Regulatory & standards position
What we are, what we measure against, and where that standard falls short
This page states our regulatory classification in India, the standard we formulate to, and an honest account of that standard’s limitations. We publish it because a claim of rigour is worth very little unless the weaknesses are declared alongside it.
1 · What Growlrr BowlBalancer is, in regulatory terms
Growlrr BowlBalancer™ is manufactured and marketed in India in the category of pet food supplement / topper / meal balancer for dogs and cats. It is not a complete standalone feed, it does not carry a “complete and balanced” claim as a standalone product, and it is not intended to be fed on its own.
Every statement we make about nutritional completeness is conditional on correct use: the fresh food you cook supplies the energy, protein and diversity, and the sachet closes the residual micronutrient gaps. The claim belongs to the combination, dosed to the animal’s body weight. Separated from the fresh base, it means nothing — and we would rather say that here than let the distinction blur.
We are, in other words, on the supplement shelf ourselves. The distinction we would defend is not that we are a different kind of thing, but that the dose is computed against a published requirement and the working is open to inspection.
2 · The standards we hold ourselves to in India
- The Food Safety and Standards Act, 2006 and the FSSAI regulations on contaminants, hygiene, food safety management and labelling — adopted by us voluntarily, as a benchmark. It is worth being exact about why: FSSAI has no jurisdiction over pet food. Section 3(1)(j) of the Act defines “food” as intended for human consumption and expressly excludes animal feed, and in Godrej Agrovet Ltd v. FSSAI (Delhi High Court, Division Bench, 7 April 2026) the Court struck down FSSAI’s attempt to regulate animal feed as beyond the Act. So no FSSAI licence exists for this product, and none is required of us. We measure against those standards because they are the best available, not because we are obliged to.
- IS 11968 : 2019 — Dog and Cat Foods, Specification, from the Bureau of Indian Standards. We adopt it as our technical benchmark for contaminant limits, microbiological criteria and labelling, adapted to a supplement use-case. It is worth being clear that this standard is voluntary.
- For ingredients of animal origin, sourcing and documentation aligned to the applicable DAHD orders covering traceability, health certification and contaminant control.
The candid position is this: as of 2026, Indian regulation does not stipulate daily nutrient allowances for dogs and cats, nor any method for validating nutritional adequacy. There is no Indian regulatory class we could satisfy that would demonstrate completeness, because no such class exists. We state that as a fact about the regulatory landscape, not as a complaint — but it does mean the standard we hold ourselves to is one we chose, and you are entitled to know how we chose it.
3 · Why we formulate to NRC 2006
We benchmark against the National Research Council’s Nutrient Requirements of Dogs and Cats (2006). It is the most comprehensive public reference available for companion animal nutrition; it is peer-reviewed and auditable; and it is recognised by regulators, veterinary institutions and industry internationally. For a product that sits between grocery-sourced food and a manufactured correction, it is the right common denominator.
We treat it as a floor rather than a target — the minimum defensible public standard, not the ceiling of what we should be trying to achieve.
4 · The limitations of that standard, stated plainly
Choosing a standard obliges us to understand where it is weak. None of what follows is a reason to abandon NRC 2006 — it remains the best available reference. It is a reason to build something more careful on top of it, and it explains several of our design decisions that would otherwise look like over-engineering.
The evidence base is uneven across nutrients
NRC 2006 did not derive every reference value from controlled depletion–repletion studies in the target species. For a number of nutrients the Minimum Requirement cell is blank, because no qualifying study existed. In those cases the Recommended Allowance was extrapolated from other species, carried over from the 1974 (dog) and 1978 (cat) editions, or set by committee consensus.
What we do
We treat every published composition and requirement figure as the centre of an uncertain distribution rather than a fixed fact, and we simulate across that uncertainty instead of computing a single nominal bowl.
The study populations were not the animals we feed
Where depletion–repletion work was done, it used purified diets in laboratory Beagles and Domestic Shorthair cats under controlled housing, typically with five to thirty animals from a single breed and a single facility. The Indian street-origin cat and the indigenous Indian breeds were not in those studies.
What we do
We do not claim to have fixed this — no private company can. We widen the modelled variance to reflect that the reference population is narrower than the deployment population, and we say so rather than presenting the standard as universal.
The safety factor is a committee judgement, not a statistic
The gap between Minimum Requirement and Recommended Allowance is a multiplier applied by expert consensus — commonly in the range of 1.2× to 1.5× — and it differs between nutrients without a consistent mechanistic reason. No confidence interval or population model is attached to it.
What we do
We replace an unquantified margin with a stated one: a confidence and reliability figure, read as a conservative Wilson lower bound across 1 Million+ simulated bowls, rather than a multiplier chosen by judgement.
Several upper limits are incomplete — copper is the clearest case
NRC 2006 left the safe upper limit for copper in dogs unset. AAFCO convened an expert panel in 2022 which, after reviewing the literature, concluded there was insufficient data to establish one and that setting a maximum would be arbitrary rather than scientific — so it declined to set a maximum. The European Union does impose a limit of 25 mg/kg dry matter, but that figure was derived on environmental grounds, from copper accumulating in soil and water via animal waste, not from canine hepatology.
What we do
Copper is the binding constraint in our formulation and is treated as such. We hold it well inside the range the AAFCO panel identified, and we do not treat the absence of a published ceiling as permission.
The bioavailability reference form is a synthetic salt
The underlying studies used inorganic forms — copper sulphate, zinc oxide, ferrous sulphate — because they allow precise laboratory control. The resulting allowances are therefore calibrated to the absorption of those salts.
What we do
We use organically bound forms — copper proteinate, zinc and iron bisglycinate, manganese proteinate, L-selenomethionine — which are generally better absorbed than the inorganic reference. The standard has no mechanism to credit that, so we take no credit for it: we meet the figure as written and treat the better form as margin, not as licence to supply less.
Nutrient interactions were established in isolation
The individual values were largely set in single-nutrient studies. The zinc requirement was not established under controlled dietary phytate; the copper requirement was not set under controlled zinc intake — yet the zinc-to-copper relationship is among the more clinically consequential interactions in canine mineral metabolism. Ratio management was left to the formulator.
What we do
We track the clinically significant ratios explicitly — calcium to phosphorus, zinc to copper, vitamin E against polyunsaturated fat load — across every simulation, rather than checking each nutrient alone and assuming the combination behaves.
5 · How we decide whether an ingredient goes in
The conventional first question in formulation is “is this ingredient permitted?” — is it on an approved list, does it hold GRAS status, is it listed as an acceptable feed ingredient.
We ask that question last. Permitted status is a compliance floor, not a safety determination. GRAS means generally recognised as safe at typical use levels in human food, assessed largely on acute and short-term exposure, frequently without species-specific data for dogs or cats — and with no modelling of daily chronic exposure in an animal that will eat the same thing every day for a decade or more.
Our first question is: is there peer-reviewed evidence of harm at the intended daily exposure in dogs, cats or a sufficiently close mammalian model — and if there is not, what does the reverse calculation say about our safety margin? Permitted status is then confirmed as the last step rather than the first.
6 · What we do not claim
- We do not claim to be a complete feed, or that the sachet is a meal.
- We do not hold veterinary approval or endorsement, and we do not imply one. The formulator is an engineer, not a veterinarian; that is why the method is published rather than asserted.
- We do not claim our product treats, prevents or cures any clinical condition. It is formulated to support healthy adult maintenance and normal growth, and nothing beyond that.
- We do not claim a feeding trial. Our validation is computational, run against published requirements, and we describe it as exactly that.
- We do not claim that our simulated reliability figure is a statement about any individual animal. It is a statement about a modelled population under stated assumptions.
The working, in full
The methodology, the simulation parameters and the results are published openly, with DOIs, under a licence that permits anyone to check them.