Technology
The MedXT 11-Layer Infrastructure Framework
A quantum-resistant, blockchain-verified, AI-enabled backbone engineered from the ground up on zero-trust principles, cloud-native architecture, and open healthcare standards.
A quantum-resistant, blockchain-verified, AI-enabled backbone engineered from the ground up on zero-trust principles, cloud-native architecture, and open healthcare standards.
Each layer is independently hardened and jointly auditable. Together they form a single, verifiable source of truth for your data.
Every claim below is demonstrated live in our .
Adversaries are harvesting encrypted data today to decrypt once cryptographically relevant quantum computers arrive. MedXT uses NIST-standardized quantum-resistant algorithms, post-quantum encryption (NIST post-quantum standards) for key encapsulation and post-quantum signatures (NIST post-quantum standards) for digital signatures, protecting the 75-year confidentiality horizon that patient records require. Crypto-agile key management enables seamless algorithm migration as standards evolve.
Files are encrypted client-side, then content-addressed and distributed across the InterPlanetary File System. Every object is identified by a cryptographic CID derived from its contents, so any tampering is instantly detectable and no single server outage can take your data offline. Combined with multi-cloud and edge deployment, this removes single points of failure.
Portable, self-sovereign W3C digital credentials for patients, providers, payers, and devices. Identity verification is distributed rather than held in one breachable database, eliminating centralized identity vulnerabilities.
Verifiable encryption that validates data and credentials without exposing the sensitive information itself. Prove a claim is valid, a credential is current, or a record is unaltered, without revealing the underlying data.
Continuous verification of every user, device, and transaction with least-privilege access control and micro-segmentation across every layer. No implicit trust anywhere in the network.
Advanced models for anomaly detection, fraud prevention, clinical risk prediction, and public health surveillance. Suspicious patterns are flagged before they become incidents.
Every action on the platform, from a record view to a permission change, is signed with post-quantum signatures and chained into an immutable audit log. This site itself runs the same system: the green badge in the corner is signing your session right now.
API-first design with native FHIR, HL7, SMART on FHIR, and DICOM support. Integrates with major EHR platforms, imaging systems, hybrid cloud, and legacy on-premise environments with minimal disruption.
Compliance is enforced by the platform, not bolted on afterward.
Healthcare privacy and security rules enforced with automated consent and audit trails.
Security, availability, and confidentiality controls mapped and continuously monitored.
Control frameworks mapped across all 11 layers, including the NIST PQC migration roadmap.
Designed to FedRAMP Moderate/High baselines; StateRAMP-ready; CMMC alignment for defense health.
Data minimization, consent management, and the right to verifiable erasure workflows.
Open healthcare interoperability standards, native at the ingestion layer.
Accessibility compliance for all patient-facing and government-facing applications.
SBOM, signed builds, and continuous dependency scanning per federal requirements.
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