Precision Health Cloud

We understand that optimal treatment and drug discovery depends on uncovering relationships within data from many different sources. However, current healthcare IT systems do not democratize data, hindering research and discovery.

The LifeOmic Precision Health Cloud (PHC) was created to break down the silos that exist between current systems.

The PHC can integrate genomic, EHR, imaging, demographic and any other data set. It indexes all of this data so you can effortlessly combine and visualize it either as part of ad hoc exploration or within applications such as clinical decision support. Additionally, machine learning models can uncover the most nuanced but important relationships.

The PHC is a platform in the most revolutionary sense. It is easy to use the PHC to connect to existing visualization tools, create new applications, or explore data directly. It supports integration with any language and framework including R, Python, Swift, Objective-C, Android, Javascript, and more. It seamlessly integrates with the analysis and visualization tools you use today such as Jupyter Notebook, R Studio, Tableau, Spotfire and more.

You can even collocate your microservices and Docker containers to enable the best performance and security.

The PHC is a cloud platform that is secure and virtually infinitely scalable. Our zero-trust, security first architecture is more secure than on-premise systems. Your data is always yours and under your control.

The Precision Health Cloud is HIPAA compliant, HITRUST CSF Certified and GDPR compliant.

The LifeOmic® Precision Health Cloud (PHC) is a secure, reliable and scalable platform that enables researchers and clinicians to develop and deliver Precision Medicine.

The PHC was architected by the team that created one of the most complex cloud applications on Amazon Web Services (AWS). It was developed as a cloud first model, using the most secure, scalable design paradigms including a zero trust security model and serverless computing.

The PHC is a true platform, enabling our customers to store, combine and analyze data with any set of tools. We also deliver several key applications built on top of the PHC such as our Subject Viewer.

The Benefits of Microservices and Serverless Computing

Microservice-oriented architectures cost effectively deliver virtually limitless scalability and high security cost effectively.

Each unit of functionality is packaged as its own service. Serverless computing is used extensively so the microservice can be created, do its work in parallel and be shut down. This delivers:

  • Cost effectiveness – you are not paying for resources you are not using.
  • Scalability and performance – Microservices can be created in parallel delivering the best performance and scalability.
  • Security – Since each microservice is decoupled, if there ever was a security issue, it would be isolated to only one microservice thus the risk of information leakage would be drastically reduced. Additionally, transient serverless computing means that patching (the lack of which is the most common cause of exploits) happens much more quickly.

The Subject Viewer application provides a configurable view of patients’ or subjects’ longitudinal history, combining clinical and genomic data to better facilitate care. By looking across subjects, both current and past, you can truly develop and provide the best treatment options.

The Subject Viewer was designed to be customizable with the ability to add, remove and build new graphs and widgets. Additionally, media files such as images, videos, documents and other files can be easily opened from within the Subject Viewer.

Subject Viewer | Precision Health Cloud

The Insights application enables analyzing and visualizing subject data using custom graphs. Insights displays the results of aggregate data analysis and machine learning.

Insights allows you to query across multiple patients, from small cohorts to entire populations, to easily understand a variety of attributes and trends. The ability to customize queries enables ad hoc exploration of groups of patients with no software development or complex query languages. Our easy-to-use, graphical interface provides clear data visuals. It allows anyone, even those without a bioinformatics background, to analyze and intuitively understand their data.

As with all components of the Precision Health Cloud, the Insights module is customizable and extendable to support your organization and projects.

Optical Character Recognition (OCR) to Automatically Transcribe Faxes and Scanned Documents

Data ingestion, especially from unstructured sources, is a headwind to realize the advantages of precision health. Unfortunately, healthcare is fraught with poor quality printed documents and faxes that need to be structured to be actionable. Typically, they are either scanned into an EMR as a file attachment or even worse, end up in a filing cabinet.

The Precision Health Cloud, through our Artificial Intelligence (AI) Optical Character Recognition technology (OCR), can automatically turn faxes and scanned medical documents into structured data.

This technology is easy to use, cost-effective and highly accurate. Even the messiest and illegible documents can be interpreted. Procedures, observations, medications and interventions are automatically highlighted. The contents of the document can easily be searched. Once the data is structured, it is converted to FHIR resources that can be used in the Precision Health Cloud as well as integrated back into your EMR systems.

Schedule a demo and make those stacks of faxes and scanned documents valuable today.

Surveys and Patient Reported Outcomes

Surveys are a key component in patient-reported outcomes (PRO or ePRO) to support both research and clinical applications. It is important to have a platform that makes creating, managing and delivering surveys easy for researchers and clinicians. It is also critical to have a platform that makes it easy for patients to find and complete surveys – wherever and whenever. Finally, analyzing the survey responses, especially in conjunction with other data from the patient, gives researchers and clinicians the tools they need to accelerate research and deliver better patient outcomes.

The Precision Health Cloud supports even the most complex surveys with conditional branching. The interactive survey builder makes it easy to create and maintain the surveys.

The Precision Health Cloud supports the following survey features:

  • Cloud-based infrastructure, no installation required
  • Intuitive survey builder that allows for custom question types and branching logic
  • HIPAA, HITRUST CSF certified and FDA Title 21 CFR Part 11 compliant
  • Secure data storage in the Precision Health Cloud (PHC) for analysis
  • Ability to perform complex analysis by overlaying clinical data, genomics, wearables, medical devices and other patient-reported data
  • Clean and modern user interface
  • Intelligent survey assignment
  • eConsent integration and versioning controls
  • Responses stored as HL7 FHIR data
  • Desktop- and mobile-friendly
  • Easy to view result aggregations and participant demographic data
  • Dashboard to see survey status, time/date stamps and audit trail
  • Scheduling capabilities and reminders
  • Intelligent real-time email alerts based on responses
  • Ability to embed educational content
  • Surveys for the researcher to complete or the participant

AdventHealth, a large healthcare system headquartered in FL, received approval to run a population health study requiring genomic testing and participant-reported data over time. The AdventHealth research team created a custom consent and a series of surveys using the LifeOmic® Precision Health Cloud’s intuitive interface. Participants were able to review, accept, and manage their own consent as well as survey responses electronically.

AdventHealth and LifeOmic partner on population health initiatives

Informed consent is critical to any research project. Consent is required for any human subjects research project. The consent must be delivered in an easy to read format that clearly outlines the purpose of the research, procedures, costs and remuneration, alternatives to participation, any risks, benefits, time, the potential for placebo placement, withdrawal process and consequences.

In addition to creating the informed consent documentation, the researcher must manage the participant review and signature process as well as any revocation, or withdrawal of consent. Traditionally, this has been done using paper consent or cumbersome, disconnected software systems.

The Precision Health Cloud’s FDA Title 21 CFR Part 11 compliant eConsent streamlines the informed consent process by enabling researchers to easily create and manage the consent process all from within the PHC. All consents are automatically associated with a patient in the central repository, so information about who has consented to which studies co-exists with additional clinical, survey, sequencing, imaging and any other data in the Precision Health Cloud.

You can create the informed consent with a simple graphical editor. Additionally, you can choose whether you require a button, typed or mouse / finger signature.

Once created, for unsupervised consent, you can invite individuals to the project with the push of a button. They will receive an email where they can review and sign the consent.

For supervised consent, where a researcher or medical professional reviews the consent in person with the participant, the supervisor can walk the participant through the consent process on a computer, tablet or phone.

The Precision Health Cloud supports the following informed consent features:

  • Unsupervised and supervised consent workflows
  • Easily manage the consent forms including versioning and updates
  • Invite participants directly via the Precision Health Cloud
  • Dashboard to see consent status and time / date stamps and audit trail
  • Management of consent withdrawal
  • Consent templates that can be easily modified for your specific project
  • FDA Title 21 CFR Part 11 Compliant
  • Support for mobile, tablets and desktop web as well as fully integrate into LIFE Extend
Informed Consent

We know security is your top priority. Ours too. The Precision Health Cloud’s eConsent can be configured to meet United States (U.S.) Federal Regulation Title 21, Chapter 1, Part 11 – commonly referred to as 21 CFR Part 11. You can rest assured the document security and authenticity are adequately maintained as part of our electronic records process.

The Jupyter Notebook enables analysis of data in a computational notebook tool that supports over 40 programming languages including Python, R, Java and many more. Jupyter Notebook is the fastest growing notebook tool in use today.

The Precision Health Cloud seamlessly integrates with Juypter Notebook enabling you to run an interactive notebook environment adjacent to your data. You can easily do multimodal analysis in Jupyter Notebooks to accelerate your research and development. The Precision Health Cloud automatically allocates resources and provides secure, controlled access to the data. The Precision Health Cloud even supports using GPUs in Jupyter Notebooks to accelerate deep learning applications.

When you have built an algorithm, analysis or ML/AI model, you can easily package into a Docker container that can be run as a task or as part of a workflow.

Get a demo of the Precision Health Cloud Juptyer Notebook integration today.

PHC Jupyter Notebook Integration

Data holds the key to solving the challenge of precision genomics however current IT systems don’t facilitate the aggregation of data in a way that accelerates your progress. LifeOmic’s Precision Health Cloud is the cloud platform that enables you to use all of your genomic data to drive better patient outcomes. The PHC also integrates directly with sequencing vendors such as FoundationOne, NantOmics and more.

The Precision Health Cloud provides a platform to streamline analysis and annotation of your research and patient data.

Knowledge Base

  • A vast repository of biomedical and genomic information available from public, commercial and private sources. Information is transformed, harmonized and linked to allow for unified access. You can easily query and annotate your data thanks to this Knowledge Base information, which is fully integrated into the PHC. The Knowledge Base is integrated into Insights to enrich your understanding of derived findings.
  • Population and disease variant information from sources including: dbSNP, gnomAD, COSMIC and ClinVar. The PHC Knowledge Base contains oncological variant data and clinically relevant drug information from CIViC ( and CGI ( You can query for known details around variants, genes or genomic regions of interest. Future information sources will include pharmacogenomics drug variants, pathways, molecular signatures, biomarkers, etc.
  • Automatic updating. The Knowledge Base is updated in real-time from our sources, including versioning information, ensuring that the information is always up-to-date.

Omics Dashboard

The Omics Dashboard provides a summary of files ingested for each project including any errors found so you can stay on top of your caseload. Easily track recent test results and progress such as testing date, upload date and ingestion date.

Omics Explorer

Omic data for individual patients are easily navigated and filtered using the Omics Explorer feature in PHC. Both germline and somatic DNA variants (short, copy number and structural variants) along with RNA gene expression levels are extensively annotated with public and private databases using our internally curated Knowledge Base. Lifeomic’s genetic Knowledge Base accumulates multiple open and close source resources. This includes popular knowledge bases such as Clinvar, Cosmic, DBSnp, and more to support functional and clinical interpretation. Users can browse the variants ad hoc or create saved filters for automated variant analysis.

The Precision Health Cloud (PHC) is the first platform that seamlessly integrates genomic, clinical and other data. By supporting a variety of standards based interfaces, the PHC can easily ingest, aggregate and index data from many sources including:

  • FHIR for clinical and other health data
  • Genomic data using GA4GH
  • Imaging data
  • Audio and video sources
  • Any non-structured data files

Additionally, the PHC enables you to use the existing analysis tools that you use today without the need to burden IT to support additional views and queries of your data warehouse or other applications. Integrations include:

The PHC platform can support virtually any tool or application that can integrate with external data sources. It has a well documented set of APIs to streamline application integration. 

These integrations can run collocated with your data, eliminating the need for data downloads that take time, add complexity and present a security risk.

R Studio Integration
PHC Spotfile Integration

Schedule a demo today to learn how the PHC can enable you to deliver precision health and improve your patients’ outcomes.

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