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Discover the radiomics revolution – accelerate drug discovery with AI-native, multimodal imaging automation.

  • Faster Timelines
  • AI Analysis
  • Radiomic Biomarkers

Leverage the full power of biomedical imaging

Manual segmentation slows timelines, fragmented systems limit reproducibility, and researchers spend too much time managing files instead of generating insight.InvivoAX changes all that.

  • Accelerate study timelines Move from scan to insight faster with automated segmentation.
  • Increase throughput at scale Process multimodal imaging datasets efficiently across studies.
  • Increase data throughput Generate structured radiomic outputs ready for modelling.

Trusted by leading organizations

Invivo turns raw data into
actionable insights

Extract high-dimensional radiomic biomarkers from CT, MRI, PET and optical scans — transforming raw images into structured, quantifiable data ready for real discovery. Move seamlessly from annotation to analysis in a single, unified workflow.

  • Streamlined Multi-Modal Ingestion
  • Dynamic Project Architect
  • Algorithmic Extraction Engine

From secure data to export-ready results

Centralise, process and export your imaging data through one automated pipeline. Generate structured datasets, high-resolution visuals and presentation-ready outputs, without manual file handling or workflow friction.

  • Accelerated Throughput & Resource Efficiency
  • Automated Quality Control & Error Mitigation
  • End-to-End Auditability & Provenance

AI-Native segmentation at scale

Eliminate manual ROI tracing with predictive, one-click segmentation. Reduce bias, increase throughput and generate consistent, high-precision radiomic features in seconds — not hours.

  • Proprietary Deep-Learning Architectures
  • Eliminate Human Variability
  • Massively Parallelized Data Synthesis

One unified research ecosystem

Navigate your entire imaging portfolio from a single project map. Instantly move between raw scans , segmented regions and final outputs seamlessly — without losing context or breaking analytical flow.

  • Multi-Scale Granular Navigation
  • Cohesive Relational Data Mapping
  • Result-Centric Workflow Orchestration
100x Faster
3x More data
5x Cheaper per subject than CROs

Validated by Peer-Reviewed NIH Grants

"In preclinical drug development, manual PET/CT biodistribution analysis is incredibly labor-intensive and prone to high inter-operator variability. By implementing the InvivoAX PET/CT module alongside Body Conforming Animal Molds (BCAMs), we completely transformed our workflow. What used to take multiple operators hours of tedious manual segmentation is now processed automatically in under 10 minutes. It has drastically scaled our team's efficiency while delivering highly reproducible data."
Ziyue Karen Jiang
Drug Safety R&D, Discovery & Early Development, Pfizer, Inc.
"InvivoAX is a groundbreaking R&D tool for preclinical image analysis. As a virologist, I utilized InvivoAX in our recent COVID-19 published studies, and the results were nothing short of extraordinary. It has completely elevated our workflow."
Florian Douam, PhD
Principal Investigator
Boston University National Emerging Infectious Diseases Laboratories (NEIDL)
"As the manager of a high-throughput imaging core, my priority is always efficiency without sacrificing scientific accuracy. InvivoAX has completely transformed our workflow. The AI-enabled automated image analysis eliminates hours of manual, repetitive segmentation, allowing our researchers to get accurate data faster than ever before. What truly sets InvivoAX apart, though, is its RAG LLM capability. Being able to use simple text prompts to run complex analyses, generate statistics, and instantly report on our experiments is a massive game-changer. It removes the technical friction of data processing, letting us interact with our experimental results conversationally. InvivoAX is an incredible asset for our core facility."
Teri Blevins
Manager, PET and Optical Imaging Core
University of Washington
Turn data into discovery
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The future should be seen, not just imagined.