do, when, and why. Track your progress with checkboxes, photos, and reminders.

LIVE
📡

Smart Sensors

Build a $25 DIY soil sensor that feeds real data into your dashboard. Moisture, temperature, pH, EC. Real-time alerts when something needs attention. You don't need hardware to use Kallyx though.

BUILT
🚰

Irrigation & Automation

Automate watering based on soil moisture with rain delay. Schedule LED grow lights per crop and growth stage. Closed-loop fertigation with safety limits. Runs on edge hardware, even without internet.

BUILT
🔬

Cooperative Soil Analysis

Track soil samples from collection through lab analysis. View multi-element results (N, P, K, Ca, Mg, Fe, Zn) with reference ranges. Compare year-over-year soil health per field and zone.

BUILT
🔔

Multi-Channel Alerts

Get notified by email, SMS, WhatsApp, or push notification. "Your soil moisture dropped below 30%." Works in developing-world conditions where web access is unreliable.

BUILT
🌐

Works Offline, Works Everywhere

Offline-first with automatic sync and conflict resolution. Available in 12 languages with community translation support. Low-bandwidth optimized for areas with limited connectivity.

BUILT
🔧

3D-Printable Hardware

Downloadable STL files for sensor housings, mounting brackets, and irrigation fittings. Print settings, bill of materials, and assembly guides included. No soldering required for the basic build.

BUILT
📱

Real-Time Dashboard

Live sensor readings, historical charts with custom time ranges, zone-based site maps, and CSV/JSON data export. Server-sent events keep everything updating in real time.

LIVE

Self-Hostable & Free

Run your own Kallyx instance on a Raspberry Pi, a VPS, or anywhere Docker runs. Multi-tenant with role-based access. Your data stays yours. Open source, Apache 2.0. Always free.

LIVE
Getting started

How it works

From zero to growing in minutes. No hardware required. No experience needed.

Tell us what you want to grow

Tomatoes? Herbs? A full vegetable garden? Tell Kallyx what you're interested in and where you are. We'll figure out the rest.

Get a personalized plan

The AI advisor creates a growing plan for your zone, season, and experience level. What to plant, when to plant it, and how, with sources you can actually trust.

Grow with guidance

Track your progress, ask questions as they come up, and get alerts for key events. The knowledge base and AI advisor are always there when you need them.

Level up (optional)

Add smart sensors for data-driven insights. Automate irrigation and lighting. Get your soil tested through a cooperative. The rabbit hole goes as deep as you want.

Soil Science

Know your soil, grow better food

Cooperative soil analysis with full chain-of-custody tracking. See exactly what's in your soil and how it changes over time.

Multi-Element Analysis

Track 14+ soil elements against agronomic reference ranges. Know exactly what your soil needs.

N
P
K
Ca
Mg
Fe
Zn

Year-Over-Year Tracking

Compare soil test results across seasons and years. See if your amendments are working.

2023
2024
2025
2026

Soil organic matter trend (example)

Open-Source Spectrometer (R&D)

We're building open-source MP-AES spectrometer control software with full calibration framework, QA/QC validation, and safety interlocks. The goal: cooperative-level lab equipment that communities can build and operate themselves.

R&D TRACK Calibration framework Safety interlocks Build guide published
Open Hardware

Smart sensors anyone can build

A complete reference design with ESP32, capacitive soil moisture, and temperature sensors. No soldering required for the basic build. Full bill of materials, 3D-printable weatherproof case, and ESPHome firmware.

~$25
Basic sensor node
~$38
Solar field node
ESP32
Wi-Fi microcontroller
IP54
3D-printed PETG case
YAML
ESPHome firmware
~$18
Bulk price (10+ units)

What's in the box: ESP32-WROOM-32 DevKit, Adafruit STEMMA capacitive soil sensor, DS18B20 waterproof temperature probe, JST-PH cables, USB-C power, cable glands, and a 3D-printable IP54-rated enclosure. Solar upgrade adds a 6W panel, TP4056 charge controller, and 18650 battery for months of autonomous operation.

Transparency

What we've built so far

Kallyx is built in the open. Here's exactly where every piece of the platform stands.

01

Deep Research

Feasibility analysis across hardware, software, and ag science

DONE
02

Foundation & API

Auth, multi-tenant orgs, REST API, billing

DONE
03

Data Pipeline

MQTT/NATS ingestion, TimescaleDB, device registry

DONE
04

Dashboard & Monitoring

Real-time sensors, charts, alerts, site maps, export

DONE
05

Knowledge & Education

Knowledge base, grow guides, glossary, science tooltips

DONE
06

Intelligence

Weather-aware crop and fertilizer recommendations, trends

DONE
07

AI Advisor

Conversational AI grounded in sensor data and knowledge

DONE
08

Actuation & Automation

Irrigation, lighting, fertigation with edge-first safety

DONE
09

Cooperative Soil

Sample tracking, multi-element results, soil history

DONE
10

Spectrometer R&D

Open-source MP-AES software, calibration, QA/QC

DONE
11

Global Deployment

Offline sync, i18n (12 languages), SMS/WhatsApp alerts

DONE
For developers

Built API-first

Everything in Kallyx is accessible through a versioned REST API. 80+ endpoints across 17 modules.

POST /v1/orgs/{id}/advisor/chat
{ "message": "My tomato leaves are yellowing. Soil moisture is 45%." } // Response { "content": "Based on your sensor data showing 45% moisture...", "confidence": 0.87, "sources": [ { "type": "sensor", "title": "Zone A readings" }, { "type": "knowledge", "title": "Nitrogen Deficiency" } ], "tool_calls_made": ["get_sensor_readings", "search_knowledge_base"] }
GET /v1/orgs/{id}/intelligence/recommendations
{ "recommendations": [ { "crop": "Tomato (Cherokee Purple)", "score": 0.92, "factors": { "soil_match": 0.95, "climate_match": 0.88, "season_timing": "optimal" } } ], "weather": { "frost_risk": false, "growing_degree_days": 1247 } }
POST/v1/auth/register
GET/v1/orgs/{id}/dashboard/current
GET/v1/orgs/{id}/soil/samples
POST/v1/orgs/{id}/sync/pull
GET/v1/knowledge/categories
GET/v1/i18n/languages
POST/v1/orgs/{id}/actuation/commands
GET/v1/spectrometer/emission-lines

Full OpenAPI docs at /v1/docs · Stack: FastAPI · TimescaleDB · NATS · Valkey · Anthropic · ESPHome

Food security starts
in your backyard.

Kallyx is open source and free forever. Help us build the tools that make growing food accessible to everyone on earth.

Contribute on GitHub Explore the API