SCIENTIFIC DISCOVERY, CONNECTED
Your next question.
A new possibility.
Purpose-built AI workflows for therapeutic discovery, materials research and scientific intelligence. Find the platform that fits your research.
Explore each platform, understand its workflow, and take the next step in your research.
EXPLORE THE PLATFORM
The right tools for your next question.
Discover dedicated workflows across therapeutics, materials and scientific intelligence.
18 platforms
ADC Design & Optimization Platform
Bring antibody, linker and payload decisions into one connected design workflow.
For academic trialMultispecific Antibodies Engineering Platform
Explore antibody candidates and evaluate their structure and developability.
For academic trialPeptide Discovery Platform
Discover, screen and rank peptide candidates against a protein target.
For academic trialSodium-Ion Battery cathode material discovery platform
Screen and rank sodium-ion cathode candidates against voltage, capacity and energy-density targets.
TP53-Associated drug discovery platform
Screen and rank small molecules for mutant-selective rescue of TP53 by docking against variant structures.
Binder Intelligence Platform
Sequence-first antibody diagnostics and optimization — developability, liabilities and ranked candidates.
Binding Affinity
Rank small-molecule candidates by predicted binding affinity against a protein receptor.
Binding Pocket
Identify and characterize the binding pocket on a protein receptor.
Binding Pharmacophore
Identify pharmacophore hotspots and rank ligands by affinity around a binding center.
Glycoform ADC Design
Screen glycoform-aware ADC designs across chemistry, linker and payload choices.
ADMET Prediction
Screen molecular properties across absorption, metabolism and toxicity endpoints.
Senotherapeutics
Investigate targets and therapeutic combinations for cellular senescence.
Neoepitope
Explore tau neoepitopes and antibody strategies for diagnostic research.
Dual-Payload ADC
Compare paired payload strategies and resistance-aware ADC candidates.
Linker Optimization
Investigate linker stability, release behavior and conjugation choices.
Conditional Drug Conjugate
Explore conditional activation strategies and evaluate design decisions.
AquaMat
Explore and rank materials for your water-treatment requirements.
WATIP
Organize regulatory evidence, evaluate claims and generate research reports.
Explore freely. Platform use is available after sign-in and access approval.
Exploring hidden molecular space through AI
Drug Discovery & Therapeutics
AI-driven molecular design, predictive modeling, and virtual screening to discover and optimize antibodies, peptides, small molecules, ADCs, PDCs, and protein therapeutics — accelerating the journey from target identification to lead candidate.
Materials & Chemical Discovery
Navigate hidden chemical space to discover and optimize advanced materials, catalysts, specialty chemicals, energy storage materials, carbon capture solutions, and nanomaterials with targeted performance characteristics.
Our Vision
Exploring hidden molecular space through AI. We combine artificial intelligence with scientific expertise to transform discovery from trial-and-error into intelligent prediction and design.
Proprietary AI built by domain experts
Developed by experts with 10 years of experience in AI and authors of multiple AI patents.
AI-Accelerated Speed
Advanced algorithms simulate and analyze material properties 10x faster, enabling rapid experimentation and decision-making.
Predictive AI Modeling
State-of-the-art deep learning models predict material and chemical behaviors in real-time with unparalleled accuracy.
Integrated Research Platform
Seamlessly connect formulation, characterization, and scale-up processes in a unified AI-powered workflow.
Adaptive & Scalable AI
Our intelligent platform evolves with your research needs, ensuring scalable and flexible solutions for dynamic challenges.
Simple, transparent pricing
Start free, upgrade when you need more power.