MODELUS

Deep AI for
biological images.

Deep AI for
biological images.

Deep AI for
biological images.

Translate images into discoveries, decisions,
and diagnoses

WE QUANTIFY YOUR BIOLOGY

We transform complex biological images into reproducible, quantitative insights, enabling researchers to validate, compare, and predict outcomes with confidence

BENEFITS

Why Modelus?

Why Modelus?

Everything you need to standardize, validate, and scale organoid and 3D tissue analytics.

Assay-Aware AI Models

Pretrained for spheroids, organoids, and 3D tissues — no retraining required.

Assay-Aware AI Models

Pretrained for spheroids, organoids, and 3D tissues — no retraining required.

Assay-Aware AI Models

Pretrained for spheroids, organoids, and 3D tissues — no retraining required.

Reproducible Quantification

Standardized morphology and viability metrics for consistent, traceable results.

Reproducible Quantification

Standardized morphology and viability metrics for consistent, traceable results.

Reproducible Quantification

Standardized morphology and viability metrics for consistent, traceable results.

Ready for Translation

Regulatory-aligned outputs for comparable, audit-ready in-vitro data.

Ready for Translation

Regulatory-aligned outputs for comparable, audit-ready in-vitro data.

Ready for Translation

Regulatory-aligned outputs for comparable, audit-ready in-vitro data.

FEATURES

Custom Analytics, Built with AI

Custom Analytics, Built with AI

Everything you need to build, customize, and deploy analysis pipelines for biological image data.

Pretrained Modules

Start with proven segmentation and morphology models, optimized for biological imaging.

Pretrained Modules

Start with proven segmentation and morphology models, optimized for biological imaging.

Pretrained Modules

Start with proven segmentation and morphology models, optimized for biological imaging.

Custom Pipelines

Build and chain analysis steps for your specific assays - no coding required.

Custom Pipelines

Build and chain analysis steps for your specific assays - no coding required.

Custom Pipelines

Build and chain analysis steps for your specific assays - no coding required.

Quality Control Metrics

Automatically flag outlier wells, edge effects, or poor spheroid formation.

Quality Control Metrics

Automatically flag outlier wells, edge effects, or poor spheroid formation.

Quality Control Metrics

Automatically flag outlier wells, edge effects, or poor spheroid formation.

Spatial & Temporal Analytics

Measure invasion, necrosis, and time-based response kinetics.

Spatial & Temporal Analytics

Measure invasion, necrosis, and time-based response kinetics.

Spatial & Temporal Analytics

Measure invasion, necrosis, and time-based response kinetics.

Hardware-Agnostic Integration

Use Modelus with any microscope — no new hardware or infrastructure needed.

Hardware-Agnostic Integration

Use Modelus with any microscope — no new hardware or infrastructure needed.

Hardware-Agnostic Integration

Use Modelus with any microscope — no new hardware or infrastructure needed.

APPLICATIONS

Built for Every Model — From Cells to Tissues

Modelus quantifies key biological processes across organoids, tumoroids, 2D cultures, and tissue sections, enabling reproducible insight from image data.

Organoid Viability & Morphology

Quantify structure, cell density, and viability with spatial maps and standardized QC metrics.

Organoid Viability & Morphology

Quantify structure, cell density, and viability with spatial maps and standardized QC metrics.

Organoid Viability & Morphology

Quantify structure, cell density, and viability with spatial maps and standardized QC metrics.

Tumoroid Invasion Assays

Measure radial invasion, boundary irregularity, and treatment-dependent motility directly from images.

Tumoroid Invasion Assays

Measure radial invasion, boundary irregularity, and treatment-dependent motility directly from images.

Tumoroid Invasion Assays

Measure radial invasion, boundary irregularity, and treatment-dependent motility directly from images.

2D Cell Culture Analysis

Extract cell counts, confluency, and phenotype metrics from fluorescence or brightfield images.

2D Cell Culture Analysis

Extract cell counts, confluency, and phenotype metrics from fluorescence or brightfield images.

2D Cell Culture Analysis

Extract cell counts, confluency, and phenotype metrics from fluorescence or brightfield images.

Histopathology Benchmarking

Compare organoid morphology or nuclei segmentation performance against reference tissue datasets.

Histopathology Benchmarking

Compare organoid morphology or nuclei segmentation performance against reference tissue datasets.

Histopathology Benchmarking

Compare organoid morphology or nuclei segmentation performance against reference tissue datasets.

Toxicity Response Profiling

Track treatment response kinetics, necrotic spread, and selective toxicity across time.

Toxicity Response Profiling

Track treatment response kinetics, necrotic spread, and selective toxicity across time.

Toxicity Response Profiling

Track treatment response kinetics, necrotic spread, and selective toxicity across time.

Time-Lapse Drug Studies

Capture dynamic cell death or growth events and compute rate-based metrics automatically.

Time-Lapse Drug Studies

Capture dynamic cell death or growth events and compute rate-based metrics automatically.

Time-Lapse Drug Studies

Capture dynamic cell death or growth events and compute rate-based metrics automatically.

WORKFLOW

How Modelus Works

From raw microscopy images to interpretable biological insight — all in one workflow.

STEP 1

STEP 2

STEP 3

01

Upload & Configure

Upload image datasets from any microscope and select assay-specific analysis presets.

STEP 1

STEP 2

STEP 3

01

Upload & Configure

Upload image datasets from any microscope and select assay-specific analysis presets.

STEP 1

STEP 2

STEP 3

01

Upload & Configure

Upload image datasets from any microscope and select assay-specific analysis presets.

INTEGRATIONS

Compatible with Every Lab Setup

Modelus integrates seamlessly with your existing imaging and data infrastructure, no new hardware or workflow disruptions required.

"Our AI automation plugs into your stack to create a unified, intelligent workflow"

COMPARISON

Why Choose Modelus Over Others

Why Choose Modelus Over Others

See how Modelus compares against manual image analysis and generic AI tools.

Built for biological imaging - pretrained models tuned for organoids, 2D cultures, and tissues.

No new hardware required, works with images from any microscope.

Configurable pipelines, build custom analyses without coding.

Reproducible quantification — standardized metrics for cross-experiment comparison.

Regulatory-ready outputs — QC indices and reports aligned with FDA Modernization Act trends.

Others

Generic computer-vision tools not optimized for biological data.

Require retraining or custom scripts for each new assay.

Depend on specific hardware or imaging formats.

Inconsistent results across operators and microscopes.

Lack standardized QC or traceability for regulatory use.

OUR AMAZING TEAM

Meet the Modelus Founders

Combining expertise in biomedical imaging, AI, and translational research to make organoid and tissue analytics reproducible, interpretable, and scalable.

Prem Umang Satyavolu

Founder / CEO

Biomedical engineer and entrepreneur with experience bridging imaging, data science, and translational R&D.

user pic

Prem Umang Satyavolu

Founder / CEO

Biomedical engineer and entrepreneur with experience bridging imaging, data science, and translational R&D.

user pic

Prem Umang Satyavolu

Founder / CEO

Biomedical engineer and entrepreneur with experience bridging imaging, data science, and translational R&D.

user pic

Aarat Satyavolu

Chief Product Officer

Leads product development and user experience at Modelus, focused on scalable AI tools for biological data.

user pic

Aarat Satyavolu

Chief Product Officer

Leads product development and user experience at Modelus, focused on scalable AI tools for biological data.

user pic

Aarat Satyavolu

Chief Product Officer

Leads product development and user experience at Modelus, focused on scalable AI tools for biological data.

user pic

Reach out anytime

Ready to Quantify Biology Smarter? Let’s Build the Future of In-Vitro Analytics.

Schedule a demo or explore how Modelus can accelerate your next assay or QC workflow.

Reach out anytime

Ready to Quantify Biology Smarter? Let’s Build the Future of In-Vitro Analytics.

Schedule a demo or explore how Modelus can accelerate your next assay or QC workflow.

Reach out anytime

Ready to Quantify Biology Smarter? Let’s Build the Future of In-Vitro Analytics.

Schedule a demo or explore how Modelus can accelerate your next assay or QC workflow.