Abstract: A method and system for detecting volumetric malicious threats by iteratively aggregating network flow information of received packet data is presented that includes: analyzing the network flow information of the received packet data; assigning a time interval window, based on the network flow information for time aggregation; determining a corresponding datacenter (DC), based on the network flow destination IP information for DC aggregation; determining a corresponding subnet IP range, based on the network flow destination IP information for subnet aggregation; and determining a transport protocol for corresponding servers of the IP subnet. The packet data size and/or number of packets for the subnet transport protocol and the server transport protocol are updated based on the received packet data. And upon detection that the subnet or server transport protocol updated packet size/number of packets exceed predefined thresholds, issue alerts indicating a potential volumetric malicious threat.

Abstract: The disclosed systems and methods are directed to providing a configuration for the management of network flow information. The disclosed configuration provides a network flow collection device to receive/process network flow information packets provided by network routing devices, a compression module to compress the received network flow information packet stream, an encapsulation/serialization module configured to encapsulate/serialize the compressed packet data stream of network flow information into a consolidated network flow information data queue, a message brokering module to receive the consolidated network flow information data queue, segregate the consolidated information data queues into individual identifiable network flow information data queues and store for access by a client access module.

Abstract: The invention relates to a method for behavioral biometric authentication of a user interacting with an application system by means of at least one interaction device, which comprises: obtaining (530) values of characteristic parameters of the user's behavior determined from events produced by the user's interaction with the interaction device; determining (540) a first score by applying a behavioral model of the legitimate user to the values of the characteristic parameters; determining (550) second scores by respectively applying each of the behavioral models of the reference users to the values of the characteristic parameters; and determining (560) a decision to authenticate the user as being the legitimate user on the basis of the first score and the second scores.

Abstract: A multipurpose dental glove for comprehensive oral care is provided. The glove includes a glove body with multiple finger sheaths, each having a textured fingertip designed for a specific oral care function. The textured fingertips may include polishing tips, scrubbing tips, and a massaging brush, each made from materials suited to their function. The polishing and scrubbing tips comprise synthetic fibers coated with microscopic diamond particles of varying sizes to achieve different levels of abrasiveness. The massaging brush comprises nylon bristles for gum stimulation. This design allows for a thorough, customizable oral care routine using a single device, potentially improving efficiency and effectiveness of daily dental hygiene practices for adults, children, and animals.

Abstract: The neck finish for a wide range of plastic water dispenser bottles is formed so that it has a smooth, straight inner diameter and is fully calibrated, not requiring any post trimming. The parison is extruded over a fixed blow pin, which also serves as an inner mandrel. The wall thickness of the parison is controlled to provide the desired amount of material to fill the neck area and compression mold the neck body. When the mold is closed on the parison, the area between the cutting ring and striker plate comes into contact to form a calibrated neck finish. The blow pin tip is completely water cooled to the upper end and includes a specially positioned orifices adjacent the end to distribute the blow air so that it spreads out material, thereby reducing material push out and also cools the lower neck area. The assembly is designed to be very rigid, to assist in part de-molding.

Abstract: The neck finish for a wide range of plastic water dispenser bottles is formed so that it has a smooth, straight inner diameter and is fully calibrated, not requiring any post trimming. The parison is extruded over a fixed blow pin, which also serves as an inner mandrel. The wall thickness of the parison is controlled to provide the desired amount of material to fill the neck area and compression mold the neck body. When the mold is closed on the parison, the area between the cutting ring and striker plate comes into contact to form a calibrated neck finish. The blow pin tip is completely water cooled to the upper end and includes a specially positioned orifices adjacent the end to distribute the blow air so that it spreads out material, thereby reducing material push out and also cools the lower neck area. The assembly is designed to be very rigid, to assist in part de-molding.

Abstract: The neck finish for a wide range of plastic water dispenser bottles is formed so that it has a smooth, straight inner diameter and is fully calibrated, not requiring any post trimming. The parison is extruded over a fixed blow pin, which also serves as an inner mandrel. The wall thickness of the parison is controlled to provide the desired amount of material to fill the neck area and compression mold the neck body. When the mold is closed on the parison, the area between the cutting ring and striker plate comes into contact to form a calibrated neck finish. The blow pin tip is completely water cooled to the upper end and includes a specially positioned orifices adjacent the end to distribute the blow air so that it spreads out material, thereby reducing material push out and also cools the lower neck area. The assembly is designed to be very rigid, to assist in part de-molding.