Solutions for Consumer Care R&D

Design and optimize next-generation formulations with our integrated suite of AI-powered models, physics-based simulations and multi-omics integrations 

Consumer Care R&D Transformation

Consumer care industry is undergoing multiple paradigm shifts simultaneously. E.g., from petroleum-derived to natural and bio-polymer ingredients, from animal testing to predictive in silico safety assessments, and from chemical cleaning agents to bio-based probiotic and enzymatic formulations. 

Accelerate this transformation with advanced computational chemistry, multi-omics integration, and Gen AI solutions from Aganitha – delivering in silico simulations, property predictions, optimizations, and safety evaluations that drive faster and smarter innovation.

Solutions for new-gen consumer care products

Surfactant Discovery and Optimization

We design next-gen surfactants using simulations to predict adsorption, aggregation, and interfacial behavior. By virtually combining head groups, linkers, and hydrophobic chains, we optimize wetting, foaming, and emulsification—while assessing real-use factors like viscosity and ingredient interactions to create milder, more effective formulations with less lab work.

Surfactant modeling.
Surfactant modeling. Nnadili, M., et al. (2024).
Formulation optimisation
Formulation optimisation.

Stability Profiling of Formulation

Our digital tools simulate the full behavior of complex formulations—concentrated, solvent-free, or water-free. We help R&D teams predict phase stability, flow, crystallization, and ingredient compatibility across real-world conditions, enabling faster, lab-efficient development of robust, high-performance products.

Skin sensitization

We provide predictive insights into how surfactants, polymers, and actives interact with hair, skin, and fabric surfaces. Our models consider polymer architecture and environmental conditions to optimize key factors like adhesion, coverage, and substantivity—enabling more targeted delivery, longer-lasting performance, and better rinse-off in care and cleaning applications.

Skin senstization
Skin senstization. Lundborg, M., et al. (2022).
biopolymers in cosmetics and skincare
Biopolymers in cosmetics and skincare. Yahya, E. B., et al. (2025).

Biopolymer Discovery & Optimization

Our high-throughput and generative tools accelerate the discovery of biodegradable polymers tailored to your product goals. By exploring side chains and backbone designs, we predict key properties like film formation, flexibility, Tg, and deposition. Our AI + physics approach reveals structure–property links, enabling sustainable materials without compromising feel, performance, or compliance.

Microbiome-Centered Solutions for the Consumer Goods Industry

We provide predictive insights into how surfactants, polymers, and actives interact with hair, skin, and fabric surfaces.

Our integrated microbiome solutions empower innovation in personal care by offering deep insights into the complex interplay between skin health and microbial ecosystems. Our services include comprehensive profiling of skin, scalp, and oral microbiomes, multi-omics integration to uncover host-microbe interactions, and longitudinal studies to track microbiome shifts across product use and demographics. By translating complex microbiome science into practical applications, we help brands create products that not only meet consumer needs but also promote long-term skin health. Whether you’re launching a new skincare line, optimizing oral hygiene products, or enhancing scalp care, our solutions empower evidence-based development with measurable impact.

Microbiome-centered solutions.
Highlights

Our focus and approach

“It’s not just about tools. It’s about the science, strategy, and people that bring them to life for your most complex R&D challenges.”

Multidisciplinary culture

Leveraging multidisciplinary teams with expertise in AI, deep learning, high-throughput sciences, and computational chemistry and biology to accelerate innovation.

Physics-Based Modeling

From quantum mechanics (DFT) to molecular dynamics and continuum-scale simulations, we offer physics-driven insights that reveal mechanisms and predict outcomes

Predictive & Generative AI Models

Deploy property prediction, generative chemistry, surrogate models, etc. to reduce cycle times, explore broader design spaces, and de-risk development.

Predictive & Generative AI Models

Our agentic systems assist in hypothesis generation, experiment planning, literature triage, and data gap analysis — allowing teams to stay ahead of emerging science and reduce manual overhead.

Discover our offerings across the biopharma value chain

Learn more about our offerings