45 results about "Endpoint security" patented technology

The invention relates to the technical field of intelligent security operation and maintenance, in particular to an artificial intelligence network security system based on multi-modal large model training, which comprises a server fault diagnosis module, a network attack detection module, an endpoint security monitoring module, a key management optimization module and a threat analysis feedback module. According to the method, the fault prediction accuracy is improved through multi-dimensional data analysis, service interruption caused by sudden hardware faults is reduced, the network access frequency, source and instruction features are evaluated based on the server abnormality, the attack detection accuracy is improved, the misjudgment risk is reduced, the endpoint equipment execution behavior, resource calling and behavior sequence are extracted, and the service performance of the terminal equipment is improved. Fine-grained security monitoring is realized, attack traceability is enhanced, a key strategy is dynamically adjusted, security adaptability is improved, strategy lag risk is reduced, multi-level data is integrated to calculate threat behavior and attack fitting degree, threat assessment fineness and response speed are enhanced, and global security situation awareness is improved.

A system for identifying and preventing Advanced Persistent Threats (APTs) using big data analytics, including: a data collection module [100] configured to collect real-time data from network devices, endpoints, security applications and external threat data feeds; a data preprocessing module [101] configured to normalize and filter the collected data; a big data analytics engine [102] that uses both supervised and unsupervised machine learning models and is configured to detect anomalous behaviors and known attack patterns from the preprocessed data; a classification module [103] configured to categorize detected threats based on identified behaviors and characteristics of APTs; a real-time threat response module [104] configured to automatically initiate countermeasures based on the classified threat, the countermeasures including isolating compromised systems, blocking malicious traffic and adjusting network security configurations; a continuous learning module [105] configured to update the machine learning models using feedback from past threats and external threat data to ensure adaptability to evolving APT strategies; and a management dashboard [106] configured to provide security administrators with real-time alerts, visualizations and control over system configurations and responses.

Systems and methods for performing ZTNA secure traffic forwarding are provided. In one example, as part of setting up a TFAP tunnel, between a target service and an endpoint security agent of an endpoint device through which an application running on the endpoint device can interact with the target service, a secure connection is established between the endpoint security agent and a ZTNA AP. Based on an encryption status of traffic transmitted from the application to the target service: (i) protection against eavesdropping by an MITM attacker is provided by using the secure connection to encrypt one or more critical messages of the traffic between the endpoint security agent and the ZTNA AP; and (ii) the endpoint security agent abstains from switching to bypassing mode through the TFAP tunnel until after the one or more critical messages of the traffic have been exchanged.

The invention discloses a substation dispatching data network security communication method based on quantum tunnel encryption, relates to the technical field of large-scale power grid security assurance, and aims to solve the problems of endpoint security loss, boundary solidification, weak quantum threat resistance and inflexible deployment of a dispatching data network. According to the method, the establishment of a secure session and the encapsulation, encryption and restoration of data are realized by integrating quantum key distribution and a post quantum cryptographic operation module through quantum secure communication terminals deployed in a dispatching master station and a transformer substation. According to the method, application layer encryption and signature are carried out on telecontrol protocol data, a double-layer encryption tunnel is constructed, and transmission of various physical network media is supported. By means of the scheme, end-to-end protection is achieved, quantum attacks are effectively resisted, double encryption is provided, and networking flexibility and smooth evolution are improved.

The present invention provides an integrated, context-aware, security system that provides an adaptive endpoint security agent architecture model for a continuously monitoring and recording activity across an enterprise, specifically monitoring activity on endpoints, and subsequently detecting and blocking any malicious processes that may otherwise invade the enterprise and cause issues. The endpoint security agent architecture exposes a well-defined, public interface to the event data generated by the endpoint security agent in the form of a custom programming language by which a user can define the logic that the endpoint security agent executes in response to event data to perform detection of and response to suspicious activity.

In order to actively monitor functioning of security infrastructure such as local security agents on endpoints in an enterprise system, a security update is created for the endpoints that includes a detection rule for use by the local security agents, along with a separate computing object including a trigger for the detection rule. The security update can be stored, e.g., at a threat management facility or similar, for retrieval by endpoints during a security update. When the security update is retrieved by an endpoint, it can be unpacked to add the detection rule to the local security agent, and then to add the trigger to the endpoint protected by the local security agent. A successful detection of the trigger by the (updated) local security agent on an endpoint can be transmitted to the threat management facility as a verification that the endpoint security measures are properly functioning and receiving updates.

The present invention provides an integrated, context-aware, security system that provides an adaptive endpoint security agent architecture model for a continuously monitoring and recording activity across an enterprise, specifically monitoring activity on endpoints, and subsequently detecting and blocking any malicious processes that may otherwise invade the enterprise and cause issues. The endpoint security agent architecture exposes a well-defined, public interface to the event data generated by the endpoint security agent in the form of a custom programming language by which a user can define the logic that the endpoint security agent executes in response to event data to perform detection of and response to suspicious activity.

The disclosure provides an approach for multi-endpoint cryptographic orchestration. Embodiments include establishing, by a first endpoint of a plurality of endpoints related to a multi-endpoint secure communication session, a metadata channel with one or more other endpoints of the plurality of endpoints. Embodiments include sending, by the first endpoint, to a second endpoint of the one or more other endpoints, via the metadata channel, an indication of a cryptographic requirement related to the multi-endpoint secure communication session. Embodiments include performing, by the second endpoint, one or more cryptographic operations related to the multi-endpoint secure communication session based on the indication of the cryptographic requirement. Embodiments include attesting, by the second endpoint, via the metadata channel, that the one or more cryptographic operations comply with the cryptographic requirement.

There is disclosed a system and method of detecting security threats for an enterprise, including: filtering a first set of endpoint metadata records to identify a subset of metadata records, wherein filtering includes identifying endpoint security metadata records that are uncommon in context of the enterprise; and designating the subset of metadata records as indicating a potential security threat including designating the subset of metadata records for human analysis.

The present disclosure provides a system and a method for performing real-time cloud-native fingerprinting and managing sensitive content within a cloud storage platform to prevent data leakage. The system comprises a cloud storage platform comprising a data leakage prevention (DLP) server. The DLP server configured for receiving and storing a sensitive document, receiving a sensitivity level of the sensitive document, fingerprinting the sensitive document based on the sensitivity level, indexing and storing the fingerprint, sharing the fingerprint to an endpoint security agent, receiving leak indication, performing leak analysis and notifying the leak to a document owner. The system and method further perform monitoring of the sensitive data that has been fingerprinted and stored under a security folder, for a predefined time and automatically moving the sensitive data from the security folder after the predefined time.

Disclosed is a system and method for pre-emptive detection, attribution, and reversal of outbound data leaks and impersonation-based attacks occurring beyond traditional enterprise endpoint security boundaries. An outbound instrumentation gateway may insert telemetry identifiers into outbound electronic communications, enabling persistent tracking of message interactions within external or third-party domains. A RAPTORAI analytics engine may process metadata collected from these interactions using a multi-stage artificial-intelligence pipeline that combines predictive anomaly modeling and large-language-model (LLM) attribution. When anomalous or malicious behavior is detected, a Double DLP remediation engine may be activated, which is capable of pausing, auto-locking, or revoking message access after transmission but before compromise. A PRE-Crime telemetry layer provides visibility into early-stage reconnaissance activities by threat actors operating beyond the endpoint, thereby reducing mean time to detect (MTTD) and mean time to respond (MTTR) to effectively zero. Administrative dashboards present live analytics of third-party risks, reconnaissance indicators, and auto-remediation events.

Systems and methods for adjusting the behavior of an endpoint security agent based on a network location are provided. According to an embodiment, an agent of an endpoint device detects whether the endpoint has moved to a new network by monitoring for changes to an IP address associated with the endpoint. When the detecting is affirmative, the agent further determines whether a trusted network determination service associated with a cloud-based security service is reachable. When the determining is affirmative, the agent further identifies whether the new network is among a set of trusted networks that have been previously registered with the cloud-based security service by querying the trusted network determination service. When the identifying is affirmative, a particular security feature on the endpoint is configured for operation within a trusted network and when the identifying is negative, the particular security feature is configured for operation outside of a trusted networks.

There is disclosed a system and method of detecting security threats for an enterprise, including: filtering a first set of endpoint metadata records to identify a subset of metadata records, wherein filtering includes identifying endpoint security metadata records that are uncommon in context of the enterprise; and designating the subset of metadata records as indicating a potential security threat including designating the subset of metadata records for human analysis.

Aspects of the present disclosure include a tokenless, network-attached, multi-factor authentication software based electronic access control logon system and methods of use thereof, and may provide equivalent in security to a Public Key Infrastructure smart card system. The logon system may allow tokenless, but authorized, entities to access secure systems, with the secure logon system not requiring placement of individual or organization identifying information on a physical object that may be removed from a restricted location. Aspects of the present disclosure may include maintaining user credentials within individually encrypted credential bins within a Credential Hardware Security Module (HSM) that is securely accessible by authorized endpoints in a distributed network. A successful logon may occur when an authorized user accesses the user's corresponding credential bin within the Credential HSM via an additionally authorized corresponding device, such that the device and user authentication may combine to provide multi-factor authentication.

The present application relates to a file processing method and electronic device. The method includes: using a custom function implemented on the Endpoint Security framework to obtain the path name of the process used to open the current file and the path name of the current file; when it is determined that the process and the current file meet the preset conditions and the current file is an encrypted file, calling the es_respond_flags_result function provided by the Endpoint Security framework to set the process to not have the permission to open the current file; sending the path name of the process and the path name of the current file to the redirection service process; the custom function returns, and returns the processing operation of the current file to the process, triggering the process to generate the first prompt information of the failure to open the current file; decrypting the current file based on the redirection service process, and calling the process to continue to open the decrypted file. The present application solves the problem that there are limitations on the operating system's scheme for opening encrypted files, and it will cause the stability of the related application or operating system to decrease.

A computing system is configured to manage and synchronize indicators-of-attack (IOA) rules across multiple tenants of an Endpoint Detection and Response (EDR) tool. The computing system is configured to compare rules between an indicated source tenant and a destination tenant. The computing system may then generate output indicating common rules, updated rules, and missing rules between the source and destination tenants. A user, or the system itself, may update the rules at the destination tenant based on the rules at the source tenant. Such an endpoint security synchronization system avoids problems that may occur with manually transferring IOA rules across multiple tenants of an EDR tool which may result in errors that result in false or misleading security alerts.

The present application discloses a method, system, and computer system for managing endpoint security and protecting a network based on a security posture. The method includes: (a) receiving a set of risk signals for each of a plurality of endpoints, wherein the set of risk signals is received from one or more trusted sources, (b) dynamically creating an endpoint group based at least in part on a risk criteria and the set of risk signals, and (c) applying security policy controls to the endpoint group consistently across access through a cloud security service and gateway firewalls.

This invention relates to the field of intelligent security operation and maintenance technology, specifically to an artificial intelligence network security system based on multimodal large model training. The system includes a server fault diagnosis module, a network attack detection module, an endpoint security monitoring module, a key management optimization module, and a threat analysis feedback module. In this invention, multidimensional data analysis improves the accuracy of fault prediction, reducing business interruptions caused by sudden hardware failures. Based on server anomaly assessment, network access frequency, source, and command characteristics are evaluated to improve attack detection accuracy and reduce the risk of false positives. Endpoint device execution behavior, resource calls, and behavior sequences are extracted to achieve fine-grained security monitoring, enhancing attack tracing capabilities. Key policies are dynamically adjusted to improve security adaptability and reduce policy lag risks. Multi-level data is integrated to calculate the fit between threat behavior and attack, enhancing the precision and response speed of threat assessment and improving overall security situation awareness.

An information security monitoring system can import indicators of compromise (IOC) definitions in disparate formats from third-party source systems, convert them into editable security definitions in an internal system format, and provide a user interface for composing or editing these security definitions with enhancements, including complex security definitions such as those having a nested Boolean structure and / or those that reference one or more security definitions, a behavioral rule, and / or a vulnerability description. One or more whitelists can be added to handle exceptions. Each composed or modified security definition is then compiled into an executable rule. The executable rule, when evaluated, produces a result indicative of an endpoint security action needed in view of an endpoint event that meets the composed or modified security definition.

A system and method for generating a software product component catalog for endpoint security is presented. The method includes receiving data on endpoint usage of software product components, wherein the data on endpoint usage includes information on states of software product components; invoking at least one AI agent and external data sources based on the data on endpoint usage, wherein the external data sources are invokable by the at least one AI agent to extract particular types of attributes of the software product components; extracting, by the at least one AI agent using external data sources, attributes of the software product components, wherein attributes are dynamic qualities of a software product component; verifying the extracted attributes of the software product components using at least a language model, heuristics, and a combination thereof; and generating an endpoint security policy based, in part, on the verified attributes.

Systems and methods include, responsive to a request to access an application, wherein the application is in one of a public cloud, a private cloud, and an enterprise network, and wherein the user device is remote over the Internet, determining if a user of the user device is permitted to access the application; determining a posture of the user device; and allowing access to the application based on whether the user is permitted to access the application and based on the posture of the user device.

Systems, methods, and computer readable medium are disclosed for synchronizing network and endpoint security protocols. synchronizing network and endpoint security protocols includes receiving a device posture from an application running on an edge device; receiving from a server in communication with the edge device, network traffic information associated with the edge device; correlating the device posture and the network traffic information; and implementing a network security policy based on the correlation such that both the device posture from the edge device and the network traffic information from the server are used to enforce the network security policy.

A computer implemented method for assessing endpoint security includes identifying a size of exposed PCIe space corresponding to a system of interest comprising one or more endpoints, determining an observable state of correct functionality for the system, generating random transaction layer packets corresponding to the endpoint, injecting the generated transaction layer packets, monitoring the system following the injection of the generated transaction layer packets for erroneous patterns exhibited by the system, and reporting the erroneous patterns exhibited by the system. A corresponding computer program product and computer system are also disclosed.

A computing system is configured to manage and synchronize indicators-of-attack (IOA) rules across multiple tenants of an Endpoint Detection and Response (EDR) tool. The computing system is configured to compare rules between an indicated source tenant and a destination tenant. The computing system may then generate output indicating common rules, updated rules, and missing rules between the source and destination tenants. A user, or the system itself, may update the rules at the destination tenant based on the rules at the source tenant. Such an endpoint security synchronization system avoids problems that may occur with manually transferring IOA rules across multiple tenants of an EDR tool which may result in errors that result in false or misleading security alerts.

The disclosure provides an approach for multi-endpoint cryptographic orchestration. Embodiments include establishing, by a first endpoint of a plurality of endpoints related to a multi-endpoint secure communication session, a metadata channel with one or more other endpoints of the plurality of endpoints. Embodiments include sending, by the first endpoint, to a second endpoint of the one or more other endpoints, via the metadata channel, an indication of a cryptographic requirement related to the multi-endpoint secure communication session. Embodiments include performing, by the second endpoint, one or more cryptographic operations related to the multi-endpoint secure communication session based on the indication of the cryptographic requirement. Embodiments include attesting, by the second endpoint, via the metadata channel, that the one or more cryptographic operations comply with the cryptographic requirement.

Systems and methods for establishing a shared secret (or pre-shared key (PSK)) between a Chipset and a trusted platform module (TPM) of a computing device that can be used to encrypt all communication between those two components. The PSK may include two (or more) factors that must both be available to the Chipset in order to communicate with the TPM. The first factor may originate from an Endpoint Security Controller (EpSC) and the second factor may originate from within the Chipset. The PSK may only be regenerated by combining multiple segments of a key, referred to as “factors,” that may be separately assigned to different components of a computing device. If all factors are not provided to a TPM upon boot-up, communication between the Chipset and the TPM may be disabled.

Systems and methods for correlating access-system primitives generated by an access control system and semantic primitives generated by a sensor data comprehension system.

Disclosed embodiments relate to a security firewall having a security hierarchy including: secure master (SM); secure guest (SG); and non-secure (NS). There is one secure master and n secure guests. The firewall includes one secure region for secure master and one secure region for secure guests. The SM region only allows access from the secure master and the SG region allows accesses from any secure transaction. Finally, the non-secure region can be implemented two ways. In a first option, non-secure regions may be accessed only upon non-secure transactions. In a second option, non-secure regions may be accessed any processing core. In this second option, the access is downgraded to a non-secure access if the security identity is secure master or secure guest. If the two security levels are not needed the secure master can unlock the SM region to allow any secure guest access to the SM region.

Systems and methods for performing zero-trust network access (ZTNA) secure traffic forwarding are provided. In one example, as part of setting up a transmission control protocol (TCP) forward access proxy (TFAP) tunnel, between a target service and an endpoint security agent of an endpoint device through which an application running on the endpoint device can interact with the target service, a secure connection is established between the endpoint security agent and a ZTNA access proxy (AP). Based on an encryption status of traffic transmitted from the application to the target service: (i) protection against eavesdropping by a man-in-the-middle attacker is provided by using the secure connection to encrypt one or more critical messages of the traffic between the endpoint security agent and the ZTNA AP; and (ii) the endpoint security agent abstains from switching to bypassing mode through the TFAP tunnel until after the one or more critical messages of the traffic have been exchanged.