Soil Intelligence: Reading the living world beneath your feet

Know what's really living in your soil.

SoilBiome.ai turns a soil sample into clear soil-health insight. Shotgun metagenomic next-generation sequencing, with AI bioinformatics built for agriculture, research and land management.

5-day turnaround Next-generation sequencing Species-level resolution
Diversity index
4.21 Shannon
Taxa identified
1,840 species
Sequencing reads
4.2M reads
Turnaround
5 days
Shotgun metagenomicsNext-generation sequencingAI bioinformaticsPathogen screeningFunctional gene profilingSpecies-level resolution Shotgun metagenomicsNext-generation sequencingAI bioinformaticsPathogen screeningFunctional gene profilingSpecies-level resolution
Our services

Sequencing built for soil

Four core services that take you from a soil sample to an interactive, AI-assisted microbiome report.

Shotgun Metagenomics

Untargeted whole-community sequencing that reads all DNA in the sample, identifying bacteria, fungi, archaea and viruses at species level.

Functional Gene Profiling

Beyond who is present, we map the functional and metabolic potential of the community: nutrient cycling, nitrogen fixation and more.

AI Bioinformatics

Machine-learning pipelines generating interactive reports with taxonomic heatmaps, diversity indices and functional annotation.

Pathogen Screening

Rapid detection of soil-borne pathogens and pests using custom assay panels validated against NGS read pools.

What lives beneath your soil

A single sample carries the full microbial community. We profile every layer that drives soil function, from the bacteria fixing nitrogen to the fungi building structure.

View what we test

Bacteria

Nutrient cycling, nitrogen fixation and disease suppression, identified to species level from the metagenomic read pool.

Fungi

Mycorrhizal networks and decomposers driving soil structure, detected directly from total community DNA.

Archaea & functional genes

Methane and nitrogen-cycle organisms plus the functional genes that signal soil-health capacity.

Pathogens & pests

Soil-borne threats flagged early through targeted panels validated against the full read pool.

How it works

From sample to insight

A four-step workflow that takes the guesswork out of soil biology.

01

Collect

Receive your sampling kit with clear protocols, collect from target sites and ship to our lab.

02

Extract

We extract high-quality DNA using protocols optimised for maximum microbial representation.

03

Sequence

NGS generates millions of reads capturing the full breadth of your soil microbiome.

04

Analyse

AI bioinformatics delivers interactive reports with species ID and actionable recommendations.

Our technology

Powered by AI, grounded in genomics

We pair state-of-the-art NGS platforms with machine-learning models trained on soil ecosystems.

ML classification

Models for accurate taxonomic assignment and functional prediction from metagenomic data.

Curated databases

Continuously updated soil reference databases spanning biomes and climate zones.

Predictive modelling

Correlate microbial profiles with soil-health indicators to predict nutrient capacity and disease risk.

Cloud analytics

An interactive dashboard for exploring results, downloading reports and comparing samples over time.

Longitudinal tracking

Monitor microbiome change with scheduled sampling and trend analysis across seasons.

Custom workflows

Bespoke experimental designs, primer development and specialised pipelines for research teams.

All
DNA, one read pool
5
Day turnaround
1000s
Taxa per sample
AI
Powered reporting
The team

Built by soil & molecular scientists

Specialists in molecular biology and sustainable agriculture working toward practical soil-health outcomes.

Joe Finneran
Co-Founder · Agricultural Director

Joe Finneran

Farm-systems integration, soil-health strategy, client engagement and commercial operations driving outcomes for farming communities.

Dr Matthew Latif
Co-Founder · Chief Scientific Officer

Dr Matthew Latif, PhD

DNA extraction and sequencing protocols, bioinformatics pipeline development, AI model training and report authorship.

Questions

Frequently asked

Why shotgun metagenomics rather than amplicon sequencing?+
Amplicon methods such as 16S or ITS read only a single marker gene, so they capture one group at a time and stop at genus or species level. Shotgun metagenomics reads all DNA in the sample at once: bacteria, fungi, archaea and viruses together, with species-level resolution and functional gene information. It is the more complete picture of soil biology.
How do you sequence the samples?+
We use shotgun metagenomic next-generation sequencing, which reads all DNA in the sample at once for species-level identification across the whole community. Our in-house workflow returns results within 5 business days of sample receipt.
How long do results take?+
5 business days from when we receive your sample at our laboratory.
What do the reports include?+
Interactive reports with taxonomic composition, diversity indices, functional annotation and, where relevant, pathogen screening results. Reports are delivered through a cloud portal where you can explore and compare samples over time.
Do you support research and custom projects?+
Yes. We design bespoke experiments, develop custom primers and build specialised bioinformatics pipelines for academic and commercial research teams.

Ready to read your soil?

Start with a conversation about your sites, your questions and the right sequencing approach for your project.