The DoD Zero Trust target, the November 2025 PQC migration directive, and the CNSA 2.0 default for new national security systems on January 1, 2027 converge on the same timeline.
GABRL answers all three today, in one installation on existing infrastructure, with the tactical edge as a design assumption rather than an afterthought.
Mission Areas
Air & Space Operations
Flight operations, satellite control, and space situational awareness traffic move through direct encrypted tunnels invisible to reconnaissance. One trust fabric from ground station to tactical edge across multi-domain operations.
Ground Operations
Tactical networks, UAS command links, and soldier-borne devices operate under Zero Trust with or without reach-back. Endpoints authenticate once and keep communicating with authorized peers when links degrade.
Maritime Operations
Fleet communications, shipboard systems, and shore infrastructure hold Zero Trust enforcement across SATCOM and RF links where intermittent connectivity is the normal condition, not the exception.
Forward Operations Under Partition
Federal missions routinely place teams where the link home is unreliable. GABRL was built for this. The control plane mesh federates with no primary, no quorum, and no leader election, so a forward site keeps full authority when the link goes dark.
The Link Drops
A solar event takes the transatlantic link down for nineteen hours. Forward control planes still hold full authority for their endpoints. Existing connections stay up. A replacement radio is provisioned on the spot with no help desk call and no transatlantic dependency. Cross-site requests queue in the replicated log and reconcile when the link returns.
Devices Are Lost
A vehicle burns with three devices aboard and a relay cannot be recovered. The operator selects the four identities and confirms the revocations. From that moment no control plane in the mesh will recognize them. The surviving devices need no changes at all. Local storage stays encrypted with keys held in the device TPM, and a captured drive is unreadable on any hardware.
The Link Returns
The two sides catch each other up automatically. No manual reconciliation, no degraded-mode checklist, no PKI team to call. Every authorization is a lease the mesh can withdraw, and a device cut off from the mesh dies on its own. Forward operations under partition is not a special case for GABRL. It is the normal case.
Operating in Contested Environments
Not every network is neutral. In some environments the act of running encrypted traffic is itself signal. GABRL is designed to operate in these environments by hiding the existence of the conversation in addition to its contents.
Protocol Cloaking
GABRL consolidates control and data planes into a single outbound connection wrapped in a carrier the local network expects to see. HTTPS on port 443 by default, or VoIP, RTP, or any protocol with payload capacity. Single-packet authorization means the connection is never accepted from unrecognized peers, and chaff traffic shaping disguises timing and payload sizes.
Tunnel-Over-Tunnel
The same outbound connection that carries control plane heartbeat and policy also carries the peer-to-peer data plane nested inside it. The inner tunnel is keyed between the two peers directly. The control plane never holds those keys. It sees that data is flowing and cannot read the content, even if compromised.
Relay Routing
Each peer's outbound connection terminates at a different relay. The relays forward encrypted traffic but cannot read it. An observer sees only that each peer connected to a relay, cannot link the two ends, cannot identify the true endpoints, and cannot decrypt the traffic at any layer.
Hiding the Conversation, Not Just the Content
Relays forward the conversation, the network carries it, and the control plane authorizes it, and none of them can read it. Only the endpoints hold keys, so the infrastructure between them learns nothing.
See GABRL Run
A demo takes thirty minutes on infrastructure you already have. Bring your architects.
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