32 results about "Security solution" patented technology

The invention relates to the field of network security, and particularly provides a security cooperation system and method in a hybrid cloud environment. The system comprises a unified security management module, a security solution cooperation module and a security function module. The unified security management module analyzes a self-healing algorithm through a policy graph, carries out graph modeling on a multi-cloud security policy, automatically identifies policy conflicts and drifts through graph difference analysis, and realizes continuous consistency and self-healing of a cross-cloud policy. And the security solution cooperation module is embedded into a reinforcement learning agent, dynamically decides an optimal deployment scheme of security resources according to a reward function by sensing a threat situation, a resource utilization rate and response delay, and realizes intelligent self-adaptive arrangement of protection resources. The security function module is used for micro-servitizing and containerizing security capability based on a cloud native technology, transparent injection is realized through a service grid, an automatic compliance repair and verification mechanism is built in, and a compliance closed loop for detection, repair and verification is formed. And the management efficiency and the protection accuracy of the security policy are improved.

The present disclosure provides for systems and methods for assessing security in a computing environment. The system may comprise two or more attacks simultaneously. The system may comprise one or more attack simulations wherein the results are displayed in substantially real time. The system may comprise one or more performance indicators. The performance indicators may provide insight into what attacks are blocked, detected, logged, or alerted. The system may comprise one or more prioritized recommendations for security solutions, which may comprise one or more tool recommendations. The attack path may comprise an aggregation of one or more attack techniques. The system may comprise one or more endpoint solutions or recommendations. The system may integrate as a third-party software into an existing company or security infrastructure. The system may comprise at least one security validation test configured to target at least one security infrastructure of a scoped computing environment.

Systems and methods for mathematical modeling of the hardware and software stack of commodity computer platforms are provided, enabling provable guarantees on memory, device, and program execution. This approach addresses the technical problem of reliance on system agents that rely on implicit trust in the operating environment, which can be exploited by sophisticated attackers using complex threats such as memory access exploits and code / data integrity exploits. The solution provides a proactive, mathematically-backed security solution that eliminates entire classes of cyberattacks by design, ensuring realizable guarantees on commodity computer platforms running hardware and software stack elements at the lowest operating level. This approach has significant advantages over current reactive cybersecurity methods, including reduced complexity and overhead, and increased confidence in the integrity of the system. The solution's main uses include providing mathematically-backed security and availability guarantees for critical infrastructure, financial institutions, and other organizations vulnerable to cyberattacks.

To prevent inconsistencies in the quality of response work related to elevator car troubles, which can arise due to differences in the experience and abilities of workers, by using a simple configuration, thereby achieving high-quality remote monitoring and improving the safety of elevator users. [Solution] The remote monitoring support device 120 acquires a signal output from a pressure sensor 137 installed in the elevator car 131 of the elevator 130, determines the position of the car 131 based on the acquired signal, and transmits notification information regarding the determination result to the management server computer 110. This makes it possible to properly determine the position of the car 131 with a simple configuration, and to properly determine whether the car 131 is operating normally, whether it is stopped between floors, etc.

Achieve both cost and safety. [Solution] An information processing system that utilizes a generation AI that generates answers to prompts acquires a prompt, determines whether an on-premise generation AI or a cloud-based generation AI will be the destination generation AI for the prompt, inputs the prompt into the destination generation AI based on the determination result, acquires an answer to the prompt from the destination generation AI that input the prompt, and outputs the answer.

To provide a system for improving the safety of an area by quickly and efficiently detecting and coping with abnormal behavior.SOLUTION: The system includes means for patrolling crime prone areas with drones, means for mounting sensors and generating AI to detect unusual behaviors and situations, means for alerting and advising upon detection of unusual situations, and means for reporting to police in emergencies.SELECTED DRAWING: Figure 1

Disclosed is a blockchain-based security method that is performed by an integrated web security solution (web application and API protection, WAAP) and using WAAP and application programming interface (API) level management. The blockchain-based security method may comprise: receiving an API safety grade check request from the blockchain under a session establishment with the blockchain, wherein, in the checking of the API safety grade, a security level for vulnerability of the API is checked by itself in management API data of the WAAP with a highest level of safety; and transmitting information on the API safety grade to the blockchain.

The invention discloses a quantum hybrid security chip based on an integrated real-time quantum random source and a security processing unit and a key management method, the chip binds a quantum random stream with security data from a PUFF / encryption chip through a cryptographic binding processing unit to obtain an equipment binding result, and derives an anti-quantum key according to the equipment binding result. The corresponding method protects key generation and equipment authentication processes. According to the security chip and the key management method, a full-stack security scheme from a physical entropy source to an application is provided, and the security chip and the key management method have anti-quantum computing and anti-physical cloning capabilities.

This provides a blockchain-based security system and method that can defend against a variety of attacks on public and private networks by assigning a lifecycle to APIs and managing WAAP / API levels using a cloud-based integrated web security solution (WAAP). [Solution] The security method includes a step S550 in which WAAP receives an API security rating confirmation request from the blockchain while a session is established between the user and the blockchain, a step S560 in which the API security rating is confirmed, and a step S580 in which the blockchain transmits confirmation information regarding the API security rating to the user.

A control system is provided that can achieve both convenience and security when visitors from service providers or the like enter each floor of a facility such as an apartment building. [Solution] When the controller 20 (controller 21) of the control system 1 receives a first unlock request to unlock an outer door 71 installed at the entrance of an apartment building, and if authentication of the first unlock request is successful, it sends an unlock instruction to an outer door controller 70 that controls the locking and unlocking of the outer door 71 and an elevator controller 80 that controls the operation of an elevator 81 installed in the apartment building. When the controller 21 receives a second unlock request to unlock the elevator 81, and if authentication of the second unlock request is successful, it does not send an unlock instruction to the outer door controller 70, but sends an unlock instruction only to the elevator controller 80.

The system according to this embodiment aims to avoid the dangers associated with using a smartphone while walking and to ensure the safety of the user. [Solution] The system according to the embodiment comprises a data collection unit, an analysis unit, and a warning unit. The data collection unit recognizes the forward video in real time. The analysis unit analyzes the video data collected by the data collection unit and detects red lights, stairs, people, and obstacles. The warning unit displays a notification to alert the user based on the hazards detected by the analysis unit, issues a warning if necessary, and forcibly stops the application.

To secure safety for a user who cannot directly view an area that may not be safe.SOLUTION: The warning system includes a region detection unit configured to detect a region of interest that is a region that may be unsafe for a user in a real space, a distance determination unit configured to determine a distance between the user and the region of interest, and a vibration generation unit configured to generate a vibration for causing the user to perceive a force in a direction away from the region of interest based on a positional relationship between the user and the region of interest when it is determined that the distance between the user and the region of interest is less than a threshold.SELECTED DRAWING: Figure 7

A user device and method for protecting a user using artificial intelligence (AI) solution. An AI safety module in the user device monitors communications of a user, receives a direct input from the user, and / or receives telemetry data measured on the user and / or surroundings of the user from a telemetry device. The AI safety module detects a threat to the user or a need for help for the user based on the communications of the user, the direct input received from the user, and / or the telemetry data. The AI safety module generates an action based on the detected threat or the need for help. A large language model may be used for processing the communications of the user and the threat to the user or the need for help may be detected based on an input received from the large language model.

The application provides a weak password detection method based on multi-modal feature fusion and dynamic behavior analysis. The method innovatively introduces multi-dimensional feature extraction, including password entropy, semantic correlation, user historical behavior, system login frequency, etc., to improve user feature adaptation and reduce dependence on static dictionaries. In addition, through real-time interactive feedback, password strength assessment and security recommendations can be pushed in real time. Therefore, the method of the application can solve the problems of strong dependence on static dictionaries, insufficient user feature adaptation, and lack of real-time feedback in existing weak password detection techniques, significantly improving the accuracy and defense efficiency of weak password detection in colleges and universities, and providing an efficient and easy-to-deploy password security solution for the education industry.

The present disclosure relates generally to security solutions. More specifically, techniques (e.g., systems, methods, and apparatuses) are provided that implement an incentive-based intrusion detection system to detect malicious behavior against an asset. The incentive can entice or motivate a behavior to provide information that detects malicious behavior against the asset.

The present application relates to a kind of modular cryptographic service processing systems for cloud environment, wherein the system includes: cryptographic management system is responsible for the software and hardware system of key management, cryptographic resource management, certificate management, monitoring audit under entire cloud environment, with one or more HSM;Cryptographic security protection system is responsible for the software and hardware system of key management and service of all cryptographic security modules in certain security domain of cloud environment;Cryptographic security module is integrated in certain business application node inside cloud environment, and it is responsible for the software module of providing cryptographic service to it;And each cryptographic security module is from the specific corresponding cryptographic security protection system.This application also relates to a corresponding method, using the modular cryptographic service processing system for cloud environment of the present application, can solve the problems of existing cryptographic technology protection data security solution in cloud environment, such as leakage risk in encrypted data transmission, low data protection efficiency, scale compared with increasing input cost, etc.

We provide an integrated web security solution platform for client API security, offering security methods and systems. [Solution] A security method for client API security performed by a security device including a service provider and a hash verification tool, comprising: step S312 in which the service provider registers the API with the hash verification tool; step S314 in which the hash verification tool stores the API, the ID of the API and its hash; and step S316 in which the hash verification tool transmits the ID and hash to the service provider.

Trusted execution environment construction is described and includes obtaining regulatory requirement information of a trusted execution environment. The regulatory requirement information is parsed to obtain atomized security function information applied to the trusted execution environment. Formal parsing processing is performed on the security function information to obtain a security solution of the trusted execution environment to prove that it satisfies the regulatory requirement information and generating a test case corresponding to the security solution based on an axiom of the security solution. Using a predetermined property migration mechanism based on the security solution and the test case corresponding to the security solution, a trusted execution environment is constructed that has same property information as the security solution and the test case with respect to a predetermined property item in a target scenario.

Disclosed is a blockchain-based security method that is performed by an integrated web security solution (web application and API protection, WAAP) and using WAAP and application programming interface (API) level management. The blockchain-based security method may comprise: receiving an API safety grade check request from the blockchain under a session establishment with the blockchain, wherein, in the checking of the API safety grade, a security level for vulnerability of the API is checked by itself in management API data of the WAAP with a highest level of safety; and transmitting information on the API safety grade to the blockchain.

This invention provides an advanced road traffic system and method for improving road safety. [Solution] The present invention relates to an electronic device and a computer program. It is provided that events detected by road users and / or road infrastructure are broadcast to the environment via a direct communication signal that includes cloud upload information indicating whether or not the event is being uploaded to a backend server. Based on the cloud upload information, surrounding road users receiving the direct communication signal know whether or not it is necessary to upload the detected event to the backend server. Thus, redundant uploads of detected events to the backend server by other road users who are connected to or can connect to the backend server may be prevented.

The invention discloses a PTP network encryption and key management method and device, equipment, a medium and a product, and relates to the technical field of network security, and the method comprises the steps: obtaining a key pair distribution request, and generating and distributing an asymmetric public and private key pair to a target node based on the key pair distribution request; deploying the target node in the PTP network, and obtaining a data transmission encryption algorithm and a key request of the target node; the data transmission encryption algorithm and the key request comprise a node digital signature set based on an asymmetric public and private key pair; based on the PTP domain where the target node is located, correspondingly generating a data transmission encryption algorithm and a secret key, and distributing the algorithm and the secret key to the target node; wherein the basic nodes in different PTP domains are distributed with different data transmission encryption algorithms and keys, and the keys comprise a key for data communication and a key for PTP authentication. According to the invention, a comprehensive PTP security solution is provided for a high-security demand scene, and the PTP network security and reliability of the key infrastructure are improved.

This invention provides an information processing device, an information processing method, and an information processing program that can ensure the security of each individual using a multifunction printer. [Solution] The information processing device includes an acquisition unit that acquires virtual jobs stored on a cloud server and associated with a predetermined user by using an access code to identify a predetermined multifunction device, and a login execution unit that causes the multifunction device to perform login for the user based on the acquired virtual jobs.

Device type discovery for a private network can be performed based on network address translated (NAT′d) network traffic generated from the network. A security solution analyzes data of network traffic from network devices using a binary classifier to determine whether the network traffic is from a NAT device. A network traffic dataset for a first time interval is preprocessed to generate a feature vector for the binary classifier, the output of which indicates whether the traffic is NAT′d. For NAT′d traffic, the security solution analyzes subsets of the network traffic dataset of smaller intervals within the first time interval. The security solution determines feature values from each network traffic data subset and generates feature vectors which are input to a multiclass classifier to obtain a device classification for each network traffic data subset.

To provide a technology for accurately performing feedback necessary for securing safety of a worker in delivery work.SOLUTION: The behavior extracting unit 13 monitors a worker who performs delivery work using a vehicle, and determines whether or not a safety behavior, which is a behavior for ensuring the safety of the work, is appropriately performed, thereby extracting an inappropriate safety behavior as an unsafe behavior. The psychological analysis unit 14 estimates the psychological state of the worker. The information generating unit 15 generates feedback information including the content of the extracted unsafe behavior, the timing at which the unsafe behavior occurred, and the psychological state of the worker estimated by the psychological analysis unit 14. The notification unit 17 notifies at least one of the worker and a manager who manages the worker of the generated feedback information.SELECTED DRAWING: Figure 1

To provide a solution capable of securing safety of an application program.SOLUTION: A software verification method includes a step of generating an intermediate representation from a source code, a step of verifying whether or not the intermediate representation satisfies a predetermined rule or convention related to vulnerability, and a step of outputting a verification result obtained by the verifying step.SELECTED DRAWING: Figure 1

Disclosed is a malware detection system that employs behavior-based malware detection to detect malware within a target computing device. The system comprises a data collection module for capturing processing activity within the target device, an activity database for storing the captured activity data in samples, a comparison module for comparing the activity data pertaining to a sample against behavior-based malware behaviors listed within a behavioral database, a sample ranking module for assigning multiple sample ranks to the sample upon match, and a batch ranking module for assigning multiple ranks to a sample batch wherein, a batch rank is a function of corresponding sample ranks. The target device is deemed to be malware infected in the event of the batch rank being beyond threshold limit, at which point, the system is configured to issue a malware-detection notification.

Even when numerous pieces of equipment are located on a vast site, safety during equipment startup is ensured. [Solution] The safety management computer 3 includes an image analysis means for analyzing images, and an audio analysis means for identifying the equipment to be activated by analyzing audio paging broadcast when the equipment is activated, which includes identification information of the equipment to be activated. The drone 2 flies to the equipment identified by the audio analysis means and takes pictures of the area around the equipment with the camera 21. The image analysis means analyzes the images of the area around the equipment taken by the camera 21 and determines and outputs whether or not there are people around the equipment.

A system is provided.SOLUTION: A system, comprising: means for automating security measures based on generated protocols; means for encrypting and storing information from users; means for detecting threats and generating alerts in real-time; means for identifying types of threats and selecting and implementing appropriate defensive measures; and means for generating customized security solutions based on enterprise needs.SELECTED DRAWING: Figure 1

A method of implementing a universal no known password (NKP) security solution for authentication is disclosed herein. The method can include receiving an application programming interface (API) call comprising a request for a new NKP account from a computing device of an owner of an application, in response to the request for the new NKP account, generating an account on a directory service associated with the application, generating an authentication credential associated with the account, and pushing the authentication credential to a host or container of a plurality of hosts and containers that corresponds to the authentication credential.