Store more. Carry less.
Lower the data footprint of growing whole-slide archives.
Imaging data
optimized
The optimization layer for large medical images.
Improve storage and access economics. Embed POP in your platform, or use it directly through POP Access.
Partnered with FujifilmOctober 2025Read announcement ↗
THE POP ADVANTAGE
Less data overhead.
More room to scale.
Keep work moving.
Rapid compression and decompression support efficient processing and access.
Open your options.
Bring supported scanner formats into a common optimization workflow.
Choose your balance.
Select optimization modes and assess image differences against your criteria.
Performance and financial outcomes depend on your source data, configuration, infrastructure, and workflow.
Precidx Optimization Platform / POPOne platform.
One platform.
Two products.
POP Engine
For OEMs, imaging platforms, and infrastructure providers
APIs and software components for your operations, your customers, or both.
Explore POP Engine ↓POP Access
For healthcare organizations, pathology groups, and research teams
A ready-to-use workspace for making whole-slide collections more accessible and useful.
Explore POP Access ↓01 / POP EngineBuild optimization
Build optimization
into your offering
Add optimization to the imaging product your customers already use. Precidx supplies the processing, quality assessment, and output capabilities; you own the experience.
- Integrate once. Work across supported scanner formats through a common API layer.
- Configure for the workflow. Balance processing speed, footprint, and image quality.
- Deliver through your platform. Scope optimized storage and access for internal operations or customer deployments.
Explore the technical profile
Optimization modesFast · Max · Fidelity
Prioritize conversion speed, smaller files, or tissue-aware color assessment.
Input coverageMulti-format WSI
Includes supported SVS, iSyntax, TIFF, and DICOM WSI inputs. Confirm your scanner and file variant during evaluation.
Archive portabilitySVS & DICOM export
Export PCDX archives to standard formats for compatible receiving systems.
DeploymentOn premises or cloud
Local folders or S3-compatible storage; browser and Windows desktop access options.
Recorded test results · October 2026
69–92% storage reduction in Fast mode across five scanner slides. A 315 MB SVS converted in 6.3 seconds on a 12-core desktop.
Results are sample- and hardware-specific and describe the tested research configuration. Clinical and AI suitability is assessed separately for the intended deployment.
POP ENGINE / INTERACTIVE DATA FLOWSelect a stage
Output
Your imaging platform or infrastructure service
Integration overview. Reader support and receiving-system compatibility are confirmed for your deployment.
02 / POP AccessTurn your archive
Explore POP Access ↗
Turn your archive
into an asset
Optimize, view, and organize whole-slide collections in one workspace. Deploy on premises or in the cloud.
Build toward research value. Scope dataset preparation, linked pathology context, de-identification, and authorized sharing with Precidx around your institution’s requirements.
POP ACCESS / FROM STORED SLIDES TO USEFUL COLLECTIONS
Workflow overview. Research extensions are scoped with your institution.
Measured evidence
Evidence you can examine
The Precidx–Hoag pilot assessed file size, image similarity, and reader agreement in a defined whole-slide dataset.
84.79%
Average file-size reduction across 97 evaluated WSIs.
Evaluate POP on your data ↓From fit to implementation
Prove the fit on your data
Define the environment
Share representative slides, systems, volumes, and intended use.
Measure the difference
Review footprint, processing time, quality, compatibility, and total economics.
Plan the deployment
Agree on integration, licensing, support, and acceptance criteria.
Questions, answered
Before we get started
Will POP replace our image management system?
POP complements your imaging infrastructure. Integration is scoped alongside your existing IMS, storage, and operational workflows.
How do you establish infrastructure savings?
We model software, processing, storage tiers, retained source files, transfer, and retrieval against your actual volumes and access patterns. File-size reduction alone is not the same as cost savings.
Can optimized images support clinical or AI workflows?
POP Engine is designed to optimize storage and access within imaging infrastructure. Qualification for primary diagnosis and AI workflows is assessed for the specific output, receiving platform, and intended use, supported by application-specific evidence and validation with the relevant platform providers.
POP Access brings the same underlying optimization technology into research-focused WSI archive workflows—turning stored slides into accessible, organized collections for research and dataset preparation.
What if we need another imaging modality?
Whole-slide imaging is our current focus. Discuss other medical imaging applications with us to assess technical fit and availability.
About Precidx
More value from every image
Our focus is the infrastructure behind imaging: helping platforms and healthcare teams make large image collections sustainable to operate and useful to work with.
Meet the founders
Let’s connect
Bring us your imaging challenge
Tell us about your platform, archive, or workflow. We’ll identify the right route into POP.
Prefer email? info@precidx.com
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