Abstract: A method for determining and using a security risk score for devices includes searching a network to automatically identify devices associated with potential security risks, collecting a first set of data from the devices including at least one of a device configuration, an IP address, a MAC address, or data related to software operated on the devices, collecting a second set of data from an external data source including risk data, comparing the second set of data to the first set of data to evaluate a potential security risk and determine a risk score for the devices, and using the risk score to perform an automated action including at least one of (i) providing an alert to a user identifying the potential security risk, (ii) generating a dashboard identifying the potential security risk, or (iii) initiating a corrective action responsive to the potential security risk based on the risk score.

Abstract: A method and system for securely verifying security compliance of a device on a network by generating a hash value for configuration data of the device, sending this value to a compliance service agent, comparing the hash value with hash value of default configuration data of the device, and reporting security non-compliance of the device when the generated hash value is same as the default hash values.

Abstract: A system and method for managing the security health of a network devices interconnected with each other in a service provided in an entity. The security health of the networked device is evaluated by determining a cyber risk score for the entity having a plurality of devices. A first set of data from individual network devices and a second set of data including risk data from an external data source are collected by a data collector. The collected data is normalized into a format which can be further correlated by a correlation engine. The correlating step enables to determine cyber risk scores for the individual network devices. The cyber risk score for the entity may further be determined by aggregating the individual cyber risk scores of the individual network devices. The risk scores are displayed by a web-based user interface which is enabled by an application programming interface.

Abstract: A system and method for managing the security health of a network devices interconnected with each other in a service provided in an entity. The security health of the networked device is evaluated by determining a cyber risk score for the entity having a plurality of devices. A first set of data from individual network devices and a second set of data including risk data from an external data source are collected by a data collector. The collected data is normalized into a format which can be further correlated by a correlation engine. The correlating step enables to determine cyber risk scores for the individual network devices. The cyber risk score for the entity may further be determined by aggregating the individual cyber risk scores of the individual network devices. The risk scores are displayed by a web-based user interface which is enabled by an application programming interface.

Abstract: A method and system for securely verifying security compliance of a device on a network by generating a hash value for configuration data of the device, sending this value to a compliance service agent, comparing the hash value with hash value of default configuration data of the device, and reporting security non-compliance of the device when the generated hash value is same as the default hash values.

Abstract: A micropositionable contactor for use in automated testing of multiterminal electronic devices includes an elongated metal probe having a contact at one end. A plurality of piezoelectric motors are positioned about the probe are operative to move the probe in a corresponding plurality of directions. Digital electronic circuit means are coupled to the piezoelectric motors to move the probe through a sequence of motions which establish the locations of each contact on the device under test and make appropriate testing connections to one or more of the device contacts.