AI for Synthetic Biology
The world's first AI-powered multi-chassis organism intelligence platform. 12 chassis organisms, 16+ data sources, 5M+ curated records — from gene design to bio-manufacturing at scale.
AI Agent Hub
Choose Your Chassis Organism
Each organism is powered by a dedicated AI agent with specialized knowledge, models, and tools tailored to its unique biology.
Pichia pastoris
Komagataella phaffii
The gold standard for recombinant protein expression
E. coli
Escherichia coli
The gold standard for recombinant protein expression
S. cerevisiae
Saccharomyces cerevisiae
The gold standard for recombinant protein expression
B. subtilis
Bacillus subtilis
GRAS-certified gram-positive host for enzyme and protein secretion
C. glutamicum
Corynebacterium glutamicum
The amino acid production champion for industrial fermentation
Y. lipolytica
Yarrowia lipolytica
Oleaginous yeast for lipid-based biomanufacturing
CHO Cells
Chinese Hamster Ovary
The dominant mammalian host for biopharmaceutical production
Cell-Free Systems
In Vitro TX-TL
Rapid prototyping without living cells for synthetic biology
Insect Cells
Sf9 / Hi5
Baculovirus expression for complex eukaryotic proteins
Cyanobacteria
Synechocystis sp.
Photosynthetic chassis for CO₂-to-chemical conversion
Pseudomonas
Pseudomonas putida
Robust chassis for toxic compound tolerance and bioremediation
Streptomyces
Streptomyces coelicolor
Natural product factory for antibiotics and secondary metabolites
Don't see your organism? We're expanding rapidly.
Four-Layer Intelligence Pipeline
From raw biological data to automated experimentation — each layer builds upon the last to create a complete intelligence pipeline.
Data Integration Layer
Multi-source heterogeneous biological data aggregation — genomics, proteomics, metabolomics, and fermentation data from global databases.
End-to-End Research Capabilities
AI-powered capabilities spanning the complete synthetic biology workflow — from gene design to industrial scale-up.
Multi-Chassis AI Agents
Dedicated AI agents for 12+ chassis organisms — each trained on organism-specific datasets for precise predictions.
CRISPR & Genome Engineering
Optimized CRISPR-Cas9/Cas12 toolkits for precise, multiplex genome engineering across diverse host organisms.
AI Protein Design
Deep learning models for de novo protein design, structure prediction, and expression optimization.
High-Throughput Screening
Automated micro-bioreactor systems for rapid strain evaluation and process optimization at scale.
Metabolic Pathway Optimization
AI-guided pathway design and flux balance analysis for enhanced product yields across all chassis organisms.
Industrial Scale-Up
From lab to 10,000L bioreactors — proven scale-up protocols with real fermentation data and digital twins.
Rigorous validation, measurable results
Every model and dataset undergoes systematic validation against peer-reviewed benchmarks and primary data sources.
SynBio Intelligence Feed
Track the latest research, funding, and policy across the full synthetic biology industry — 12+ chassis organisms
Built for real-world impact
From drug development to industrial manufacturing, IH SYNPIC powers the next generation of biological production.
Biopharma
Recombinant protein therapeutics
Accelerate therapeutic protein development with AI-driven strain optimization, expression prediction, and fermentation scale-up strategies. Reduce time-to-IND by up to 40%.
Industrial Enzymes
High-yield enzyme production
Optimize industrial enzyme production with predictive models for promoter strength, codon optimization, and fermentation parameters. Achieve production-grade yields faster.
CRO / CMO
Contract research & manufacturing
Streamline client projects with standardized AI workflows. Offer data-driven strain design as a premium service. Reduce project turnaround time and increase throughput.
*Data based on internal testing and select customer case studies. Individual results may vary.
Building in public
Our product roadmap is transparent. We ship fast and iterate based on researcher feedback.
Foundation
- Core data pipeline (10+ sources)
- Unified search interface
- User authentication system
- Bilingual platform (EN/ZH)
Intelligence Layer
- AI promoter prediction model
- Expression estimation engine
- SaaS monetization (3-tier pricing)
- Advanced search filters & pagination
Scale & API
- Public RESTful API launch
- Batch query & export system
- Fermentation optimization model
- Stripe payment integration
Enterprise & Ecosystem
- Private deployment option
- Custom model training pipeline
- SSO / SAML integration
- Open-source SDK & community
The Future is
Programmable Biology
IH SYNPIC aims to redefine synthetic biology as an AI-native computational discipline. We are building the infrastructure that will enable researchers to design, simulate, and optimize biological systems with the same precision as software.
Built in the Open
IH SYNPIC is committed to open source under the Apache 2.0 License. Our AI models, datasets, and platform tools are being progressively released to researchers, biotech companies, and the global scientific community.
GitHub Repository
Apache 2.0 License
API Documentation
RESTful & GraphQL
Research Collaboration
Global community
Let's Build Together
Whether you are a researcher, biotech company, or investor, we would love to hear from you.