Patent No. US9037127 (titled "Device agent for remote user configuration of wireless network access") on Apr 28, 2014. The application was issued on May 19, 2015.
’127 is related to the field of wireless network management and automated device provisioning. Specifically, it addresses the technical challenges of activating data service plans on mobile hardware that lacks an active subscription but requires network access to initiate the enrollment process. The invention focuses on bridging the gap between a device's initial power-on state and its full integration into a carrier's billing and service infrastructure.
The underlying idea behind ’127 is the implementation of an ambient service connection that allows a device to communicate with an activation server even when no formal data plan is active. By monitoring application-level attempts to access the internet, the device can intelligently intercept these requests and redirect the user to a provisioning interface. This creates a 'walled garden' or limited-access state where the device is functionally connected to the network for the sole purpose of subscription management, thereby eliminating the 'chicken-and-egg' problem of needing data to buy data.
The claims of ’127 focus on a method and device architecture where local agents detect when an application attempts internet communication in the absence of an active data plan. Upon this detection, the device triggers a specific user interface notification that offers a service activation option. If the user accepts, the device establishes a specialized ambient connection to an activation server over the wireless network. This connection is uniquely characterized by being available and functional before any standard data service plan has been authorized or activated for the device.
In practice, the system utilizes a service interface layer to monitor traffic from various end-user applications. When a user opens a browser or a networked app on a new or lapsed device, the device agents recognize the lack of credentials and suppress standard error messages. Instead, they facilitate an automated exchange of credentials or open a dedicated enrollment portal. This process can happen entirely in the background or through a guided user experience, ensuring that the hardware is never truly 'offline' from a provisioning standpoint.
This approach differs from prior methods that often required manual configuration, physical SIM swapping, or pre-activation at a retail point-of-sale. By moving the intelligence to the device agents and utilizing an ambient access profile, the invention allows for 'zero-touch' provisioning. It enables service providers to offer a seamless transition from a restricted activation state to a full-service state, supporting flexible business models like 'pay-as-you-go' or sponsored access where the network costs of the activation process itself are mediated through a separate account.
The patent contains a total of 16 claims, with claims 1 and 9 serving as the independent claims. These independent claims focus on a method and a mobile device for detecting when an application requires internet access without an active data plan, prompting the user to activate a plan, and establishing a temporary ambient service connection to an activation server to facilitate that process. The dependent claims serve to further specify technical details such as blocking unauthorized application traffic, updating local service status from a network server, handling hardware identifiers and new phone number assignments, and implementing selective application access controls once a service plan is activated.
Definitions of key terms used in the patent claims.
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