Research Services

Advanced computational research services designed to accelerate discovery pipelines.

ICAD provides advanced computational research services for academia, biotech, and industry, with workflows shaped for mechanistic insight, predictive intelligence, and optimized lead discovery.

Service Positioning

A structured pathway from screening to mechanistic insight to AI-driven discovery.

All analyses are performed with reproducible computational protocols suitable for academic publication and serious research engagement.

Computational Discovery Pipeline

From molecular data to mechanistic insight, predictive intelligence, and optimized leads.

The ICAD discovery pipeline is organized into expandable stages so teams can inspect the methods, the technical work, and the scientific value without losing the overall flow.

Methods & Tools

LC-MS reconstruction, RDKit, Open Babel, UniProt, PDB, AlphaFold, SWISS-MODEL

What We Do

Build accurate 3D structures of compounds and target proteins.

Why It Matters

We digitally recreate your molecules and targets so they can be tested on a computer before lab work.

Service Packages

Three structured tiers from screening and interaction to elite discovery depth.

The package architecture is designed as a clear pathway from preliminary evaluation to publication-grade, AI-driven discovery support.

Publication-grade, grant-level, industrial research

Premium Elite Discovery Suite

Full AI-driven discovery pipeline with publication-ready outputs, deep mechanistic interpretation, and extended support.

Homology modelling plus target preparation, library generation, and stereoisomer investigation
HTVS -> SP -> XP docking with refined iterative workflows
Advanced MM-GBSA estimation, decomposition analysis, and 200 ns MD simulations
Advanced validated pharmacophore, full QSAR, ML classification and regression, hybrid ML-docking, and AI lead optimization

Publication readiness

High

Timeline

10 to 14 weeks

Deliverables

Full technical dossier plus publication figures

Revision support

Extended until submission-ready

Engagement fee

Request a tailored quote

MSc/PhD-level research, structured analysis

Intermediate Advanced Analytics

Deeper modeling with mechanistic insights, structured analysis, and moderate publication readiness.

Full ligand and target preparation with stereoisomer investigation
HTVS plus SP plus XP docking with standard MM-GBSA estimation and 100 ns MD simulations
Preliminary pharmacophore, concise QSAR, standard ADMET screening, and introductory ML
Structured scientific report with standard revision support

Publication readiness

Moderate

Timeline

5 to 7 weeks

Deliverables

Structured scientific report

Revision support

Standard

Engagement fee

Request a tailored quote

Preliminary evaluation, feasibility studies

Preliminary Screening & Interaction

Fast, cost-effective computational evaluation focused on early interaction insight and feasibility screening.

Ligand and target preparation for rapid exploratory work
HTVS plus SP plus XP docking with standard MM-GBSA estimation
Preliminary ADMET screening and concise technical reporting
A clean starting point for teams that may later expand into deeper ICAD workflows

Publication readiness

Limited

Timeline

2 to 3 weeks

Deliverables

Concise technical report

Revision support

Limited

Engagement fee

Request a tailored quote

Capability Comparison

All tiers are executed using reproducible computational workflows aligned with international research and publication standards.

Capability
Premium Elite Discovery Suite
Intermediate Advanced Analytics
Preliminary Screening & Interaction
Structural Preparation
Homology modelling, target preparation, library generation, stereoisomer investigation
Full ligand and target preparation with stereoisomer investigation
Ligand and target preparation
Molecular Docking
HTVS -> SP -> XP plus refined iterative workflows
HTVS + SP + XP
HTVS + SP + XP
Binding Free Energy
Advanced MM-GBSA with decomposition analysis
Standard MM-GBSA estimation
Standard MM-GBSA estimation
Molecular Dynamics
200 ns simulations with deep analysis
100 ns simulations
Not included
Pharmacophore Modeling
Advanced validated models with EF, ROC, BEDROC
Preliminary
Not included
Ligand-Based Design
Full QSAR and descriptor engineering
Concise
Not included
ADMET Prediction
Advanced profiling and interpretation
Standard screening
Preliminary screening
Machine Learning
Full ML pipeline for classification and regression
Introductory single-model approach
Not included
Hybrid ML-Docking
Included
Not included
Not included
AI-Driven Lead Optimization
Included
Not included
Not included
Revision Support
Extended until submission-ready
Standard
Limited
Timeline
10 to 14 weeks
5 to 7 weeks
2 to 3 weeks
Core Services

Focused technical capabilities across modelling, AI, simulation, and interpretation.

The ICAD service catalogue is broad, but each capability is positioned as part of a coherent scientific delivery model.

QSAR & Machine Learning Models

Generative Modelling

Structure-based Drug Design

Ligand-based Drug Design

Fragment-based Drug Design

Pharmacophore Modeling

Molecular Docking & Virtual Screening

Molecular Dynamics Simulations

Binding Free Energy Calculations (MM-GBSA)

Pharmacokinetic, Absorption, Distribution, Metabolism, Excretion and Toxicity Analysis

AI-Driven Lead Optimization

Retrosynthetic Combinatorial Analysis Procedure

Molecular visualization and binding interaction analysis

Industries Served

Built for high-value scientific environments that depend on rigorous interpretation.

ICAD supports multiple sectors where computational insight shapes discovery, decision-making, and translational value.

Pharmaceutical & Biotech

Agrochemical & Bioinsecticide Development

Academic Research Institutions

Chemical & Material Science Industries

Request a Custom Quote

Tailored computational support for your research needs.

Use the form to describe your project scope, timelines, and service needs. ICAD workflows are structured for exploratory studies, mechanistic analysis, and publication-aligned discovery programs.

Strong requests usually include the discovery objective, target context, computational questions, desired outputs, and timeline or budget constraints that should shape the work plan. All tiers are built on reproducible computational protocols.