Abstract: Embodiments are directed to systems and methods configured to detect malware vulnerabilities in computational environments. The method includes receiving input data distributed among a plurality of nodes within a particular network, receiving the input data into a curator engine to convert the at least one input data into a payload having at least one message header, receiving the payload having the at least one message header into a transaction engine, and storing the payload having the at least one message header into a blockchain database. The method continues by processing the payload having the at least one message header to make a decision to transform or analyze the transaction based on a predetermined set of rules, converting the payload into a data file, evaluating the data file, aggregating the data file for a plurality of behavior models, and converting the data file into a valid message payload with a header.

Abstract: Embodiments are directed to systems and methods configured to gather, transmit, share and process security related data between end users and security applications/devices across multiple platforms using blockchain open implementation as the backend and smart contracts integrated with artificial intelligence and behavior analysis using rule engines to enforce/implement data decisions. The system is designed to continuously predict, monitor, prevent, detect, response and mitigate cyber threats. The process includes a self-enforced adaptable engine that has a fast incident response time and makes quick smart decisions. This is a resilient system that is constantly capturing data, learning, tracking and enforcing. Computational power is maximized by leveraging smart contracts to validate transactions between network devices, share encrypted and protected information about their functions, events across the network of nodes and make smart swarm decisions.

Abstract: Embodiments are directed to systems and methods configured to gather, transmit, share and process security related data between end users and security applications/devices across multiple platforms using blockchain open implementation as the backend and smart contracts integrated with artificial intelligence and behavior analysis using rule engines to enforce/implement data decisions. The system is designed to continuously predict, monitor, prevent, detect, response and mitigate cyber threats. The process includes a self-enforced adaptable engine that has a fast incident response time and makes quick smart decisions. This is a resilient system that is constantly capturing data, learning, tracking and enforcing. Computational power is maximized by leveraging smart contracts to validate transactions between network devices, share encrypted and protected information about their functions, events across the network of nodes and make smart swarm decisions.

Abstract: The present disclosure is generally related to power management in a circuit on a circuit board of a processor. The circuit includes a first power connector coupled to a first power input rail. The circuit includes a second power connector and a second power input rail. The circuit includes a control module. The control module is configured to determine a power specification of the circuit board. The control module is configured to detect a power cable connected to the first control connector. The control module is configured to sense a voltage at the second power connector. The control module is configured to couple the second power input rail with the first power connector or the second power connector in response to the determined power specification of the circuit board and the sensed voltage at the second power connector.

Abstract: The present disclosure is generally related to power management in a circuit on a circuit board of a processor. The circuit includes a first power connector coupled to a first power input rail. The circuit includes a second power connector and a second power input rail. The circuit includes a control module. The control module is configured to determine a power specification of the circuit board. The control module is configured to detect a power cable connected to the first control connector. The control module is configured to sense a voltage at the second power connector. The control module is configured to couple the second power input rail with the first power connector or the second power connector in response to the determined power specification of the circuit board and the sensed voltage at the second power connector.

Abstract: An “Adaptable Ceramic Based Microwave Absorbing Heater” simple to manufacture with efficiency to capture and store enough microwave energy in typically one to 1.5 minutes in a 1200 W microwave oven to keep food or beverages hot at the table when the heater is used in a “Heat Retentive Plate” or “Heat Retentive Coffee Mug” and other dinnerware. The heater can also be used for scorching or browning food and in other industrial applications.

Abstract: An integrated microwaveable heat storage device that absorbs substantial amounts of microwave energy in a microwave oven in a relatively short period of time (one to 2 minutes) and releases this energy as heat (infrared radiation) over an extended period of time (typically 20 to 30 minutes The device includes three rigid elements, the upper element usually in the form of a container (10) such as a dish or cup cooperating with a base (14) to form a sealed enclosure or cavity. This enclosure is transparent to microwaves and encloses a mass of solid microwave absorbing material heater (12) in minimum contact with the walls of the cavity. This receptacle (enclosure) and the microwave absorbing material (the heater (12)) can have different cross sections, shapes, volumes and masses according to the specific intended use of the heat-storage device.

Abstract: A permanent magnet and an electromagnet actuated mechanical unit that may be secured to an engine block assembly to actuate at least one piston, connecting rod, and drive shaft that forms a part of the assembly to obtain rotary power.