Sensing
Most platforms built for animal health and performance start from the same foundational assumption: that useful data already exists, and the job is to better organise it. They are interfaces for existing information. At the level of the biology that actually determines how a horse performs, recovers, and ages, they see nothing that was not already visible.
Metaboly takes up a different position.
The central question is not just how to better manage what is already known about a horse, but what we need to know — and what it would take to find out. Answering that question requires a sensing layer: a capability to generate biological and environmental signal directly, at farm level, and integrate it into a coherent analytical architecture that grows more useful the longer it runs.
Let's start with the gut.
Until recently, there was no practical way to know, with any real specificity, what was happening inside a horse's hindgut. You could count parasite eggs. You could observe manure consistency. What you couldn't do was see the microbial community itself — the trillions of organisms that ferment the structural carbohydrates in forage, produce the fatty acids that provide up to 70% of a horse's daily energy, and regulate the inflammatory and immune responses that underpin everything from recovery to long-term soundness.
Metaboly's gut microbiome mapping changes that. Through comprehensive metagenomic analysis of fecal samples — collected at home, with no farm visit or specialist required — we produce a full characterisation of the horse's hindgut microbial community: which species are present, in what proportions, and how that composition compares to healthy reference populations for animals of comparable breed, age, and workload. The analysis identifies dysbiosis patterns, flags the depletion or overgrowth of specific populations, and surfaces the kinds of microbial shifts that precede problems — often by weeks or months.
For performance horses, this is not a minor enhancement. The hindgut microbiome is the primary determinant of how efficiently a horse extracts energy from forage. Two horses on identical feed programs can produce meaningfully different amounts of fatty acids depending on the composition and health of their microbial communities. A horse whose microbiome has been disrupted by travel, medication, stress, or a seasonal feed change may be drawing less energy from the same volume of forage than it was three months ago — and that deficit will manifest in condition, recovery, and performance output. Mapping the microbiome makes that visible — and addressable.
The microbiome does not exist in isolation from what surrounds it. Feed quality, water quality, forage composition, and environmental chemical exposure all shape the microbial community and, through it, the horse's broader physiological status.
We analyse feed and forage: micronutrient composition, toxin screening, contamination profiles, toxic residues. And we read these together, not in parallel. The question that a single blood panel cannot answer — is this micronutrient deficiency a function of what the horse is being fed, or of impaired function of a disrupted gut?
The traditional model was not designed to generate the kind of signal that would make those decisions rigorous. What has existed instead is a default pattern that most horse people will recognise: observe a problem or suspect a deficiency, introduce a product or change a protocol, and assess the outcome without a biological baseline. Treatment before analysis.
The supplement market that has grown around equine care reflects this pattern. The market is large, the products are numerous, and the evidence behind many of them can be dubious. A significant portion of what reaches barn shelves originates outside North America, with manufacturing provenance and quality control that are rarely verifiable. Label claims are frequently unsupported by research conducted under anything resembling real farm conditions. Owners and trainers who purchase them are making decisions — sometimes significant financial ones — on trust rather than data.
When sensing is in place, the question shifts. Not: what product might address a suspected gap. But: what are the actual needs, and what does the evidence support? Subclinical micronutrient patterns, gradual shifts in biomarkers, early microbiome disruption, accumulating environmental exposures become detectable before they compound into conditions that are harder to reverse and more costly to address.
The signal generated by this sensing layer enters a digital architecture that holds the horse's complete biological and lifestyle context — health history, performance records, medications, management changes, prior analyses, the longitudinal record of what has been tried and what it produced. Each new reading is interpreted against everything that preceded it.
The horse's biology generates signal continuously. What Metaboly is building is the capability to receive that signal across all its relevant dimensions — biological, environmental, microbiological — and turn it into something that the people who care for that animal can use. A picture complete enough to act on. A record deep enough to learn from.
We're not offering a better filing system. We're giving you a new capability to see.