ChromaCode Cloud
ACTIONABLE DATA IN MINUTES
Streamlined data analysis to
provide comprehensive results
We know data analysis is one of the most crucial aspects of the lab workflow. That’s why ChromaCode Cloud is a significant part of our technology platform. It provides simplified data analysis so you can deliver timely and comprehensive results.
Workflow
Modern web application provides configurable and comprehensive visualization of HDPCR™ assay data
Secure
Easy-to-use interface that offers remote log-in on any device for authorized users
Simple
Developed with state-of-the-art security controls, compliant with industry standards
Workflow
Enhance your lab’s molecular profiling capabilities with our HDPCR™ technology and instrument agnostic platform. With this simplified solution you can bring multi-analyte, multi-well, high content assays for oncology and other genomic applications to your lab.
Export the PCR run file
Supports most standard real-time and digital PCR instrument output files.
Upload file to ChromaCode Cloud
Data is extracted from files and stored securely.
Review results
Results are generated in seconds and can be viewed in the web application.
Download reports
Results report can be viewed in a PDF format or exported to external systems such as LIMS or third-party reporting applications.
Innovating Lab Technology with HDPCR + ChromaCode Cloud
Intelligent data
visualizations
Users have the ability to view plate summaries and well details to ensure confidence in assay results.
Multi-Instrument Compatibility
Ability to interpret raw data from standard instruments in seconds
Highly-Secure and Compliant
Data privacy best practices, state of the art security controls, and compliant with industry standards such as HIPAA, HITRUST, and ISO 13485 certified
No Install Required
Account setup in minutes with two easy steps
Flexible Assay Configurations
Ability to customize assay configuration settings to fit institution-specific testing needs
Easy-to-Use
Intuitive user interface provides comprehensive visualization of HDPCR™ data
