[EDGECONNECT]
EdgeConnect is IDSECURE's secure transport and handoff architecture for government environments. It delivers connectivity from carrier networks into controlled infrastructure through private transport and secure handoff, helping preserve routing control, visibility, and security posture before uncontrolled public internet exposure.
The trust gap begins at internet exit
In a conventional mobile architecture, subscriber traffic exits the
core and enters public internet transit. From that point, interception
risk, route instability, DDoS exposure, and loss of visibility
increase. For sensitive government environments, that creates a
fundamental trust gap. EdgeConnect is designed to remove that gap by
securing delivery before uncontrolled internet exposure occurs.
Interception
Route instability
DDoS exposure
Loss of visibility
[High-level architecture]
A controlled path from device to destination
Traffic originates at the device, enters the mobile core, and is routed
through IDSECURE-controlled infrastructure rather than directly to the
public internet. A secure handoff then delivers traffic into the
destination environment under controlled policy. Public egress, if
required, happens only after secure handoff and only under controlled
conditions.
[Technical capabilities]
Security by architecture, not by overlay
EdgeConnect combines private transport and policy-controlled routing to create a secure network fabric from device through destination.
Private Layer 2 transport from carrier network into controlled infrastructure
Private IP addressing and isolated customer environments
VLAN separation and VRF segmentation
Policy-controlled Layer 3 routing
Inline inspection and security enforcement
Application-aware control and filtering
Local packet gateways for in-country or low-latency breakout
Consistent policy across central and local breakout models
[One operating model]
Local breakout where the mission requires it
In-country routing
Sovereignty
Latency
Consistent policy
Not every deployment can route through a central location. Some missions require in-country breakout for regulatory, sovereignty, or latency reasons. EdgeConnect supports local packet gateways that preserve the same security policy and operational control while routing traffic closer to the point of need.
[Built for Government use cases]
Where EdgeConnect fits
Secure Facilities
Private Layer 2 transport from carrier network into controlled infrastructure
Forward-Deployed Teams
Private IP addressing and isolated customer environments
ISR and Unmanned Systems
VLAN separation and VRF segmentation
Coalition-Connected Systems
Policy-controlled Layer 3 routing
EdgeConnect secures every path.
SPECTRE decides which path to use.
EdgeConnect is the secure transport foundation. SPECTRE adds intelligent path selection across available networks. Together they create controlled, resilient connectivity for demanding government environments.