Instant formulation direction, regulatory flags, and competitor ingredient analysis. Powered by Open Food Facts, FlavorDB, PubMed, and EU/US/UK regulatory databases.
Map any innovation challenge against 5 feasibility dimensions before ideation starts. Downloadable framework used by innovation teams across F&B, CPG, and Automotive.
Surface adoption barriers, decision triggers, and behavioral nudges for any product concept. Grounded in behavioral science literature and real consumer psychology research.
Auto-generate a back-of-envelope business case for any innovation concept. Market sizing, pricing benchmarks, variable cost estimates, and Total Economic Value — in under 2 minutes.
Turn a rough idea into a structured innovation brief in minutes. Constraint dimensions, target market, success criteria, and recommended agents — ready to run in The BOX.
Test a product concept against a pre-built AI consumer segment — no research data required. Ideal for quick directional validation before commissioning a full digital twin.
Answer 12 questions about your innovation process and get a scored assessment across research, ideation, validation, and go-to-market readiness — with specific recommendations.
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Instant formulation direction – Go from product concept to ingredient base, concentrations, and nutritional profile in minutes, anchored to real products already on shelf.
Cross-market regulatory checks – EU, US, and UK regulatory status, permitted health claim wording, allergen flags, and upcoming regulatory risks in one query.
Competitor ingredient intelligence – See exactly what’s inside 2M+ real products. Find what Oatly, Huel, or any competitor uses, with sourced links.
Ingredient alternatives with trade-offs – Walk away with a prioritized shortlist and a clear picture of how The BOX fits your process.
Ingredient alternatives with trade-offs – Functional substitutes with cost comparison, regulatory status, flavour impact, and published scientific evidence.
Molecular flavour pairing – 225K+ flavour compounds. Find pairings, masking strategies, and sensory compatibility backed by molecular data.
