Universal Secure Workflow System And Method
Embodiments disclosed include systems and methods for computer automated print services control comprising authenticating a user credential input via a user device. The system and method includes generating, by a printer driver comprised in the user device, a user interface comprising features supported by a plurality of printing devices. Further, it includes receiving via the user device over the network, a print instruction comprising the features supported by the plurality of printing devices connected to the computer system over the network. And based on the print instruction, generating a print job in an embodiment. Further, based on the user authentication at one of the plurality of printing devices, converting via a gateway, the received print instruction into a format compatible with that printing device and releasing the generated print job for printing at that printing device, according to an embodiment.
1 . A computer automated control system comprising: a processor; a memory; a means for communicating over a wired or wireless network; instructions stored in the memory and executed by the processor, which instructions cause a computer system to:
authenticate an identified user wireless device by a server, based on a sent gateway IP address, and model number by the user wireless device;
based on the authentication, estimate by the server, an eligibility for a capability upgrade of the user wireless device;
based on the estimated eligibility, upload by the server, a new capability to the user wireless device, based on the wireless device model number;
receive and activate the new capability by the user wireless device, and send an acknowledgment to the server, of the received, activated new capability; and
update by the server, the new capability activation of the user wireless device.
2 . The computer automated control system of claim 1 wherein the computer automated control system is configured to: receive an input command from the identified user wireless device; wherein the input command is stored in the server via a first module comprising upgradable capability schema with custom commands for a single or plurality of identified user wireless devices.
3 . The computer automated control system of claim 1 wherein: the server comprises a connected autonomous vehicle management server; the identified user wireless device comprises a connected autonomous vehicle management system; and updating by the server, the new capability activation of the identified user wireless device comprises a capability upgrade to the connected autonomous vehicle management system.
4 . The computer automated control system of claim 1 wherein the gateway is further configured to:
convert an estimated capability upgrade based on the received input command into a format compatible with the identified user wireless device; and
map the input command from the gateway to a manufacturer specific proprietary command based on the identified user wireless device.
5 . A computer implemented control method comprising:
authenticating an identified user wireless device by a server, based on a sent gateway, IP address, and model number by the user wireless device;
based on the authentication, estimating by the server, an eligibility for a capability upgrade of the user wireless device;
based on the estimated eligibility, uploading by the server, a new capability to the user wireless device, based on the wireless device model number;
receiving and activating the new capability by the user wireless device, and sending an acknowledgment to the server, of the received, activated new capability; and
updating by the server, the new capability activation of the user wireless device.
6 . The computer implemented control method of claim 5 , further comprising: receiving an input command from the identified user wireless device; wherein the input command is stored in the server via a first module comprising upgradable capability schema with custom commands for a single or plurality of identified user wireless devices.
7 . The computer implemented control method of claim 5 wherein: the server comprises a connected autonomous vehicle management server; the identified user wireless device comprises a connected autonomous vehicle management system; and updating by the server, the new capability activation of the identified user wireless device comprises a capability upgrade to the connected autonomous vehicle management system.
8 . The computer implemented control method of claim 5 further comprising, via the gateway:
converting an estimated capability upgrade based on the received input command into a format compatible with the identified user wireless device; and
mapping the input command from the gateway to a manufacturer specific proprietary command based on the identified user wireless device.
9 . A computer automated control system comprising: a processor; a memory; a means for communicating over a wired or wireless network; instructions stored in the memory and executed by the processor, which instructions cause a computer system to:
initiate an authentication of a plurality of identified user wireless devices by a server based on a model number of each of the identified plurality of identified user wireless devices; and wherein the authentication is further based on a gateway and an IP address associated with each of the identified plurality of user wireless devices;
based on the authentication, estimate by the server, an eligibility for a capability upgrade of each of the plurality of user wireless device;
based on the estimated eligibility, upload by the server, a new capability to each of the plurality of user wireless devices, based on each wireless device model number;
receive and activate the new capability by each of the plurality of user wireless devices, and send an acknowledgment to the server, of the received, activated new capability; and
update by the server, the new capability activation of each of the plurality of user wireless devices.
10 . The computer automated control system of claim 9 wherein the computer automated control system is configured to: receive an acknowledgement from each of the plurality of identified user wireless devices; wherein the received acknowledgement is stored in the server via a first module comprising upgradable capability schema with custom commands. for each of the plurality of identified user wireless devices.
11 . The computer automated control system of claim 9 wherein: the server comprises a connected autonomous vehicle management server; the identified plurality of user wireless devices each comprise a connected autonomous vehicle management system; and updating by the server, the new capability activation of each of the plurality identified user wireless devices comprises a capability upgrade to each connected autonomous vehicle management system.
12 . The computer automated control system of claim 9 wherein the gateway is further configured to:
convert an estimated capability upgrade based on the received acknowledgement into a format compatible with each of the plurality of identified user wireless devices; and
map the acknowledgement from the gateway to a manufacturer specific proprietary command based on each of the plurality of identified user wireless devices.
13 .- 16 . (canceled)