Clinical resilience, segmentation, or network consolidation must protect patient-impacting systems without slowing care delivery.

21Packets for healthcare
Keep clinical systems connected when care cannot wait
Connect hospitals, clinics, cloud services, telehealth workflows, and medical edge environments through a continuously validated, quantum-safe network fabric.
Operational use cases
Keep critical care workflows connected and contained.
Start with the clinical services that cannot become unavailable or exposed, then map the identity, path, and execution controls that protect each relationship.
Maintain approved access to EHR, medical imaging, pharmacy, telehealth, and edge-hosted clinical services across facilities and failure conditions.
Clinical service continuity
Maintain protected connectivity for EHR, PACS, pharmacy, and care-delivery systems as underlay paths degrade.
View BriefingConnected care
Support secure, low-latency telehealth and distributed clinical workflows across facilities and clouds.
View BriefingProtected data in use
Run approved sensitive processing inside hardware-backed trusted execution environments.
View BriefingMedical edge intelligence
Place approved inference close to devices and operations while governing locality and policy.
View BriefingIndustry architecture
A protected service path across the care environment
Healthcare connectivity spans clinical applications, real-time care, sensitive data, remote facilities, and a growing medical edge. 21Packets preserves approved service relationships as paths change while enforcing identity-bound policy at every participating Endlet.
- Separate clinical services into identity-bound trust zones
- Preserve approved care traffic when an underlay path degrades
- Continuously validate participating nodes before admission
Clinical continuity with contained trust zones
Approved care services remain connected while an affected segment stays isolated.
Operating model
Protect each clinical service relationship.
Identify
Bind each participating node and service to cryptographic identity and approved software state.
Segment
Limit communication between clinical systems, devices, users, and cloud workloads by policy.
Preserve
Transition approved care traffic to a healthy path while maintaining its logical service relationship.
Protect
Run selected sensitive processing and edge services inside governed, attested environments.
Evaluation priorities
Resilience designed around patient-impacting systems.
Machine-validated access
Endlets must satisfy identity, software-state, authorization, and attestation requirements before joining the fabric.
Segmented clinical boundaries
Identity-centric policy limits lateral movement between applications, devices, users, and care environments.
Protected processing
Approved workloads can execute within attested environments while service relationships remain governed by policy.
Architecture review
Questions to bring into the evaluation.
How would 21Packets be introduced without flattening clinical network boundaries?
Route and Service Endlets participate within approved trust zones. Identity-centric policy defines which clinical applications, devices, users, and workloads may communicate across those boundaries.
What happens to an active clinical service when an ISP path degrades?
Slip-Routing evaluates transport health and transitions traffic to a healthy, policy-approved path while DEFT preserves the active logical service relationship.
Can sensitive processing remain protected while data is in use?
Approved Service Endlets can use hardware-backed trusted execution environments for protected processing of code, keys, and data in use.
Can the same policy model span hospitals, clinics, clouds, and medical edge environments?
Yes. Route Endlets can participate across branches, data centers, cloud VPCs and VNets, and approved medical-edge or workload boundaries under one identity and lifecycle model.
Review a clinical service path
Trace one care workflow across facilities, clouds, and failure conditions.
Bring a priority clinical service, its trust boundaries, and the paths it depends on. We’ll map where identity, segmentation, and path continuity fit the architecture.
Book a working session