Business Areas & Platform Technologies
Business Areas
Insilico delivers tailored solutions across industries through molecular modeling, Artificial Intelligence (AI)-driven material innovation, digital transformation platforms, and advanced functional microcapsule technologies. From building digital infrastructure for R&D, production, and quality environments to AI-powered new material design, functional capsule manufacturing, and smart material applications, we create new value across industries with cutting-edge expertise.
BIOVIA Solution Consulting
As a certified partner of Dassault Systèmes, the global leader in 3D solutions, we provide consulting services for research innovation and digital transformation based on the BIOVIA platform. BIOVIA solutions integrate molecular modeling, simulation, electronic lab notebooks, laboratory information management, production, quality, and regulatory compliance to enhance research productivity and manufacturing quality.
Beyond software implementation, Insilico offers customized consulting and training to maximize BIOVIA’s potential, enabling researchers to better understand complex molecular systems and accelerate new material development.
- Materials Studio : Advanced simulation tools for material science, from quantum to microscale, used in semiconductors, polymers, batteries, catalysts, and more.
- Discovery Studio : Molecular modeling and simulation for drug design, protein structure analysis, and R&D acceleration in pharmaceuticals, biotech, cosmetics, and food.
- Pipeline Pilot : A visual analytics platform for automated data workflows, enabling efficient data integration and analysis.
- Electronic Lab Notebook (ELN) : A web-based system for digital experiment capture, collaboration, IP protection, and data management.
- Lab Information Management System (LIMS & LES) : Integrated platforms for managing laboratory operations, from reagents and equipment to process execution and compliance.
AI · Molecular Modeling · Digital Transformation Consulting
We provide consulting services that combine AI and molecular modeling for material design, along with tailored digital transformation strategies for enterprises. Using advanced machine learning algorithms and molecular simulations, we identify promising compounds, predict target properties, and guide the design of new materials. By analyzing vast datasets, we generate meaningful insights that support scientific decision-making and accelerate innovation. In addition, we help companies digitalize their R&D, production, and quality management processes—enhancing efficiency, productivity, and competitiveness.
Through our integrated approach that merges scientific expertise with digital technology, Insilico enables clients to achieve successful and sustainable digital innovation.
- AI & Molecular Modeling-Based Material Design Consulting : Combining AI (machine learning, deep learning, big data analysis, image analysis, and exploratory data analysis) with molecular modeling and simulation to predict material properties, design new compounds, recommend experimental conditions, and optimize results.
- Digital Transformation Consulting : Supporting enterprise-wide digitalization from R&D to manufacturing by optimizing processes, boosting productivity, and building data-driven decision-making systems.
Functional Microcapsules
With over 20 years of precision emulsification expertise, Insilico develops and manufactures high-performance functional microcapsules for diverse industries. These microcapsules stabilize and control the release of active ingredients, maximizing effectiveness while allowing precise customization to client requirements.
Insilico’s functional microcapsules are applied across diverse industries including coatings, textiles, construction, and electronics, contributing to enhanced product functionality, improved durability, and strengthened safety.
- Thermochromic Microcapsule : Color-changing pigments that change color with temperature, ideal for temperature indicators and design elements.
- Photochromic Microcapsule : Photochromic pigments that change color when exposed to UV light, ideal for anti-counterfeiting and UV exposure warnings.
- Fire Extinguishing Microcapsule : Heat-activated microcapsules that automatically release fire suppressants to rapidly suppress early-stage fires in electronics and confined spaces.
- Thermal Storage Microcapsule : PCM(Phase Change Material)-encapsulated microcapsules that enable temperature regulation and improve energy efficiency.
Smart Material Applications
Building on our microcapsule technology, Insilico also develops consumer-ready smart material products. Expanding beyond raw material supply, we bring innovation directly to end-users and diversify into adjacent industries for future growth
- Functional Ink : Specialty inks that change color in response to temperature, UV light, pressure, and humidity, used in packaging, labels, and industrial printing for tracking, detection, and warning applications.
- Functional Sticker : Color-changing stickers responsive to temperature and UV exposure, applied in healthcare, logistics, and food industries for temperature monitoring, delivery tracking, sterilization verification, and UV detection.
- Pressure Measurement Film : Pressure measurement films that visualize pressure magnitude and distribution across contact surfaces, ideal for quality control in smartphone assembly, automotive parts inspection, semiconductor/display processes, and mold precision analysis.
Core Platform Technology
Built on customer trust, Insilico has developed proprietary technologies that create new value in the materials industry.
Our three core technologies drive material innovation and digital transformation. We lead the convergence of digital technology and materials science toward a sustainable future.
We leverage advanced predictive design from early-stage development, enabling in silico material design beyond experimental constraints. Through molecular modeling and simulation, we precisely predict intermolecular interactions, binding energies, reaction mechanisms, thermodynamic stability, and fluidity in silico. This accelerates development, minimizes risks, and reduces costs, creating an agile R&D framework for rapid, efficient innovation responsive to market needs.
We apply AI analytics to extract insights from vast datasets, enabling data-driven decision-making across R&D, product design, process optimization, and quality management. From recommending material compositions and optimizing process conditions to detecting anomalies and identifying defects through image analysis, AI drives efficiency and business performance.
Our proprietary precision emulsification technology enables advanced functional microencapsulation. By finely dispersing immiscible liquids and precisely controlling capsule size, wall thickness, release rate, and stability, we design customized capsules with controlled release of active ingredients tailored to customer applications.