Handle all bioinformatics workflows in one AI-automated platform.
Equipping leading labs with enterprise-grade analytical capabilities,
focus in discovery phase
Equipping leading labs with enterprise-grade analytical capabilities, focus in discovery phase
Built for world's leading life science teams
Delivering reliable search, analytical, and automation strength to lean biotech teams pushing early discovery forward.
Delivering reliable search, analytical, and automation strength to lean biotech teams pushing early discovery forward.
Delivering reliable search, analytical, and automation strength to lean biotech teams pushing
early discovery forward.
Data Search
Custom search across GEO and beyond, with datasets automatically prepared for analysis.
Find the right data, not just more of it. (Available for Partners POC)
(Available for Partners POC)
(Available for Partners POC)
Data Analysis
Co-create analysis with Drylab and have the code simultaneously output results with you.
Automation
Run thousands of analysis pipelines with data-aware automation, eliminating manual configuration.
Explore how leading life science companies
keep research moving across use cases.
Explore how leading life science companies keep research moving across use cases.
Biomarker Discovery
Patient Stratification & Prediction
Bioinformatics analysis with Data Analysis
Protocol Design with Data Search
30
20
10
0
Claude-4-sonnet
ChatGPT o4-mini
Drylab In-house Model
Graph (1) | Drylab achieved 30% accuracy— significantly higher than the 17% and 19% of ChatGPT o4-mini
and Anthropic’s Claude 4 sonnet on BixBench.
Bioinformatics analysis with Data Analysis
Protocol Design with Data Search
30
20
10
0
Claude-3-5-sonnet
ChatGPT 4.0
Drylab In-house Model
Graph (1) | Drylab achieved 30% accuracy— significantly higher than the 17% and 19% of ChatGPT o4-mini
and Anthropic’s Claude 4 sonnet on BixBench.
Bioinformatics analysis with Data Analysis
Protocol Design with Data Search
30
20
10
0
Claude-4-sonnet
ChatGPT o4-mini
Drylab In-house Model
Graph (1) | Drylab achieved 30% accuracy— significantly higher than the 17% and 19% of ChatGPT o4-mini
and Anthropic’s Claude 4 sonnet on BixBench.
Have questions?
We’re happy to chat.
What makes Drylab Al different from general Al tools like ChatGPT?
(1) Unlike general AI tools, Drylab is trained on biological datasets, experimental data, and scientific workflows, allowing it to better understand biological concepts and perform multi-modal data analysis more effectively. (2) We focus on making data analysis - one of the most labor-intensive part of the bio workflow seamless. While general AI can generate code snippets based on your request, you typically have to run them separately — on a coding platform, server, or your own machine. Drylab makes it simple: it suggests high-quality plans, generates code, and runs analyses with one click, using pipelines that learn from your workflow.
How can I ensure that my lab's internal data and information remain secure?
Our platform includes a secure storage system called 'Vault' to protect your lab's sensitive research data. Vault uses strong encryption, like locking your data with a digital key, and multi-factor authentication to ensure that only authorized users can access it. We also provide Desktop App for the highest level of security, where your data never leave your machine.
What kind of datasets can Drylab run?
Drylab supports multimodal datasets, including—but not limited to—genomics, transcriptomics, proteomics, epigenomics, metabolomics, imaging, spatial omics, and clinical or phenotypic data.
What makes Drylab Al different from general Al tools like ChatGPT?
(1) Unlike general AI tools, Drylab is trained on biological datasets, experimental data, and scientific workflows, allowing it to better understand biological concepts and perform multi-modal data analysis more effectively. (2) We focus on making data analysis - one of the most labor-intensive part of the bio workflow seamless. While general AI can generate code snippets based on your request, you typically have to run them separately — on a coding platform, server, or your own machine. Drylab makes it simple: it suggests high-quality plans, generates code, and runs analyses with one click, using pipelines that learn from your workflow.
How can I ensure that my lab's internal data and information remain secure?
Our platform includes a secure storage system called 'Vault' to protect your lab's sensitive research data. Vault uses strong encryption, like locking your data with a digital key, and multi-factor authentication to ensure that only authorized users can access it. We also provide Desktop App for the highest level of security, where your data never leave your machine.
What kind of datasets can Drylab run?
Drylab supports multimodal datasets, including—but not limited to—genomics, transcriptomics, proteomics, epigenomics, metabolomics, imaging, spatial omics, and clinical or phenotypic data.
What makes Drylab Al different from general Al tools like ChatGPT?
(1) Unlike general AI tools, Drylab is trained on biological datasets, experimental data, and scientific workflows, allowing it to better understand biological concepts and perform multi-modal data analysis more effectively. (2) We focus on making data analysis - one of the most labor-intensive part of the bio workflow seamless. While general AI can generate code snippets based on your request, you typically have to run them separately — on a coding platform, server, or your own machine. Drylab makes it simple: it suggests high-quality plans, generates code, and runs analyses with one click, using pipelines that learn from your workflow.
How can I ensure that my lab's internal data and information remain secure?
Our platform includes a secure storage system called 'Vault' to protect your lab's sensitive research data. Vault uses strong encryption, like locking your data with a digital key, and multi-factor authentication to ensure that only authorized users can access it. We also provide Desktop App for the highest level of security, where your data never leave your machine.
What kind of datasets can Drylab run?
Drylab supports multimodal datasets, including—but not limited to—genomics, transcriptomics, proteomics, epigenomics, metabolomics, imaging, spatial omics, and clinical or phenotypic data.
Science is ready for a leap forward.
Join us and make it happen.
Science is ready for a leap forward. Join us and make it happen.
Science is ready for a leap forward.
Join us and make it happen.
