Omics Data Analysis,
Now in Minutes.
Analyze complex datasets faster and turn your research workflow
into reusable assets with an AI-powered omics analysis platform.
Analyze complex datasets faster and turn your research workflow into reusable assets with an AI-powered
omics analysis platform.
The OmicsHorizon Solution
An AI research partner suggests new analyses and manages workflows.
Your AI Research Partner that suggests analyses and manages workflows.
01
Faster, Smarter Research
Faster, Smarter Research
With AI analysis optimized for omics data, we quickly and accurately derive analysis results.
Analyze your data directly without specialized expertise.
You can compare and integrate multiple analysis results to discover new insights.
You can compare and integrate multiple analysis results to discover new insights.
02
Turn Research into Assets
Turn Research into Assets
Automatically generates analysis workflows based on papers and research data.
Automatically generates analysis workflows based on papers and research data.
You can save analysis workflows and manage them as your team's research assets.
You can save analysis workflows and manage them as your team's research assets.
Anyone can perform the same analysis and reproduce
the research results.
Anyone can perform the same analysis and reproduce the research results.
03
Your AI Research Partner
Your AI Research Partner
Freely explore analyses without the burden of high outsourcing costs.
Check research progress and key insights at a glance.
Check research progress and key insights at a glance.
Automatically organizes analysis results into reports, Method, and presentation
materials.
Automatically organizes analysis results into reports, Method, and presentation materials.
Use Cases
Research insights powered by OmicsHorizon
Research Scope
Core omics analysis on a single platform
Data is abundant, but turning it into actionable insights remains a challenge.
Genomics
- WGS/WES Anlaysis - Variant Calling (SNV, Indel) - CNV & Structural Variation - GWAS & Fine Mapping
Genomics
- WGS/WES Anlaysis - Variant Calling (SNV, Indel) - CNV & Structural Variation - GWAS & Fine Mapping
Transcriptomics
- RNA-Seq & DEG Anlaysis - GSEA & Pathway Anlaysis - Single-cell RNA-seq (scRNA-seq) - Co-expression Network Analysis (WGCNA)
Transcriptomics
- RNA-Seq & DEG Anlaysis - GSEA & Pathway Anlaysis - Single-cell RNA-seq (scRNA-seq) - Co-expression Network Analysis (WGCNA)
Proteomics
- Quantitative Proteomics (DDA, DIA) - PTM Analysis (Phosphorylation, etc.) - Protein-Protein Interaction
Proteomics
- Quantitative Proteomics (DDA, DIA) - PTM Analysis (Phosphorylation, etc.) - Protein-Protein Interaction
Epigenomics
- DNA methylation (WGBS, RRBS) - Chromatin accessibility (ATAC-seq) - Histone modification (ChIP-seq) - Integration with transcriptomics
Epigenomics
- DNA Methylation (WGBS, RRBS) - Chromatin Accessibility (ATAC-seq) - Histone Modification (ChIP-seq)
Metabolomics
- Metabolic Pathway Mapping - Flux Balance Analysis (FBA)
Metabolomics
- Metabolic Pathway Mapping - Flux Balance Analysis (FBA)
Multi-omics
- Multi-omics Data Integration - Single-cell Multi-modal Analysis - Network Analysis
Multi-omics
- Multi-omics Data Integration - Single-cell Multi-modal Analysis - Network Analysis
Microbiomics
- Shotgun Metagenomics / Functional Annotation - Taxonomic Profiling
Microbiomics
- Shotgun Metagenomics / Functional Annotation - Taxonomic Profiling
Workflow
Experience a faster,
simpler way to manage
your research workflow.
1
1. Purpose-driven analysis design
Enter your research objective, and AI designs a tailored analysis workflow (SOP) and criteria based on validated methodologies.
2
2. Reports for interpretation and decision-making
High-quality visualizations and refined reports—ready for publication—help researchers focus on interpreting results and making informed decisions.
3
3. Insight through multi-analysis integration
AI integrates and compares results across multiple conditions, revealing research direction and guiding next steps.
4
4. Turn workflows into reusable research assets
Save meaningful analysis workflows (SOPs) with one click, enabling consistent reuse across future studies.
FAQ
Can I run analyses without any coding experience?
Yes — no coding required.
You don’t need to know Linux, R, or Python.
Simply upload your data through the web interface and request analysis strategies via AI chat.
From execution to interpretation, the entire process is handled automatically.
How is this different from ChatGPT or Gemini?
Will my data be used to train AI models?
Who owns the figures generated on this platform?
Stay Ahead in Research.
Omics Data Analysis,
Now in Minutes.
Analyze complex datasets faster and turn your research workflow into reusable assets with an AI-powered omics analysis platform.
The OmicsHorizon Solution
Your AI Research Partner that suggests analyses and manages workflows.
01
Faster, Smarter Research
With AI analysis optimized for omics data, we quickly and accurately derive analysis results.
Analyze your data directly without specialized expertise.
You can compare and integrate multiple analysis results to discover new insights.
02
Turn Research into Assets
Automatically generates analysis workflows based on papers and research data.
You can save analysis workflows and manage them as your team's research assets.
Anyone can perform the same analysis and reproduce
the research results.
03
Your AI Research Partner
Freely explore analyses without the burden of high outsourcing costs.
Check research progress and key insights at a glance.
Automatically organizes analysis results into reports, Method, and presentation
materials.
Use Cases
Data is abundant, but turning it into actionable insights remains a challenge.
Research Scope
Data is abundant, but turning it into actionable insights remains a challenge.
Genomics
- WGS/WES Anlaysis - Variant Calling (SNV, Indel) - CNV & Structural Variation - GWAS & Fine Mapping
Transcriptomics
- RNA-Seq & DEG Anlaysis - GSEA & Pathway Anlaysis - Single-cell RNA-seq (scRNA-seq) - Co-expression Network Analysis (WGCNA)
Proteomics
- Quantitative Proteomics (DDA, DIA) - PTM Analysis (Phosphorylation, etc.) - Protein-Protein Interaction
Epigenomics
- DNA methylation (WGBS, RRBS) - Chromatin accessibility (ATAC-seq) - Histone modification (ChIP-seq) - Integration with transcriptomics
Metabolomics
- Metabolic Pathway Mapping - Flux Balance Analysis (FBA)
Multi-omics
- Multi-omics Data Integration - Single-cell Multi-modal Analysis - Network Analysis
Microbiomics
- Shotgun Metagenomics / Functional Annotation - Taxonomic Profiling
Workflow
Experience a faster,
simpler way to manage
your research workflow.
1
1. Purpose-driven analysis design
Enter your research objective, and AI designs a tailored analysis workflow (SOP) and criteria based on validated methodologies.
2
2. Reports for interpretation and decision-making
High-quality visualizations and refined reports—ready for publication—help researchers focus on interpreting results and making informed decisions.
3
3. Insight through multi-analysis integration
AI integrates and compares results across multiple conditions, revealing research direction and guiding next steps.
4
4. Turn workflows into reusable research assets
Save meaningful analysis workflows (SOPs) with one click, enabling consistent reuse across future studies.
FAQ
Can I run analyses without any coding experience?
Yes — no coding required.
You don’t need to know Linux, R, or Python.
Simply upload your data through the web interface and request analysis strategies via AI chat.
From execution to interpretation, the entire process is handled automatically.