MobileSpy Nokia 6.2

Thus covert exfiltration processes can be those using stealth, surprise, covert, or clandestine means to relay monitoring data.

Examples of collected monitoring results include one or more of the following: command results, call information and call details, including captured voice, images, message traffic e. These materials may include pictures, video clips, PIM information e. Additionally, the capability to covertly utilize a mobile device as a covertly managed camera or microphone provides other unique challenges. Thus covert monitoring of a mobile device's operation poses the significant technical challenges of hiding or masking the installation and operation of the monitoring application, its command and control sessions, hiding the collected monitoring results until they are exfiltrated, surreptitiously transmitting the results, and managing the billing for the related wireless services.

Hands on: Nokia 6.2 review

The exemplary illustrative technology herein addresses these and other important needs. The present invention provides software, systems, and methods for surreptitiously installing, monitoring, and operating software on a remote computer controlled wireless communication device. In a first aspect, the present invention provides systems methods for surreptitiously installing, monitoring, and operating software on a remote computer controlled wireless communication device, comprising, in some embodiments, a control system for communicating programming instructions and exchanging data with the remote computer controlled wireless communication device.

In some embodiments, proxy computer controlled device, configured to enable a communications bridge between the control system and the remote computer controlled wireless communication device, is also provided. In some embodiments, communication over the communications bridge between the device and the proxy is surreptitious. In more specific embodiments, the communication is unidirectional or bidirectional.

In still other embodiments, the proxy computer controlled device is configured to relay instructions data between the control system and the remote computer controlled wireless communication device.

In another aspect, the present invention provides methods for surreptitiously installing, monitoring, and operating software on a remote computer controlled wireless communication device. In some embodiments, the methods provided by the present invention comprise providing a control system for communicating programming instructions and exchanging data with the remote computer controlled wireless communication device.

In another aspect, the present invention provides computer readable media containing computer readable program control devices thereon configured to enable a computer to surreptitiously install, monitor, and operate software on a remote computer controlled wireless communication device. Still more aspects, embodiments, uses and advantages of the invention will be apparent when the Description herein is read along with the Drawings. Using the various architectures, systems, methods, and software provided by the invention and described with respect to certain embodiments illustrated herein, mobile devices can be monitored and controlled in a covert or surreptitions manner.

The mobile device monitoring system provides methods of covertly, transparently, and remotely distributing, installing, instantiating and managing applications and data on mobile devices with at least one network interface. As it is desirable to implement a system that adapts to incorporate as many devices as possible, the present invention provides a system with a common interface that is independent of device type, device data connection, device network, or device capabilities to the extent possible.

In a first aspect, the present invention provides architectures, software, methods, and systems for covertly or surreptitiously downloading surreptitious monitoring and control software to a mobile device. Various embodiments of this aspect of the present invention include the suppression of various external indicators of device activity in this context, such as, but not limited to, the suppression of lights e.

Other embodiments of this aspect of the invention include the suppression or circumvention of security software that is configured to identify, locate, and suppress, disable or remove unauthorized software installed on the mobile device.

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In a second aspect, the present invention provides architectures, software, methods, and systems for covertly or surreptitiously installing, monitoring and operating software on a mobile device so as to monitor, control, or monitor and control, use of the mobile device. In a third aspect, the present invention provides architectures, software, methods, and systems for covertly or surreptitiously operating software on a mobile device.

Still other embodiments of this aspect of the invention include covert or surreptitious control of software on the mobile device from a remote system. In a fourth aspect, the present invention provides architectures, software, methods, and systems for covertly or surreptitiously transmitting data obtained by the monitoring and control software installed on a mobile device to a defined location or external system. Other embodiments of this aspect of the invention include the suppression or circumvention of security software that is configured to identify, locate, and suppress, disable or remove unauthorized software installation on the mobile device.

More particularly, the present invention provides systems, methods, apparatus, and software such as encoded on a computer readable medium as computer readable program code devices to cause a computer to take instructed actions for wirelessly surreptitiously installing, monitoring, and operating software on a mobile device. In some embodiments, the systems, methods, apparatus, and software include or enact a control system for communicating programming instructions and exchanging data with the mobile device.

Among those embodiments are embodiments in which the control system includes a computer implemented device controller that is configured to establish communication with the mobile device and relay programming instructions and data to and from the mobile device. The control system includes a module repository in electronic communication with the device controller that is configured to store software modules comprising programming instructions to be communicated to the mobile device.

The control system further includes a control service in electronic communication with the device controller; the control service is configured to provide information about the mobile device. The control system optionally includes an exfiltration data service in electronic communication with the device controller; the exfiltration data service is configured to receive, store, and manage data obtained surreptitiously from the mobile device.

A listen-only recording service in electronic communication with the device controller is also optionally included. The listen-only recording service is configured to relay surreptitiously telephone communications between the mobile device and a receiver while recording said telephone communications.

Some embodiments further include a proxy computer controlled device that forms a communications bridge between the control system and the mobile device. In more specific embodiments, the proxy relays instructions and exfiltration data defined below between the control system and the mobile device. In other embodiments, the control system described above includes a WAP gateway in electronic communication with the mobile device, the WAP gateway is configured to provide WAP services to the mobile device in addition to at least one of recording, blocking, filtering, delaying, redirecting or modifying WAP requests from and responses to the mobile device.

In more particular embodiments. The WAP gateway is further configured to forward one or more modules stored in the module repository to the mobile device while the mobile device is communicating with a service provided to the mobile device. In another aspect, the present invention provides software for use on a mobile device, such device comprising a device operating system, a remote device communications interface in electronic communication with the device operating system and which is configured to enable wireless communications between the mobile device and at least one wireless communications system.

A monitored device client is configured to be in electronic communication with the device operating system, and can optionally be configured to be in electronic communication with the remote device communications interface, such that the monitored device client is enabled to covertly and surreptitiously communicate wirelessly with a device controller.

In more particular embodiments, the monitored mobile device client further includes at least one monitoring module configured to monitor or control at least one aspect of the operation of the mobile device; said monitoring module is can also be in electronic communication with one or more other modules of the monitored mobile device client. In other embodiments, the monitored device client further includes a covert storage module configured to store information about the remote computer controlled device that has been gathered surreptitiously by the monitored device client.

In still other embodiments, the monitored device client further includes a selective router configured to surreptitiously monitor and manage the communications of the mobile device. In still other embodiments, the monitored device client further includes a control application configured to manage the deployment and operation of the modules of the monitored device client.

And in still other embodiments, the monitored device client further includes a device discovery and modification module configured to identify the configuration and characteristics of the mobile device and to facilitate the transfer to, installation on and instantiation of at least one other aspect of the monitored device client on the mobile device. The above-described embodiments and additional embodiments and illustrative examples will now be described. The exemplary mobile device monitoring architecture comprises a control system , which further includes a control service , a module repository , an exfiltration data service , a listen-only recording service and a WAP Gateway , each of which is connected through one or more wireless networks e.

Implementation of these elements can be accomplished by those having ordinary skill in the art. Continuing with reference to FIG.

(DOC) Thesis of Mobile Spy app | Danial Ryan - outer-edge-design.com

A monitored mobile device a , b is capable of connecting to wireless telephony networks and associated wireless data networks, and can comprise devices such as cell phones, PDAs, handheld or laptop computers with cellular modems, and are described in more detail below and with reference to FIG. Each monitored mobile device communicates through one or more wireless communications networks e. Some examples of wireless communications networks a and b include cellular telephone networks utilizing CDMA Code Division Multiple Access or GSM Global System for Mobile communications technologies, and wireless metropolitan or area networks utilizing The wireless communication networks enable the wireless transmission and reception of information between mobile devices and external systems.

Additionally, wireless communications can involve communications using peer to peer communications mechanisms, such as Bluetooth, and can even provide hybrid communications using one or more of the above communications means simultaneously or sequentially. Exemplary wireless communications networks a , c , and c are composed of components having designs, materials, and methods well known to those of ordinary skill in the art. The network provides communication with a device controller that is in communication with one or more services or servers, and at least a first monitored mobile device The control system further comprises one or more instances of services hosted on one or more computer systems, commonly called services.

Each service may be operated on a computer, which is commonly called hosting. Each service is hosted on a single computer or alternatively, instances of each service can be hosted on several discrete computers.

Terms Of Use

Further alternative configurations can provide for several different services to be hosted on a single computer. The device controller of the control system provides communications support and routing selection between each particular monitored mobile device and server components such as a control service , a module repository , an exfiltration data service , a listen-only recording service and a WAP Gateway Components , , , , , and can be integrated into a single component, or implemented as one or more separate server devices and database components as shown in FIG.

The device controller selects one or more communications networks and methods for communicating between a particular monitored mobile device and one or more service components. The selection can be made upon a variety of factors and may be made automatically or under control of a person operating the device controller. Some factors that may be used by the device controller in the selection process include the device ID, device OS, device status, network availability, network device user configuration, network carrier configuration, version and capabilities of software on the monitored mobile device, and the instructions of the control system operator.

In some exemplary embodiments the device controller can select a plurality of communication links and permit the selective router module on the monitored device to choose between them as detailed below.

US8373538B1 - Mobile device monitoring and control system - Google Patents

The device controller provides networking infrastructure that permits each service to communicate with one or more monitored mobile devices using one or more communications networks and protocols as described above. The device controller can be integrated into each service, or can be structured as one or more additional components. The device controller can optionally switch between wireless networks, communication protocols, and can split or assemble communications from partial communications using disparate networks.

For example, a device controller can use SMS to communicate with a monitored mobile device when its status is not known, and switch to communications on an Additionally, a device controller can break a larger message into smaller parts, referred to as fragments, and communicate these fragments over protocols that are not capable of communicating the entire message in one piece. Additionally, the device controller can be configured to determine an appropriate way to reach a specific monitored mobile device using a combination of state information and routing information.

Thus, as a monitored mobile device moves from being only reachable on a cellular network, to being reachable on a higher bandwidth Services , , , and preferably communicate with each monitored wireless mobile device a , b using the device controller as described above. Alternatively, the services can communicate directly with a monitored wireless mobile device. In telephony based networks such as CDMA or GSM networks, direct communications with a monitored wireless mobile device means communicating with the telephony network provider's network interface using a well known protocol, and having the network interface communicate with the monitored wireless mobile device on the service's behalf using a telephony protocol.

Although FIG. Aspects of the exemplary, illustrative technology are equally applicable to all classes of devices that experience intermittent connectivity, such a laptops and PDAs that are intermittently connected to a company LAN. In addition, although FIG.