Unique Solution for CMS RHT (Rural Hospital Transformation)

Below are videos, podcasts, slide decks, PDFs, and white papers that explain and answer the 'How' and 'Why'.

• PQC+: A Post-Quantum AI Governance and Security Solution for CMS Interoperability 
• PQC+ is a post-quantum solution that closes AI governance gaps and defends against future quantum threats. 
• PQC+ supports flexible deployment options (cloud-native, hybrid, air-gapped) and integrates seamlessly with native FHIR 4, Epic, and Cerner-certified systems, as well as QHIN connectivity. 
• This security architecture was analyzed against the Q1 2026 CMS interoperability framework. 

Below are videos, podcasts, slide decks, PDFs, White papers that explain and answer the How and Why.

• Full CMS Compliance: The solution is fully compliant and deployment-ready across the five pillars of CMS compliance: patient access, provider access, data availability, network connectivity, and identity and trust.
• Closing Critical Gaps: PQC+ addresses five key vulnerabilities: a lack of AI-specific consent, a lack of continuous model monitoring, data rights and transparency issues, workflow fragmentation, and post-quantum vulnerabilities.
• Future-Proof Threat Defense: PQC+ provides a definitive defense against "Harvest Now, Decrypt Later" (HNDL) threats, in which adversaries stockpile today's encrypted data for future quantum computers to decrypt.
• Comprehensive Coverage: It goes beyond standard assessments, such as High-Risk, by covering compliance, AI governance, cryptography, and validation.

• Smart Compliance (Automated AI Gateway): Think of this as a super-smart security checkpoint for any request involving AI. It automatically checks requests, makes sure everyone has given consent, hides sensitive data (like a blurring filter) if necessary, and only then releases the secure information.
• Dynamic Enforcement (Real-Time Rules): This system applies rules in real-time and at a very detailed level. For example, it can allow a hospital's AI to use your data for patient care (permitted clinical use) but instantly block a random third-party company from using the exact same data to train their commercial AI (blocked third-party training). It also knows the difference between federal laws and state laws and follows the strictest one.
• Mathematical-Level Post-Quantum Cryptography (Future-Proof Encryption): This is encryption that's so advanced it's designed to be unbreakable even by the super-powerful quantum computers of the future. It uses three specific, government-approved methods:
  • FIPS 203: Used for securely creating and exchanging the secret keys needed for locking and unlocking data.
  • FIPS 204: Used for digital signatures, ensuring that the person who sent the data is definitely who they say they are.
  • FIPS 205: Acts as a mathematically proven backup method to ensure that data stored for a long time remains absolutely intact and hasn't been tampered with.

  Architectural Defense Paradigm Shift (Access Built into the Lock): Instead of just having a password to get to the data, the rules for accessing the data are actually hidden inside the encryption key itself. This is done using a method called Attribute-Based Encryption (ABE). This means decryption is mathematically impossible unless the person trying to open the data has all the correct "attributes" (like being a doctor in a specific department) that satisfy the security rule embedded in the key.