Real scenario walkthrough
Follow a real formulation scenario: a broiler gut health blend using oregano and thyme oils. See exactly what PhytoForm AI does at each stage — and what it replaces.
A mid-sized feed additive company needs to develop a broiler gut health blend using oregano essential oil (80% carvacrol chemotype), thyme oil, and a silicon dioxide carrier at 150 ppm in complete feed — validated for EU and US markets.
Normally: hours researching which analytes matter for your target species and health domain
You’re developing a broiler gut health blend targeting improved intestinal integrity and reduced pathogen load. You select "Poultry" as the species and "Gut Health" as the primary domain.
The formulation engine loads domain-specific parameters: target analytes for gut health (carvacrol, thymol, cinnamaldehyde), recommended inclusion rates for broilers, and the regulatory constraints for your selected markets.
Output: Domain-configured workspace ready for ingredient selection
Normally: days of mass-balance spreadsheets and literature cross-referencing
You add oregano essential oil (80% carvacrol chemotype), thyme oil, and a silicon dioxide carrier. You set the target inclusion rate at 150 ppm in complete feed.
The engine calculates the projected analyte profile based on ingredient assay values, inclusion rates, and known interactions. It accounts for carrier dilution and active compound ratios.
Output: Formulation version with full ingredient breakdown and projected analyte concentrations
Normally: weeks waiting for lab results before you know if your blend hits spec
You generate a Certificate of Analysis specification. The system projects that your blend will contain 45.2 ppm carvacrol with a confidence band of ±15%, giving you a min/max range of 38.4–52.0 ppm.
The COA engine uses mass-balance calculations combined with calibration data from previous lab results (if available) to project each analyte. Confidence bands are adjustable and reflect real-world production variance.
Output: Downloadable COA spec with projected analytes, ranges, and band widths
Normally: $300+/hr regulatory consultants, weeks of back-and-forth per market
Your marketing team wants to use the claim: "Prevents E. coli infection in broilers." You paste it into the risk scanner and select EU + US as target markets.
The scanner flags this as HIGH RISK for both markets. In the EU, therapeutic claims for feed additives require veterinary medicinal product authorization. In the US, structure/function claims are permitted but disease claims are not for feed additives.
Output: Risk flag with explanation + suggested alternative: "Supports intestinal microflora balance" (compliant in both markets)
Normally: production team assembles instructions manually, CCPs often missed
You generate a manufacturing blueprint for a 500 kg batch. The system produces step-by-step production instructions.
The blueprint includes mixing sequences, temperature parameters, granulation steps if applicable, and flags Critical Control Points (CCPs) — for example, ensuring essential oil addition occurs below 40°C to prevent volatile loss.
Output: Step-by-step blueprint with CCP flags, QC checks, and equipment notes
Normally: manual comparison in spreadsheets, no system-wide learning
Your production batch comes back from the lab. Carvacrol measured at 42.8 ppm — within your projected range of 38.4–52.0 ppm. You upload the lab result.
The system calculates deviation (−5.3% from projected) and confirms the result is within the confidence band. This data point is stored and used to calibrate future projections, improving accuracy over time.
Output: Deviation report with projected vs. actual comparison and band compliance status
In the time it takes to set up one meeting with a regulatory consultant, you've completed the full workflow.
Formulation with projected COA
Regulatory claim scan for 2 markets
Manufacturing blueprint with CCPs
Lab calibration for future accuracy
The scenario above covers one formulation workflow. Here's what else PhytoForm AI handles.
Technical data sheets, safety summaries, efficacy trial templates, product specs, and more — each structured to your target market’s requirements.
Assemble complete EU Technical Dossiers, US GRAS Notices, or Brazil MAPA filings with section tracking and completeness scoring.
Visualize the full path to market authorization with timelines, dependencies, and cross-market mutual recognition advice.
Check ingredient status, contaminant limits, and registration requirements across 8+ markets in a single lookup.
Every formulation change creates a new version. Full audit trail of ingredients, analytes, COA specs, and lab results.
Invite formulators, regulatory affairs, and QA team members. Shared workspace with role-based access.
The scenario above used ~6 credits. Free accounts include starter credits — enough to run your first formulation end-to-end. No credit card required.