healthKERI Company Profile
Background
Overview
healthKERI is a cybersecurity company specializing in secure data exchange solutions for the healthcare industry. Founded in 2024, the company is headquartered in Orem, Utah, and operates with a team of approximately 7 employees.
Mission and Vision
healthKERI's mission is to ensure that health data is easy to share and impossible to hack. The company aims to provide healthcare organizations with control over their sensitive health information by implementing a zero-trust data exchange framework.
Primary Area of Focus
The company focuses on enhancing cybersecurity in healthcare by offering solutions that secure data exchanges without relying on shared secrets or third-party certifiers. This approach aims to mitigate the risk of data breaches and fraud in the healthcare sector.
Industry Significance
healthKERI addresses the critical need for secure data exchange in healthcare, a sector increasingly targeted by cyber threats. By providing a zero-trust architecture, the company contributes to the integrity and confidentiality of health data, which is essential for patient safety and trust in healthcare systems.
Key Strategic Focus
Core Objectives
- Zero-Trust Data Exchange: Implementing a zero-trust framework to ensure that every data transaction is authenticated and verified without relying on shared secrets.
- Automated Security Processes: Developing solutions that automate security tasks, reducing manual workload and potential human errors.
- Post-Quantum Security: Ensuring that data exchange methods are secure against future quantum computing threats.
Specific Areas of Specialization
- Healthcare Cybersecurity: Focusing on securing health data exchanges to protect patient information and comply with industry regulations.
- Zero-Trust Architecture: Designing and implementing zero-trust security models tailored for healthcare environments.
Key Technologies Utilized
- Key Event Receipt Infrastructure (KERI): A protocol that enables secure, self-certifying data exchange without the need for third-party certifiers.
- Cryptographic Digital Signatures: Utilizing cryptographic methods to authenticate and verify data transactions.
- Secure Service Edge (SSE): A component that replaces traditional access controls with cryptographic bindings between actors and actions.
Primary Markets or Conditions Targeted
healthKERI primarily targets healthcare providers, health systems, and healthcare technology vendors that require secure data exchange solutions to protect sensitive patient information and comply with industry regulations.
Financials and Funding
Funding History
As of the latest available information, healthKERI has not publicly disclosed details regarding its funding history, total funds raised, or specific funding rounds.
Notable Investors
Specific details about investors are not publicly available.
Intended Utilization of Capital
While specific plans are not disclosed, the capital is likely intended to support the development and scaling of healthKERI's cybersecurity solutions, enhance research and development efforts, and expand market reach within the healthcare sector.
Pipeline Development
healthKERI is actively developing solutions to secure data exchanges in healthcare. A notable initiative is the development of Archimedes, a secure AI agent designed to automate network tasks such as certificate management, VPNs, and SFTP, thereby streamlining DevOps processes.
Target Conditions
The primary focus is on securing health data exchanges to prevent breaches and fraud, ensuring the integrity and confidentiality of patient information.
Relevant Timelines for Anticipated Milestones
Specific timelines for product development and deployment are not publicly disclosed.
Technological Platform and Innovation
Proprietary Technologies
- Key Event Receipt Infrastructure (KERI): A protocol that enables secure, self-certifying data exchange without the need for third-party certifiers.
- Cryptographic Digital Signatures: Utilizing cryptographic methods to authenticate and verify data transactions.
Significant Scientific Methods
- Zero-Trust Architecture: Implementing a security model that assumes no user, device, or system should be trusted by default, enforcing "least privilege access."
- Secure Service Edge (SSE): A component that replaces traditional access controls with cryptographic bindings between actors and actions.
AI-Driven Capabilities
- Archimedes: A secure AI agent designed to automate network tasks such as certificate management, VPNs, and SFTP, streamlining DevOps processes.
Leadership Team
Jared Jeffery, MBA – Co-Founder and CEO
Jared has over a decade of experience in healthcare interoperability. He holds an MBA in healthcare management and is a fellow of the American College of Health Data Management. Jared frequently speaks at industry events, including Silicon Slopes and the Healthcare IT Marketing Conference.
Philip Feairheller – Co-Founder and CTO
Philip is the vLEI Architect at GLEIF, responsible for the technical architecture and development of the Verifiable LEI (vLEI) ecosystem. He has over 30 years of experience in building technology platforms and protocols for startup companies and serves as Co-Chair of the KERI/ACDC Task Force and the did:webs Task Force of the Technology Stack Working Group at Trust Over IP.
Mitchell Josephson, MBA – Chief Strategy Officer
Mitchell serves as the President of the American College of Health Data Management and as CEO of HDM Group. He holds an MBA and has a background deeply rooted in healthcare IT. Mitchell's mission is to advance healthcare's quintuple aim, and he has expertise in developing new product lines at KLAS Research.
Samuel Smith, Ph.D. – Founding Advisor and Architect
Samuel is the inventor of the KERI protocol and has a long career in machine learning, AI, and verifiable identity systems. He has published over 100 refereed publications and has been the principal investigator on many federally funded research projects. Samuel serves as the Chief Architect of healthKERI.
Ari Argoud, MCS – Full-Stack Developer
Ari is an innovator at the intersection of cybersecurity and artificial intelligence. With a background in Molecular, Cell, and Developmental Biology and a Master's in Computer Science focused on Big Data Systems, he utilizes machine learning models and evolutionary computing techniques to enhance cybersecurity solutions for healthcare.
Alana Jeffery – Accounting and Project Manager
Alana has 11 years of experience as an entrepreneur and has honed her project management skills in the corporate world. She has managed large-scale events and is recognized for her coordination and logistics leadership. Alana plays a key role in the operational efficiency of healthKERI.
Kenneth Deans Jr., DHA – Advisor
Dr. Kenneth R. Deans Jr. has over 35 years in healthcare, technology, and education. He is the President and CEO of Health Sciences South Carolina and has held leadership positions at various healthcare organizations. Dr. Deans also serves as an adjunct faculty member at William & Mary's Raymond A. Mason School of Business.
Leadership Changes
As of the latest available information, there have been no significant changes or appointments within healthKERI's leadership team.
Competitor Profile
Market Insights and Dynamics
The healthcare cybersecurity market is experiencing significant growth due to increasing cyber threats targeting sensitive patient data. Organizations are seeking robust solutions to ensure data integrity and compliance with regulations.
Competitor Analysis
healthKERI operates in a competitive landscape with several key players offering cybersecurity solutions for healthcare. Notable competitors include Provenant, which provides verifiable digital communication across global telecom networks, and other companies specializing in secure data exchange and identity verification.
Strategic Collaborations and Partnerships
healthKERI has been selected to join the Techstars Boston ’25 Cohort, gaining access to top-tier mentors, investors, and resources to fuel its mission of solving healthcare's third-party risk problem.
Operational Insights
healthKERI differentiates itself by implementing a zero-trust architecture that eliminates reliance on shared secrets and third-party certifiers, reducing the attack surface to a single, cryptographically secure point. This approach enhances the security and integrity of health data exchanges.
