Harvest-now-decrypt-later is usually framed as a national security problem. It applies with equal force to patient records, trade secrets, deal terms, and cardholder data. Classical key exchanges captured today are a liability with a maturity date.
GABRL removes the exposure at the root. Session keys exist only in memory for the life of the session. There is no long-lived key to record now and break later.
The Timing Problem
Sectors
Healthcare
Patient records, medical IoT traffic, and telemedicine sessions move through direct encrypted tunnels between authorized systems only. Micro-segmentation contains any compromised device to the systems policy permitted, which is the containment HIPAA's security rule assumes and flat networks cannot deliver. GABRL protects data in motion without touching clinical applications.
Intellectual Property
R&D networks are targeted by adversaries with long time horizons, and stolen ciphertext ages in their favor. GABRL makes design data, source code, and deal communications unreadable in transit today and permanently. Dark endpoints give external reconnaissance nothing to target, including across borders.
Payments & Financial
Payment traffic combines long retention requirements, strict segmentation mandates, and hostile scrutiny. GABRL provides network segmentation and post-quantum protection between payment endpoints, processors, and back-office systems as an overlay on existing infrastructure, aligned with where PCI DSS 4.0 is heading on cryptographic agility.
Critical Infrastructure & OT
Legacy industrial protocols were never designed to defend themselves. GABRL wraps OT communications in post-quantum tunnels at Layer 3 without modifying controllers, aligning with NERC CIP expectations for network protection and current NSA guidance on OT security.
The Certificate Problem
TLS leaf certificate lifetimes are falling from 398 days toward 47 days under current browser policy, multiplying rotation volume without changing the trust model. The failures are not theoretical. In May 2023 an expired SD-WAN CA certificate stranded 20,000 devices, and in April 2023 a lapsed ground-station certificate interrupted satellite service for over a million users.
GABRL as Embedded CA
GABRL retains a long-lived root and sub-CA structure but issues leaf certificates on demand. Ephemeral certificates negotiate keys for each tunnel, then evaporate at session end. PKI operations are automated out of the failure path.
No TLS in the Path
GABRL secures traffic with IPSec/IKEv2 at Layer 3 rather than TLS, so the expiring-leaf-certificate treadmill disappears from every connection it protects. Key rotation is per session and automatic.
Transport, Not Storage
GABRL does not read, write, transform, or store application data. Deploying it requires no application changes, and decommissioning it leaves every stored byte exactly where it was.
See GABRL Run
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