🇦🇺 Australia-First • AI Plant Intelligence Platform

Mapping Plant Intelligence,
Not Just Plant Names

MyTurboBot is an AI-assisted plant discovery platform that helps collect photos, GPS locations, field observations, DNA data, chemical results and protein insights so we can understand why the same plant species may behave differently in different places.

A plant sighting is only the start. The real discovery is understanding what makes one plant healthier, stronger, more drought-hardy, more chemically active, or scientifically different from another plant of the same species.

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101M+ Occurrence Records Available

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Open For Contributors, Communities & Researchers

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Plant Variation

Why Same Species Does Not Always Mean Same Plant

In the field, we are already seeing major differences between plants that appear to be the same species. One plant may be healthy and thriving, while another nearby plant may be badly damaged, stressed or eaten away. These differences may be caused by genetics, soil, climate, animal pressure, fire history, water availability, disease, chemical composition, or protein-level variation.

MyTurboBot is being built to record those differences properly. Every plant record can connect photos, location, field notes, environmental conditions, DNA sampling, chemical analysis and future AlphaFold-style protein modelling.

The goal is to help AI compare plants across different locations and discover patterns that humans may miss.

Our Mission

Building an AI System to Understand
Plant Variation

MyTurboBot is not just mapping plants. It is building an AI system to understand plant variation — why the same species can produce different biological, chemical and survival outcomes in different places.

Discover

Upload plant sightings from anywhere in Australia. Your photo could help identify the next scientifically significant species — or a plant showing unusual health, chemistry or resilience.

AI Validation

Our AI assistant reviews every upload — checking image quality, identifying species, and guiding you to provide better evidence when needed.

Map

Every validated sighting lands on our live map, building a growing picture of plant biodiversity and variation across Australia's diverse landscapes.

Research

Interesting discoveries are flagged for scientific follow-up — DNA sampling, chemical analysis, protein modelling and connection to active research programmes.

Protect

Indigenous knowledge and culturally sensitive records are structurally protected with permission-based access — never public by default.

Community

Everyday contributors, plant finders, Indigenous communities, landholders, scientists, future workers and investors can all help build the plant intelligence network.

Live Map

Explore Plant Sightings
Across Australia

Our map combines community uploads with data from the Atlas of Living Australia and GBIF — over 101 million occurrence records and growing.

Open Full Map

Data Sources:

Atlas of Living Australia GBIF Community Uploads Pl@ntNet AI

How the System Works

From Plant Sighting to
Scientific Pattern Finding

Find the plant

Contributors upload plant photos, GPS location and field notes.

Record the conditions

The system records environment, soil, drought stress, animal damage, fire history and plant health.

Compare the species

AI helps compare the plant with other records of the same species across different locations.

Add science layers

Where available, DNA sequencing, chemical analysis and protein modelling are linked back to the exact plant record.

Find useful patterns

The AI looks for plants with unusual traits, such as drought tolerance, animal resistance, stronger chemical profiles, medicinal potential, nutritional value or unique protein markers.

Protein Intelligence

Where AlphaFold Fits

AlphaFold-style protein modelling can help MyTurboBot move from plant identification into deeper biological discovery. Once DNA or protein sequence data is available, the system can begin investigating how plant proteins may fold and function. This may help explain why one plant of the same species survives better, produces different chemistry, or shows traits that could be useful for medicine, food, agriculture, skincare or climate resilience.

In plain English: photos and field notes show what is happening above ground; DNA, chemistry and protein insights can help explain what may be happening inside the plant.

Why It Matters

Scientific Breakthroughs That
Could Change the World

The global race to understand plant chemistry, genomics and ecological intelligence is accelerating. Your contribution could be part of the next major discovery.

Medicinal Chemistry

Plant Alkaloids for New Medicines

University of York researchers reported in January 2026 that understanding how plants produce powerful alkaloids could help produce new medicines more quickly, cheaply and with less environmental impact.

Genetic Innovation

Root-Based Genetic Delivery

University of Queensland researchers reported in February 2025 that they introduced genetic material into plants via roots for the first time, opening a pathway for faster crop improvement.

Genomics

400+ Medicinal Plant Genomes

A 2025 Nature Communications review noted long-read DNA sequencing had advanced medicinal plant genomics to more than 400 genomes from 203 plants by February 2025.

AI + Discovery

Generative AI Designing Antibiotics

MIT reported in February 2026 that generative AI is already being used to design new antibiotics from scratch and accelerate therapeutic discovery.

From the Field

See the platform in action — from plant uploads to scientific discovery.

Introduction to MyTurboBot — Coming Soon

How MyTurboBot Works

A walkthrough of the platform, from uploading your first plant sighting to seeing it appear on the live map.

AI Plant Identification Demo

Watch our AI analyse a plant photo in real time.

Field Collection Guide

Tips for capturing the best plant photos and data in the field.

Latest

Recent Activity

🌿 Plant Spotlight

Eucalyptus camaldulensis — River Red Gum

Australia's most widespread tree species, found along waterways across the continent. Known for its medicinal bark extracts and ecological importance as habitat for native wildlife.

March 2026

📍 Field Update

New Sightings from Western Australia

Contributors have uploaded 12 new plant sightings from the Kimberley region, including potential Adansonia gregorii observations in previously unmapped locations.

Coming Soon

🔬 Scientific Update

AI-Assisted Alkaloid Screening

New research shows generative AI can help screen plant compounds for medicinal potential, accelerating the path from field observation to laboratory analysis.