Insilik

About us

Insilik combines physics-informed modeling with AI to accelerate molecular and materials discovery. We help teams turn hypotheses into validated solutions faster, with fewer experiments and greater confidence.

Innovation Accross Scales

Our unique multiscale platform connects molecular insight to real-world challenges in life sciences and chemistry, enabling smarter engineering and faster solutions.

Mission

Deliver robust computational solutions and scientific expertise that reduce time, costs, and environmental impact across the R&D lifecycle.

Meet our team

Insilik's approach

Proprietary Software

Cutting-edge multiscale computational pipelines for molecular and material optimization.

Expert Modeling

Physics-informed computational accuracy.

Global Talent

Scientific excellence from around the world.

Sustainable Applications

Focused on agriculture solutions and green mining.

Collaborate with Insilik

Services

Hypothesis-driven simulation studies
AI-driven (bio)molecular and material design
Rapid feasibility pilots

Software & Platforms

HPC/GPU-accelerated workflows
Custom modeling pipelines
Deployment-ready tooling (APIs, automation)

Scientific Partnerships

Joint R&D programs
Computational solutions tailored for partner needs
IP-friendly collaboration structures

Case Studies

A few examples of how we combine simulation, AI, and domain expertise to solve real design problems.

Protein Redesign for Function in Harsh Environments

Structure-guided modifications improved ligand affinity at low pH, validating redesign strategies under extreme conditions.

Read the story Patent: WO2016172319A1

Drug Permeability Across Membranes

Atomistic simulations clarified drug–bilayer interactions to support permeability optimization and reduce side-effect risk.

Read the story Membranes BBA-Biomembranes

Data Science for Rational Protein Engineering

Statistical, structural, and evolutionary signals prioritized mutation sites for higher-impact experimental design cycles.

Read the story Nature Communications PNAS

Core Platforms

Our proprietary technologies integrate quantum chemistry, molecular dynamics, and machine learning to accelerate design.

PLATFORM 01

HELIX

The Biodesign Platform

Systematic redesign of proteins and peptides to control function, stability, and specificity. HELIX improves physicochemical properties like thermostability and pH tolerance for harsh industrial environments.

Protein Redesign Stability Optimization Substrate Specificity Bioconjugates

PLATFORM 02

LITHOS

Peptide-Mineral Interface Platform

Designed for green mining and rare-earth applications. LITHOS combines electrostatics-driven screening and deep learning to design peptides that bind specific metal ions and mineral surfaces with high precision.

Green Mining Lithium & Rare Earths Surface Binding Bio-Inorganic Interfaces

Let’s discuss how we can accelerate your innovation

Send us a note and we’ll get back to you shortly.

info@insilik.com