Use Case
High-throughput screening
Combine AI + human expertise to rank many thousands of compounds in powerful screens
High-throughput screening
Combine AI + human expertise to rank many thousands of compounds in powerful screens
High-throughput screening
Combine AI + human expertise to rank many thousands of compounds in powerful screens
High-throughput screening
Combine AI + human expertise to rank many thousands of compounds in powerful screens
Shed light on hundreds of cell behaviors
Automatic generation of hundreds of useful, interpretable single-cell features for many thousands of drug conditions — all in one screen
Build custom scores to rank thousands of drugs
Create customized scorings of many interpretable features to rank your high content drug screens
Explore results from screen to single cells
Dive into your data and ask questions at the experiment level or all the way down to single cells using the world's most advanced suite of image analysis tech
Automatically analyze hundreds of single-cell features
Master single-cell analysis of your screen with automatic generation of hundreds of useful cellular features. Easily and quickly start exploring these features post-screen without endless setting configurations or fidgeting with finnicky segmentation issues. The Spring Engine offers two distinct buckets of features: "traditional features" that you may know and already be familiar with (like cell shapes, intensities, textures, and the like) and far more advanced "AI embeddings-driven features" that are trained to automatically detect your cells' most experimentally meaningful features.
Automatically analyze hundreds of single-cell features
Master single-cell analysis of your screen with automatic generation of hundreds of useful cellular features. Easily and quickly start exploring these features post-screen without endless setting configurations or fidgeting with finnicky segmentation issues. The Spring Engine offers two distinct buckets of features: "traditional features" that you may know and already be familiar with (like cell shapes, intensities, textures, and the like) and far more advanced "AI embeddings-driven features" that are trained to automatically detect your cells' most experimentally meaningful features.
Automatically analyze hundreds of single-cell features
Master single-cell analysis of your screen with automatic generation of hundreds of useful cellular features. Easily and quickly start exploring these features post-screen without endless setting configurations or fidgeting with finnicky segmentation issues. The Spring Engine offers two distinct buckets of features: "traditional features" that you may know and already be familiar with (like cell shapes, intensities, textures, and the like) and far more advanced "AI embeddings-driven features" that are trained to automatically detect your cells' most experimentally meaningful features.
Automatically analyze hundreds of single-cell features
Master single-cell analysis of your screen with automatic generation of hundreds of useful cellular features. Easily and quickly start exploring these features post-screen without endless setting configurations or fidgeting with finnicky segmentation issues. The Spring Engine offers two distinct buckets of features: "traditional features" that you may know and already be familiar with (like cell shapes, intensities, textures, and the like) and far more advanced "AI embeddings-driven features" that are trained to automatically detect your cells' most experimentally meaningful features.
AI-driven screens require cutting-edge QC
We agree with Uncle Ben: "With great power, comes great responsibility." AI is extremely powerful — but it's also extremely good at detecting biases. It's critical to use QC technology built specifically to assess AI-readiness of your screening data. We built extensive QC tools into the Spring Engine to make sure you know your screening results are of the highest quality before making critical pipeline decisions.
AI-driven screens require cutting-edge QC
We agree with Uncle Ben: "With great power, comes great responsibility." AI is extremely powerful — but it's also extremely good at detecting biases. It's critical to use QC technology built specifically to assess AI-readiness of your screening data. We built extensive QC tools into the Spring Engine to make sure you know your screening results are of the highest quality before making critical pipeline decisions.
AI-driven screens require cutting-edge QC
We agree with Uncle Ben: "With great power, comes great responsibility." AI is extremely powerful — but it's also extremely good at detecting biases. It's critical to use QC technology built specifically to assess AI-readiness of your screening data. We built extensive QC tools into the Spring Engine to make sure you know your screening results are of the highest quality before making critical pipeline decisions.
AI-driven screens require cutting-edge QC
We agree with Uncle Ben: "With great power, comes great responsibility." AI is extremely powerful — but it's also extremely good at detecting biases. It's critical to use QC technology built specifically to assess AI-readiness of your screening data. We built extensive QC tools into the Spring Engine to make sure you know your screening results are of the highest quality before making critical pipeline decisions.
Build custom and AI-driven scores to rank screening results
Scientists can create customized ranking scores that combine their own hand-selected list of AI-powered features to rank drug screens. Save, share, and iterate on these scores with your team to narrow down top candidates. These hand-crafted custom scores are a powerful way to combine human expertise with AI-surfaced cellular features.
Build custom and AI-driven scores to rank screening results
Scientists can create customized ranking scores that combine their own hand-selected list of AI-powered features to rank drug screens. Save, share, and iterate on these scores with your team to narrow down top candidates. These hand-crafted custom scores are a powerful way to combine human expertise with AI-surfaced cellular features.
Build custom and AI-driven scores to rank screening results
Scientists can create customized ranking scores that combine their own hand-selected list of AI-powered features to rank drug screens. Save, share, and iterate on these scores with your team to narrow down top candidates. These hand-crafted custom scores are a powerful way to combine human expertise with AI-surfaced cellular features.
Build custom and AI-driven scores to rank screening results
Scientists can create customized ranking scores that combine their own hand-selected list of AI-powered features to rank drug screens. Save, share, and iterate on these scores with your team to narrow down top candidates. These hand-crafted custom scores are a powerful way to combine human expertise with AI-surfaced cellular features.
“This is an amazing software platform to handle single-cell phenotypes. I haven’t seen anything else on the market like it.”
— Head of Imaging, Big Pharma
“This is an amazing software platform to handle single-cell phenotypes. I haven’t seen anything else on the market like it.”
— Head of Imaging, Big Pharma
“This is an amazing software platform to handle single-cell phenotypes. I haven’t seen anything else on the market like it.”
— Head of Imaging, Big Pharma
See what happens when scientists use Spring
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Try out our tools with your existing workflow, or we can create a custom experience for you.
For industry
Spring tools are licensed by pharma, biotechs, startups, and research groups of all kinds.
For academics
We make it easy for academic research groups and non-profits to try Spring's tools.
For educators
Educators are invited to use Spring in the classroom and with their research students.
Ready to get started?
Try out our tools with your existing workflow, or we can create a custom experience for you.
Ready to get started?
Try out our tools with your existing workflow, or we can create a custom experience for you.
Ready to get started?
Try out our tools with your existing workflow, or we can create a custom experience for you.
Ready to get started?
Try out our tools with your existing workflow, or we can create a custom experience for you.
PARTNERSHIPS
Spring's tech is used by a range of partners across biotech, pharma, and academic research. We provide both strategic collaborations and software licensing.
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