TW201617955A - Management server and method and user client device and monitoring method thereof - Google Patents

Abstract

A management system includes: a service management module, receiving and assigning a return information from a client monitoring agent installed on a client device; a verifying module, verifying whether it is allowed/prohibited to install an application on the client device, and verifying whether a status change of the client device is allowed/prohibited and verifying a user behavior is allowed/prohibited; an estimation module, estimating and calculating a risk based on a verification result and a corresponding risk from the verifying module, and sending a management operation to the client device; and a policy management module, receiving an original company management policy, interpreting and combining the management policy to return a management policy metadata to the client device.

Description

Management server and method, and client device and monitoring method thereof

This case is about a management server and method, and client device and its monitoring method.

With the popularity of smart mobile devices, users can use mobile devices to perform corporate business, which will help improve productivity (because employees can access corporate resources anytime, anywhere). However, such corporate action policies need to be able to effectively protect/control whether the user's operation of the mobile device violates the company's action policy, whether the application installed on the mobile device is permitted/disabled by the company's action policy, and the security of enterprise resource access. Sex and so on.

In order to effectively control/protect the company's action policy, the internal information unit of the company must set policies for the internal control devices/persons (what actions/applications are allowed/disabled). However, with the advancement of technology, the types of mobile devices have been introduced and the emergence of applications has sprung up, causing huge burdens on information management/protection.

In general, such security protection/regulation requires companies to pay a large cost, for example, an effective management system is required, and they need to be familiar with the field of mobile applications. The manpower is maintained/updated/monitored to maintain relevant security policies and databases. Therefore, for small and medium-sized enterprises, how to control mobile devices and implement corporate security policies is a big challenge.

This case is about a management server and method, client device and its monitoring method. The client monitoring program initially monitors and determines whether the user's use of the client device is prohibited/allowed. If the client monitor cannot determine this, the client monitor will pass the relevant data back to the backend management server for further judgment.

According to an embodiment of the present invention, a management server is provided, including: a service management module, which receives and dispatches a backhaul information returned by a client monitoring program installed on a client device; When the backhaul information returned by the client monitoring program points to an application, the verification module checks whether the application to be installed on the client device is permitted/disabled and evaluated by a management policy. a corresponding risk, when the backhaul information returned by the client monitoring program points to a state change of one of the client devices, the verification module checks whether the state change of the client device is permitted by the management policy / prohibiting and evaluating the corresponding risk, and when the backhaul information returned by the client monitoring program points to the behavior of a user operating the client device, the verification module checks the operation of the client device Whether the behavior is allowed/prohibited by the management policy and the corresponding risk is assessed; an evaluation module, according to one of the inspection modules, the test result and the corresponding risk Risk assessment and calculation, and the client device return a And a policy management module that receives an original enterprise management policy, parses and reorganizes the management policy, and returns a management policy intermediary material to the client device.

According to another embodiment of the present invention, a management method is provided, which is applied to a management server, comprising: receiving and dispatching a backhaul information returned by a client monitoring program installed on a client device; when the client When the backhaul information returned by the terminal monitoring program points to an application, it is checked whether the application to be installed on the client device is permitted/disabled by a management policy and evaluates a corresponding risk; The backhaul information returned by the terminal monitoring program points to a state change of one of the client devices, checking whether the state change of the client device is permitted/disabled by the management policy and evaluating the corresponding risk; when the client The backhaul information returned by the terminal monitoring program points to the operation of one of the client devices, and checks whether the user behavior of the client device is permitted/disabled by the management policy and evaluates the corresponding risk. According to a test result and the corresponding risk, carry out risk assessment and calculation, and return a management action to the client device; and receive an original Corporate governance policies, policy analysis and restructuring of the management, in order to return a mediation information management policy to the client device.

According to a further embodiment of the present invention, a client device monitoring method is provided, which is applied to a client device, including: when the client device is running, obtaining a client by a client monitoring program installed on the client device a component status information of the device; when the client device installs or updates an application, the client monitoring program obtains information about one of the applications; the client monitoring process Recording a user operation of the client device; and managing the policy intermediary data according to one of the management servers, the client monitoring program, the component status information of the client device, the application The related information and the recorded user operation are compared and evaluated and the corresponding action is performed.

According to another embodiment of the present invention, a client device is provided, including: a memory for storing a client monitoring program; and a processor coupled to the memory, when the processor executes the client monitoring program, The above functions can be performed.

In order to better understand the above and other aspects of the present invention, the following specific embodiments, together with the drawings, are described in detail below:

110‧‧‧Enterprise Information Unit

120‧‧‧Management Server

130‧‧‧Client Monitor

140‧‧‧Enterprise Resources

210‧‧‧Service Management Module

220‧‧‧Test module

230‧‧‧Evaluation module

240‧‧‧ Policy Management Module

221‧‧‧Application Test Module

222‧‧‧Device Management Module

223‧‧‧User Behavior Analysis Module

310~355, 410~470, 510~570, 610~670, 710~740, 810~830‧‧‧ steps

900‧‧‧Client device

910‧‧‧ processor

920‧‧‧ memory

930‧‧‧ screen

Figure 1 shows a schematic diagram of enterprise management in accordance with an embodiment of the present invention.

FIG. 2 is a detailed diagram showing a management server and a client monitoring program according to an embodiment of the present invention.

Figure 3 is a diagram showing the detailed operation of the client monitor program according to an embodiment of the present invention.

Figure 4 is a diagram showing the detailed operation of the application verification module according to an embodiment of the present invention.

Figure 5 is a diagram showing the detailed operation of the device management module according to an embodiment of the present invention.

Figure 6 is a diagram showing the detailed operation of the user behavior analysis module according to an embodiment of the present invention.

Figure 7 is a diagram showing the detailed operation of the evaluation module according to an embodiment of the present invention. Figure.

Figure 8 is a diagram showing the detailed operation of the policy management module according to an embodiment of the present invention.

Fig. 9 shows an example of a client device according to an embodiment of the present invention.

The technical terms of the present specification refer to the idioms in the technical field, and some of the terms are explained or defined in the specification, and the explanation of the terms is based on the description or definition of the specification. Various embodiments of the present disclosure each have one or more of the technical features. Those skilled in the art can selectively implement some or all of the technical features of any embodiment, or selectively combine some or all of the technical features of these embodiments, where possible.

Referring now to Figure 1, there is shown a schematic diagram of enterprise management in accordance with an embodiment of the present invention. As shown in FIG. 1, the enterprise information unit 110 can formulate an original enterprise management policy, which includes, for example, which applications are allowed/disabled, what members are included in each group, and which operations of the members are permitted by the members/ Prohibition and so on. In this case, a group refers to, for example, an employee of a branch/subsidiary under the enterprise group.

The management server 120 according to the embodiment of the present invention can perform application verification (to verify whether the application installed on the client device is permitted/disabled) according to the original enterprise management policy formulated by the enterprise information unit 110. Device management (to confirm, device status change is allowed/disabled), use Behavior analysis (to analyze whether the user's operation of the device is high risk or malicious, etc.). The management server 120 can alert and report to the enterprise information unit 110.

The management server 120 communicates with the enterprise information unit 110 and the client monitoring program 130, receives the original enterprise management policy, and performs related actions (evaluation, combination, and dispatch) on the original enterprise management policy. The management server 120 can also release configuration settings and management information for devices covered/managed by the management policy.

The management server 120 can further generate management policies appropriate to each user based on the original enterprise management policies established by the enterprise information unit 110 (eg, if the user spans several groups). The management server 120 can manage the client monitoring program 130 on the client device.

The user can install the client monitoring program 130 according to the embodiment of the present invention such as, but not limited to, a mobile device, a personal computer (PC), a virtual device, and the like. The client monitoring program 130 can execute on the client device, monitor various device parameters and states of the client device, and monitor the execution environment of the application installed on the client device. When a new process is installed on the client device, the client monitor 130 determines whether the new installer is a black/white list or is a high risk program. The client monitoring program 130 communicates with the management server 120, and can load the management policy to set the intermediary data to check whether the user behavior is prohibited/permitted. The client monitoring program 130 can further check whether the installed application is installed. Be an application in the black/white list, or determine if the installed application is at a high/medium/low risk. After performing the related operations, the client monitoring program 130 returns the related information to the management server 120 to let the management server 120 perform the detailed operation. Judgment and risk assessment.

Under the supervision of the client monitor 130, the user can operate the device to connect to the corporate network to access the enterprise resources 140. Enterprise resources 140 include enterprise applications and corporate materials. That is, users can install enterprise applications, access corporate data, and the like. For example, the user can access the internal resources of the enterprise or connect with the enterprise server through the mobile device under the monitoring of the client monitoring program 130. An enterprise application is a company-specific application that is provided to employees (usually, such enterprise applications are not open to the public).

In addition, in the embodiment of the present invention, the enterprise resource 140 (such as enterprise application, enterprise data, enterprise system, etc.) can be placed in the public cloud or the internal server of the enterprise, which is also within the spirit of the present case.

If the enterprise puts internal data and systems on the public cloud, the client device can connect to the public cloud to obtain the required data, systems and services. This is also one of the future trends, and the embodiment of this case can also take into account the development in this aspect. .

The management server 120 of an embodiment of the present invention can serve many clients/enterprises at the same time, or different groups formed by different branches/subsidiaries under the same company/group. If the user straddles multiple groups, or if the information management policy conflicts, it can be determined/managed by the management server 120 of the embodiment of the present invention. For example, when an employee travels to a branch abroad, his mobile device is suitable for foreign management policies, but when the employee returns to the country, his mobile device must apply the domestic management policy. This situation can be handled/judged/converged by the management server 120 of the embodiment of the present invention.

For example, the management policy stipulates that if the entire company bans the use of cameras for mobile devices, the camera will not be used regardless of the user of the mobile device. Therefore, if the client device enters the company, the camera function of the client device is prohibited by the client monitoring program 130.

In short, the client device is managed by the management server of the embodiment of the present invention. The enterprise may require the user to install the client monitoring program 130 on the user's private device. When the client device is in the enterprise domain, the client device can access the enterprise related resources by related settings (credential or network account password, etc.). However, the device related status, application information, and user operation records are monitored by the client monitoring program 130. The client monitor program 130 performs preliminary determination and corresponding management operations. For application installation, the client monitor 130 determines whether to hit the black/white list sent by the management server to determine whether to allow/disable the installation. If the black/white list is missed but some of the information is the same (this may result in a false positive or risk status), the client monitoring program 130 further collects the data and sends it to the management server 120 for determination.

At the beginning of the installation, the client monitoring program 130 obtains management policy information from the management server 120 based on the device and user (employee) information. Management policy information includes, for example, various prohibited device settings and status, various prohibited user actions, application black/white list information, and status processing description files (what to describe when dealing with situations). The client monitoring program 130 continuously collects the status information of the client device according to the management policy information for monitoring and quick determination. If there is a violation of the setting or the status that cannot be determined, the client monitoring program 130 will The related data is sent to the management server 120 for further determination and management operations.

The client monitoring program 130 having the monitoring device status, the user operating behavior and the application information can: obtain the current functional component status information of the client device when the client device is running; obtain the information when the application is installed or updated. Application-related information; record the actions of the user operation; accept the management policy intermediary data transmitted by the rear management server 120; perform the comparison and execution corresponding actions on the foregoing four items; and return the data according to the setting data Corresponding information to the backend management server, and receiving and executing command/management actions transmitted by the backend management server.

The management server 120 calculates (expands or reorganizes) the enterprise management policy set by the enterprise information unit 110 and sends it to the client monitoring program 130 for operation. If the management server 120 receives the related information sent back by the client monitoring program 130, it compares and calculates the device status, the application information, the user operation record, etc. (by different internal modules, the details will be detailed below) ()) and the results are evaluated by an internal evaluation module (see Figure 2), and then sent to the user (employee) or corporate information unit.

Referring now to FIG. 2, a detailed schematic diagram of the management server 120 and the client monitoring program 130 according to an embodiment of the present invention is shown. As shown in FIG. 2, the management server 120 includes a service management module 210, an inspection module 220, an evaluation module 230, and a policy management module 240. The verification module 220 further includes an application verification module 221, a device management module 222, and a user behavior analysis module 223.

The service management module 210 receives the message transmitted by the client monitoring program 130. The relevant information is distributed to the internal corresponding module of the inspection module 220.

The verification module 220 is configured to verify whether the application installed by the device is allowed/disabled by the management policy and evaluate the corresponding risk, and whether the state change of the device is permitted/disallowed by the management policy and the corresponding risk is evaluated, and the user behavior is checked. Whether the corresponding risk is allowed/prohibited and assessed by the management policy. The inspection module transmits the inspection result to the evaluation module 230.

That is, the verification module 220 receives the application related information sent by the client monitoring program 130 (for example, when the client monitoring program 130 determines that the newly installed application is not a black/white list, but has When some of the information is related to the black/white list, the verification module 220 compares the application database (black/white list program and other collected program details) to confirm whether the new installer is blacklisted. A program, or a revision of a trusted whitelisted program, or a disguise of a malicious program collected in a database. When the comparison program is a black/white list or a high risk program, the verification module 220 performs related reactions and operations.

According to an embodiment of the present invention, the application verification module 221 receives the application related information transmitted by the service management module 210 to verify whether the application installed by the device is permitted/disabled by the management policy. The application verification module 221 transmits the inspection result to the evaluation module 230. When the client monitoring program 130 finds that a program does not conform to the black/white list, but the partial features of the program conform to the black/white list, the client monitoring program 130 can send relevant information to the service management module 210 for transmission. The application verification module 221 is determined to determine if the program is an application listed in the black/white list. In addition, depending on the management policy, customers The terminal monitoring program 130 can transmit the related information of the new unknown program to be installed to the service management module 210 for transmission to the application verification module 221 for analysis.

The device management module 222 receives device state related information transmitted by the service management module 210, and checks whether the state change of the device is permitted/disabled by the management policy. The device management module 222 transmits the verification result to the evaluation module 230. When the device status changes, the client monitor 130 can determine if the status change violates the management policy. In addition, even if the client monitoring program 130 determines that the status change does not violate the management policy, the client monitoring program 130 can also send back related device information, application information, location information and other related auxiliary information (also referred to as device status related information). The device management module 222 is provided for interpretation.

The user behavior analysis module 223 receives the user behavior related information transmitted by the service management module 210, and verifies whether the user behavior is permitted/disabled by the management policy. The user behavior analysis module 223 transmits the test result to the evaluation module 230. The user behavior analysis module 223 interprets the user behavior to analyze whether the user performs high-risk behavior or malicious behavior.

The evaluation module 230 performs risk assessment and calculation based on the individual determination results of the application verification module 221, the device management module 222, and the user behavior analysis module 223, and introduces a reaction list in the risk policy data to the client device. Proactive management and reporting to the corporate management unit.

The policy management module 240 receives the original enterprise management policy formulated by the enterprise information unit 110 and provides the functions of policy analysis and reorganization. When monitoring different departments/brains within the company, if there is a management policy conflict (for example, The user management policy 240 may be based on the fact that the user crosses multiple groups and causes multiple management policies applied to the user to conflict with each other, or if different companies/cooperating companies of the same group have different management policies for the same user. Relevant logic to reorganize and define new management policies to relevant managed mobile devices.

Figure 3 is a diagram showing the detailed operation of the client monitor 130 according to an embodiment of the present invention. In the embodiment of the present invention, the client monitoring program 130 monitors device status, application information, user operation records, and the like.

As shown in FIG. 3, the client monitoring program 130 receives the policy intermediary data sent by the policy management module 240. Policy intermediary information includes, for example, but is not limited to: prohibited parameters (such as prohibiting Bluetooth, camera, etc.), application black/white list (Black/White List) and its corresponding information (application name information, package name (Package) Name), resource configuration file (Manifest), developer self-signature (Self-Sign) or hash function (Hash) and other information, the user is prohibited from operating actions (such as the user device is prohibited to copy the screen image, prohibiting the brush machine (Root), etc.), and if the user device is found to perform the prohibited operation, the corresponding operation to be performed by the client monitoring program 130 (for example, if the user device is detected to turn on the camera, the client monitoring program 130 returns The management server 120; or, if it detects that the user device has installed the application on the blacklist, the client monitoring program 130 removes the blacklist application and reports it to the management server 120, etc.).

Thereafter, the client monitoring program 130 generates management configuration data (including configuration setting data, application feature comparison information matrix, etc.) (310), and the client monitoring program 130 performs configuration settings or actions after the change. Client monitoring program 130 The status of the device operation and/or application is detected (315) to determine if the status has changed (320). Here, the state change means, for example, that the user device installs a new application or updates the application or the user device opens the camera, or the client device is connected to a different wireless access point (AP) or the like.

If the status changes, the client monitor 130 checks the status (325) based on the management configuration data to initially determine if the status change resulted in a high/medium risk (330).

For example, in the case of an application, if the client monitor 130 determines that the application is blacklisted, the client monitor 130 determines that the installation of the application is highly risky. On the other hand, if some information of the application hits the blacklist, the application can be determined by comparing the package name (Package Name), resource configuration file (Manifest), and developer self-signature (Self-Sign). Whether it is a high/medium/low risk. Table 1 below shows an example of a risk determination table.

In Table 1, the symbol "O" represents the same alignment, and the "X" represents a different comparison result. The "*" does not hit any information at all, which means that the application is a new application, so the risk cannot be determined. Therefore, the enterprise information unit 110 can determine the corresponding action.

If it is determined to be a low risk, the client monitor 130 may return to step 315 to continue the detection. However, if it is determined to be moderate/high risk, the client monitoring program 130 performs the corresponding action of the management setting according to the risk value, and sends the risk intermediary data and the collected application related information to the service management module 210 (335). Thereafter, the client monitoring program 130 receives the management action (340) transmitted by the evaluation module 230 and executes the management action (345). For example, the management action may be to prohibit the execution/delete of the application, alert the user, and the like. If the management action is successfully executed (350), the flow returns to step 315 to continue the detection. If the management action fails (350), the client monitoring program 130 of the present embodiment may prohibit the client device from using the enterprise application, and/or prohibit access to the enterprise data, or report the status to the service management module 210. (355).

FIG. 4 is a diagram showing the detailed operation of the application verification module 221 according to an embodiment of the present invention. As shown in FIG. 4, the service management module 210 receives application-related information transmitted by the client monitoring program 130 (for example, when the client monitoring program 130 initially determines that the application program may cause a high/medium risk Time). The service management module 210 retrieves the application related information (410) and sends the application related information to the application verification module 221 (420). The application verification module 221 loads the application signature information (430) and verifies the application related information (440) based on the application database. If the application verification module 221 determines that the application is similar to the application in the black/white list (450), the application verification module 221 sends a comparison/rejection comparison result message to the evaluation module 230 (460). . Alternatively, if the application verification module 221 determines that the application is not similar to the application in the black/white list (450), the application verification module 221 calculates the application risk and sends it to the evaluation module 230, or Further, the application verification module 221 stores the application data in the application database (to update the application database) (470).

FIG. 5 is a diagram showing the detailed operation of the device management module 222 according to an embodiment of the present invention. As shown in FIG. 5, the service management module 210 receives the device status related information transmitted by the client monitoring program 130. The service management module 210 retrieves the device status related information (510) and sends the device status related information to the device management module 222 (520). The device management module 222 loads the device risk database (530), and the device risk database stores, for example, which state of the device changes to which risk value. The device management module 222 verifies the risk of current operations based on the device risk database (540). For example, device management module 222 determines the potential risk of the device based on device status, application installation list, application launch status, current device environment, and device/user privileges.

If the device management module 222 determines that the device status change has a height / If the risk is moderate (550), the device management module 222 sends a high/moderate risk alert message to the evaluation module 230 (560). Alternatively, if the device management module 222 determines that the device status change is a low risk, the device management module 222 calculates the device status risk value and sends it to the evaluation module 230, or, further, the device management module. 222 stores the device status related information into the device risk database (to update the device risk database) (570).

Through the risk assessment, if it is estimated that the current state of the client device has high-risk operation possibilities (such as data leakage, illegal operation, etc.), the intentional or unintentional high-risk operation intended by the user device can be prevented in advance.

Figure 6 is a diagram showing the detailed operation of the user behavior analysis module 223 according to an embodiment of the present invention. As shown in FIG. 6, the service management module 210 receives (user) behavior related information (such as opening a camera function, etc.) transmitted by the client monitoring program 130. The service management module 210 retrieves the behavior related information (610) and sends the behavior related information to the user behavior analysis module 223 (620). The user behavior analysis module 223 establishes a behavior path (630). In an embodiment of the present invention, establishing a behavior path means, for example, transmitting a trigger action (including a physical button, a touch or a software program) in the user device to the device and the application, and transmitting all trigger actions to the back end, and According to the time, the source and sink information, the entity or software trigger point, the application name and other information, the relationship between the operation behavior is re-established at the back end (which can be a tree structure or a sequence structure). The user behavior analysis module 223 can compare this to a predefined violation/high-risk operation, etc., and output the result to the corresponding component.

User behavior analysis module 223 checks the risk of behavior (640). If the user behavior analysis module 223 determines that the behavior violates the management policy (650), the user behavior analysis module 223 sends a warning message to the evaluation module 230 (660). Alternatively, if the user behavior analysis module 223 determines that the behavior does not violate the policy, the user behavior analysis module 223 calculates the behavioral risk value and sends it to the evaluation module 230, or, further, the user behavior. The analysis module 223 stores the behavior related information in the behavioral risk database (to update the behavioral risk database) (670).

Figure 7 is a diagram showing the detailed operation of the evaluation module 230 according to an embodiment of the present invention. As shown in FIG. 7, the evaluation module 230 receives the application risk value (transmitted by the application verification module 221), the device state risk value (transmitted by the device management module 222), and the behavioral risk value (by The user behavior analysis module 223 is transmitted) and the original enterprise management policy (transmitted by the policy management module 240). Based on this information, the assessment module 230 evaluates the risk (710) to determine whether to alert (720). That is, as described above, if it is determined that there is a high/medium risk, the evaluation module 230 decides to be alerted. The evaluation module 230 sends a management action to the client monitoring program 130, or, further, sends a warning and evaluation result to the enterprise information unit 110 (730). Alternatively, if no warning is required, the evaluation module 230 reports the evaluation result to the enterprise information unit 110 (740).

Figure 8 is a diagram showing the detailed operation of the policy management module 240 according to an embodiment of the present invention. As shown in FIG. 8, the policy management module 240 checks whether there is a management policy conflict based on the original enterprise management policy formulated by the enterprise information unit 110 (eg, checking if the user spans multiple groups leads to this user Multiple policies conflict with each other). If so, the policy management module 240 generates a suitable new management policy (820) for the user who is subject to regulatory policy conflicts to resolve management policy conflicts. Thereafter, the policy management module 240 generates and transmits (new or original) policy intermediary information to the client monitoring program 130 (830) as the management policy of the client monitoring program 130.

Further, when the policy management module 240 generates a suitable new management policy (820) for users across multiple groups, the policy management module 240 can be set strictly or wide. For example, in a strict setting, for a user UA that spans multiple groups, the management policy PA allows the user UA to perform the action OA/application AA, but the management policy PB does not allow the user UA to perform the action OA. / Application AA, the new management policy PC will not allow the user to act OA/App AA. On the other hand, in terms of the lenient setting, for the user UA spanning multiple groups, if the management policy PD allows the user UA to perform the action OA/application AA, the management policy PE does not allow the user UA to perform the action. For OA/App AA, the new Management Policy PF will allow the user UA to act OA/App AA.

That is, when a user spans multiple groups, the policy management module 240 can perform policy reorganization based on relevant parameters of the original enterprise management policy. For example, the original enterprise management policy sets the highest level risk management parameters. When multiple management policies correspond to the same client device, the prohibited actions and blacklists are reorganized by OR logic. Or the allowed operations and (AND) logical reorganization, so that the highest level of management measures can be constructed. In addition, the restructuring logic also Policy restructuring of different departments, branches or projects can be achieved according to the Root Policy.

Fig. 9 shows an example of a client device according to an embodiment of the present invention. As shown in FIG. 9, the client device 900 according to the embodiment of the present invention includes a processor 910, a memory 920, and a screen 930. The client monitor program according to the embodiment of the present invention can be stored in the memory 920. The client monitoring program stored in the memory 920 can be executed by the processor 910 to implement the above functions of the embodiment of the present invention, the details of which are not detailed herein. Screen 930 can be used to display images for viewing by the user.

The management server 120 may also include at least one integrated circuit to implement the functions implemented by the service management module 210, the verification module 220, the evaluation module 230, and the policy management module 240.

The management server 120 can also include at least one processing unit to perform the functions implemented by the service management module 210, the verification module 220, the evaluation module 230, and the policy management module 240.

In addition, if the user accidentally loses the mobile phone, the monitoring program or the management system of the embodiment of the present invention can automatically lock the mobile phone, restrict the use of the mobile phone, or directly delete the data in the mobile phone, and remotely delete the application storing the company data. / Folders to avoid leakage of corporate data. These are also within the spirit of the case.

Through the embodiment of the present invention, the employee can access the system and the e-mail in the enterprise through the device, just as there is a virtual encryption environment in the device to access the enterprise data. This approach can greatly improve employee productivity.

The embodiment of the present case can be flat in terms of enterprise resource access. To provide a consistent operating process based on a monitoring program. If the client device passes the verification, the profile, the application and the content to be installed will be automatically configured according to the type of ownership of the user and the device. In this way, the client device can enjoy secure access to enterprise resources. Employees can connect to corporate intranet sites and access corporate content, enterprise-specific applications, corporate Wi-Fi networks, and more through client devices.

In addition, in terms of privacy considerations, the embodiment of the present invention can isolate the enterprise data and other materials (such as user personal data, etc.) existing in the client device according to the ownership type of the device and the privacy principle through the customization. This will prevent the company from collecting personal data (such as emails, content or apps) from employee devices without the permission of the employee. In addition, GPS location data, user profiles and telecommunications data will remain opaque and will not be known by the company. Moreover, employee devices are not threatened by remediation or remote control, allowing employees to use the device with peace of mind.

From the perspective of protecting enterprise resources, in the case of this case, when the user cancels the registration or leaves the company, the enterprise information unit can remove the enterprise email and access to the enterprise network (Wi-Fi or VPN). right. After the user leaves the company, the corporate information unit can remove the company-specific APP and corporate content/data in the employee's device. That is, the embodiment of the present invention can perform the enterprise erasing function on the departing employee device without affecting other contents in the device.

In addition, in the above embodiment of the present case, the enterprise information unit does not need to be highly familiar with the judgment and management of the device security message (such as application black/white list, use). Since the installation program risks, device operation compliance, etc., it can reduce the problems encountered in the maintenance and continuous correction of the enterprise information unit.

In addition, in addition to being able to detect malicious software, the embodiment of the present invention can also be used for fake software or defective software (because, in the current technology, the application of the mobile platform can be deliberately cracked and modified before being put on the shelf or The analysis and detection of the disseminated) is also one of the characteristics of the embodiment of the present case.

In addition, the embodiment of the present invention can prevent enterprise confidential information on the user device from being stolen. Moreover, if the user device has an improper/malicious operation, the tracking of such operations can be recorded, so that after-the-fact forensics can be performed. In this way, the intention of the user/employee to perform malicious operations can be avoided.

The above embodiments of the present invention can provide simple and effective management services and processes for small and medium-sized enterprises lacking operational safety management technical capabilities or professional quality. For the client device management aspect, the above embodiment of the present invention can perform fast black/white list comparison and basic rights management (prohibition list), and device operation, status information, and suspicious high-risk programs are sent by the client monitoring program. Go to the management server for analysis and processing. Therefore, for the enterprise action management unit/enterprise information unit, the management policy and requirements related to the enterprise are set by a simple operation interface, and the policy management module of the management server can be deployed and reorganized.

After applying the example of this case, after the internal information unit of the enterprise has formulated the policy, the customized policy will be handed over to the management server of the embodiment of the case, and the management server will control the personnel/action device according to the policy, and will control The result/warning message informs the company's internal information unit. Therefore, for the enterprise, especially the middle For small businesses, it can significantly reduce the cost of maintaining operational safety/security.

It can be seen from the above that the embodiment of the present invention can open the employee's own device and provide the employee productivity, which leads to a win-win situation between the enterprise and the employee, before ensuring the security of the enterprise/action security.

The embodiment of the present invention can establish a software fingerprint database by analyzing and continuously collecting application related information transmitted from the client monitoring program, and if it cooperates with the software market or is operated by the software market, Have an advantage.

Through the collected software information, device information, and user information, the embodiment of the present invention can define various security issues and events to avoid the continuous occurrence and spread of enterprise security loopholes.

The embodiment of the present invention can perform rapid screening of the software and hardware on the client device, that is, whether the compliance is checked and can be initially performed on the mobile device. In addition, when installing the application, the embodiment of the present case initially determines whether the black/white list is matched or needs further testing. Therefore, the embodiment of the present invention can be matched with the existing anti-virus program or technology, and is filtered before the anti-virus detection. The suspicious applications that are determined to be counterfeit programs or malicious programs are not installed on the client device, thus reducing LF.

In addition, the embodiment of the present invention can establish, record, archive and track device information, software information, and user operation information, which helps to identify unknown security vulnerabilities and after-the-fact responsibility, and enhances the flexibility and confidence of enterprise mobile service applications.

Moreover, the embodiment of the present invention can perform the client device in the first time. Alert and control actions, and report corporate information units to reduce the risk and harm caused by malicious operations/intentional operation.

In summary, although the present invention has been disclosed above by way of example, it is not intended to limit the present invention. Those who have ordinary knowledge in the technical field of the present invention can make various changes and refinements without departing from the spirit and scope of the present case. Therefore, the scope of protection of this case is subject to the definition of the scope of the patent application attached.

110‧‧‧Enterprise Information Unit

120‧‧‧Management Server

130‧‧‧Client Monitor

140‧‧‧Enterprise Resources

Claims (24)

A management server includes: a service management module that receives and dispatches a backhaul information returned from a client monitoring program on a client device; and an inspection module that is returned by the client monitoring program When the return message is directed to an application, the verification module checks whether the application to be installed on the client device is permitted/disabled by a management policy and evaluates a corresponding risk when the client When the backhaul information returned by the monitoring program points to a state change of one of the client devices, the verification module checks whether the state change of the client device is permitted/disabled by the management policy and evaluates the corresponding risk. And when the backhaul information returned by the client monitor is directed to operating a user behavior of the client device, the verification module checks whether the user behavior of the client device is permitted by the management policy / prohibiting and evaluating the corresponding risk; an evaluation module, based on the test result of one of the test modules and the corresponding risk, performing risk assessment and calculation, and Return a client device management action; and a policy management module receives an original corporate governance policies, policy analysis and restructuring of the management, in order to return a mediation information management policy to the client device. The management server of claim 1, wherein the verification module determines the application when the verification module receives the return information returned by the client monitoring program and points to the application Whether it is a camouflage program for one of the blacklists, or a revision of the trusted application for one of the whitelists, or Disguising a malicious program and performing related reactions and operations; and the service management module receives a related information of a brand new unknown application to be installed by the client monitoring program for transmission to the inspection module for analysis. The management server of claim 1, wherein: the service management module extracts an application related information and sends the information to the inspection module; the verification module loads an application signature information, and according to An application database to verify information about the application; and the verification module sends a comparison result message to the evaluation module, or the verification module calculates an application risk and sends it to the evaluation module, and Update the app repository. The management server of claim 1, wherein: the service management module takes out and sends a device status related information to the inspection module; the inspection module loads a device risk database to verify the Whether the state change brings a risk; and if the test module determines that the state change is risky, the test module sends a risk warning message to the evaluation module, or the test module calculates a device state risk value and Send to the evaluation module and update the device risk database. The management server of claim 1, wherein: the service management module takes out and sends a behavior related information to the verification module; the verification module establishes a behavior path; The inspection module checks a user behavior risk caused by the user behavior; and if the verification module determines that the user behavior violates the management policy, the inspection module sends a warning message to the evaluation module. Alternatively, if the verification module determines that the user behavior does not violate the management policy, the verification module sends the user behavior risk to the evaluation module, or the verification module stores the user behavior And update a behavioral risk database. A management method, applied to a management server, comprising: receiving and dispatching a backhaul information returned from a client monitoring program on a client device; and returning the backhaul when the client monitoring program returns When the information is directed to an application, it is checked whether the application to be installed on the client device is permitted/disabled by a management policy and evaluates a corresponding risk; when the client monitors the backhaul returned by the client When the information indicates that the state of the client device changes, it is checked whether the state change of the client device is allowed/disallowed by the management policy and the corresponding risk is evaluated; when the client monitors the backhaul returned by the client When the information is directed to operating a user behavior of the client device, verifying whether the user behavior of the client device is permitted/disallowed by the management policy and evaluating the corresponding risk; according to a test result and the corresponding risk Conducting risk assessment and calculation, and returning a management action to the client device; and receiving an original enterprise management policy, parsing and reorganizing the pipe Policy to return A management policy intermediary material is provided to the client device. The management method of claim 6, wherein: when the returned information sent back by the client monitoring program points to the application, determining whether the application is a blacklist masquerading program Or a revision of a trusted application, or a disguise of a malicious program, and related reactions and operations; and a related information about a new unknown application to be installed by the client monitoring program. Returned to the management server for analysis. The management method described in claim 6 wherein: extracting and sending out an application related information; loading an application signature information, and verifying the application related information according to an application database; and sending out A comparison result message, or, an application risk, and update the application database. The management method of claim 6, wherein: extracting and sending out a device status related information; loading a device risk database to check whether the status change brings a risk; and if the status change is determined to be risky If yes, send a risk warning message, or calculate a device status risk value and update the device risk database. For example, the management method described in claim 6 of the patent application, wherein: extracting and sending out a behavior related information; Establishing a behavioral path; testing a user's behavioral risk caused by the user's behavior; and sending a warning message if the user behavior is determined to be in violation of the management policy, or if the user behavior is determined not to violate the management policy , the user behavior risk is sent, or the user behavior is stored and updated with a behavior risk database. A client device monitoring method is applied to a client device, comprising: obtaining, when the client device is in operation, a component status information of a client device by a client monitoring program installed on the client device; When the client device installs or updates an application, the client monitoring program obtains information about one of the applications; the client monitoring program records a user operation of the client device; and according to a management server The one of the management policy intermediary information is transmitted, and the client monitoring program compares the component status information of the client device, the related information of the application, and the recorded user operation, and performs a corresponding action. The method for monitoring a client device according to claim 11, further comprising: according to the management policy intermediary data, the client monitoring program returns a corresponding information to the management server; and the client monitoring program receives and Execution by the management server A management action. The client device monitoring method of claim 11, wherein when the application is to be installed on the client device, the client monitoring program determines whether the installed application belongs to a black/white list. Or belong to a risk program to decide whether to allow/disable the installation of the application. The client device monitoring method according to claim 13, wherein if the client monitoring program determines that the application misses the black/white list but some of the information is the same, the client monitoring program collects the The relevant information of the application is sent to the management server for determination by the management server. The client device monitoring method according to claim 11, wherein the management policy intermediary data includes: a plurality of prohibited device settings and states, a plurality of prohibited user operations, a black/white list, and A condition processing description file describing the corresponding processing of each case. The client device monitoring method according to claim 11, wherein: the client monitoring program continuously monitors the component status information of the client device according to the management policy intermediary data; and if a violation occurs or Undetermined status, the client monitor is passed back to the management server for further determination and management. The client device monitoring method according to claim 12, wherein: If the client monitor successfully performs the management action, the client monitor continues to detect the client device; and if the client monitor fails to perform the management action, the client monitor prohibits the client The device uses an enterprise application and/or prohibits access to an enterprise profile and/or reports to the management server. A client device includes: a memory storing a client monitoring program; and a processor coupled to the memory, when the processor executes the client monitoring program, the processor performs the following: obtaining one a component status information of the client device; when the client device installs or updates an application, obtains information about one of the applications; records a user operation of the client device; and according to a management server The one of the management policy intermediary materials is transmitted, and the component status information of the client device, the related information of the application, and the recorded user operation are compared and the corresponding actions are performed. The client device of claim 18, wherein the processor further performs: returning a corresponding information to the management server according to the management policy intermediary data; and receiving and executing the server by the end management server One of the management actions that came. The client device of claim 18, wherein When the application is to be installed on the client device, the processor determines whether the installed application belongs to a black/white list or belongs to a risk program to determine whether to allow/disable the installation of the application. The client device of claim 20, wherein if the processor determines that the application misses the black/white list but some of the information is the same, the processor collects the related information of the application. And sent to the management server for determination by the management server. The client device of claim 18, wherein the management policy intermediary material comprises: a plurality of prohibited device settings and states, a plurality of prohibited user operations, a black/white list, and a status The description file is processed, and the status processing description file describes the corresponding processing of each case. The client device of claim 18, wherein: the processor continuously monitors the component status information of the client device according to the management policy intermediary data; and if the setting violates the setting or cannot be determined The processor is passed back to the management server for further determination and management. The client device of claim 19, wherein: if the processor successfully performs the management action, the processor continues to detect the client device; and if the processor fails to perform the management action, The processor prohibits the client device from using an enterprise application and/or prohibits access to an enterprise profile and/or reports to the management server.