Abstract: Systems are provided for an air compressor system. In one example, a system includes a housing, a piston arranged in the housing, and a crankshaft arranged in the housing, the crankshaft coupled to a connecting rod of the piston, and the crankshaft forces the piston to oscillate from a first end of the housing to a second end, the piston pressurizing air in the housing to a first pressure at the first end and to a second pressure at the second end, the second pressure greater than the first.

Abstract: A method includes issuing a digital certificate to a licensee, the digital certificate identifying a licensed product and the licensee to enable the licensee to enable the licensed product. The method involves receiving a request to enable the licensed product from an entity, the request including the digital certificate and determining whether the entity is the licensee of the licensed product based on the digital certificate. A system includes a relational structure having associations among authorized entities and digital certificates within an organization. Each to digital certificate identifies a licensed product licensed to the organization. A certificate distribution module distributes the digital certificates to associated authorized entities.

Abstract: A first node of a networked computing environment initiates each of a plurality of different types of man-in-the middle (MITM) detection tests to determine whether communications between first and second nodes of a computing network are likely to have been subject to an interception or an attempted interception by a third node. Thereafter, it is determined, by the first node, that at least one of the tests indicate that the communications are likely to have been intercepted by a third node. Data is then provided, by the first node, data that characterizes the determination. In some cases, one or more of the MITM detection tests utilizes a machine learning model. Related apparatus, systems, techniques and articles are also described.

Abstract: A first node of a networked computing environment initiates each of a plurality of different types of man-in-the middle (MITM) detection tests to determine whether communications between first and second nodes of a computing network are likely to have been subject to an interception or an attempted interception by a third node. Thereafter, it is determined, by the first node, that at least one of the tests indicate that the communications are likely to have been intercepted by a third node. Data is then provided, by the first node, data that characterizes the determination. In some cases, one or more of the MITM detection tests utilizes a machine learning model. Related apparatus, systems, techniques and articles are also described.

Abstract: A method includes issuing a digital certificate to a licensee, the digital certificate identifying a licensed product and the licensee to enable the licensee to enable the licensed product. The method involves receiving a request to enable the licensed product from an entity, the request including the digital certificate and determining whether the entity is the licensee of the licensed product based on the digital certificate. A system includes a relational structure having associations among authorized entities and digital certificates within an organization. Each to digital certificate identifies a licensed product licensed to the organization. A certificate distribution module distributes the digital certificates to associated authorized entities.

Abstract: A first node of a networked computing environment initiates each of a plurality of different man-in-the middle (MITM) detection tests to determine whether communications between first and second nodes of a computing network are likely to have been subject to an interception or an attempted interception by a third node. Thereafter, it is determined, by the first node, that at least one of the tests indicate that the communications are likely to have been intercepted by a third node. Data is then provided, by the first node, data that characterizes the determination. Related apparatus, systems, techniques and articles are also described.

Abstract: A method includes issuing a digital certificate to a licensee, the digital certificate identifying a licensed product and the licensee to enable the licensee to enable the licensed product. The method involves receiving a request to enable the licensed product from an entity, the request including the digital certificate and determining whether the entity is the licensee of the licensed product based on the digital certificate. A system includes a relational structure having associations among authorized entities and digital certificates within an organization. Each to digital certificate identifies a licensed product licensed to the organization. A certificate distribution module distributes the digital certificates to associated authorized entities.

Abstract: A first node of a networked computing environment initiates each of a plurality of different man-in-the middle (MITM) detection tests to determine whether communications between first and second nodes of a computing network are likely to have been subject to an interception or an attempted interception by a third node. Thereafter, it is determined, by the first node, that at least one of the tests indicate that the communications are likely to have been intercepted by a third node. Data is then provided, by the first node, data that characterizes the determination. Related apparatus, systems, techniques and articles are also described.

Abstract: A method includes issuing a digital certificate to a licensee, the digital certificate identifying a licensed product and the licensee to enable the licensee to enable the licensed product. The method involves receiving a request to enable the licensed product from an entity, the request including the digital certificate and determining whether the entity is the licensee of the licensed product based on the digital certificate. A system includes a relational structure having associations among authorized entities and digital certificates within an organization. Each to digital certificate identifies a licensed product licensed to the organization. A certificate distribution module distributes the digital certificates to associated authorized entities.

Abstract: A method includes issuing a digital certificate to a licensee, the digital certificate identifying a licensed product and the licensee to enable the licensee to enable the licensed product. The method involves receiving a request to enable the licensed product from an entity, the request including the digital certificate and determining whether the entity is the licensee of the licensed product based on the digital certificate. A system includes a relational structure having associations among authorized entities and digital certificates within an organization. Each to digital certificate identifies a licensed product licensed to the organization. A certificate distribution module distributes the digital certificates to associated authorized entities.

Abstract: A method includes loading an optical media image representing the content of a physical optical media device from an optical media image source into random access memory (RAM) and emulating the physical optical media device using the optical media image. The optical media image is in an optical media format. A system includes an optical media image stored in random access memory (RAM), the optical media image being in an optical media format, and including operating system (OS) code executable by a microprocessor. A RAM disk program accesses the optical media image according to the optical media format.

Abstract: Accessing files within a compressed image to boot from the compressed image. In one embodiment, the compressed image includes a boot environment and a software image combined to reduce file redundancy. The invention boots into the boot environment within the compressed image to install the software image on a computer.

Abstract: Servicing a computer using a self-contained computer servicing device. The device includes a memory storing an operating system. The device includes a first interface for connecting the device to the computer and a second interface for connecting the device to a network. A driver for the second interface is also stored in the memory. The device accesses a bootable image of an operating system of the computer on the network via the second interface or stored on the memory. The device boots the computer by executing the operating system stored in the memory of the device and services operations of the computer according to the bootable image.

Abstract: A method includes issuing a digital certificate to a licensee, the digital certificate identifying a licensed product and the licensee to enable the licensee to enable the licensed product. The method involves receiving a request to enable the licensed product from an entity, the request including the digital certificate and determining whether the entity is the licensee of the licensed product based on the digital certificate. A system includes a relational structure having associations among authorized entities and digital certificates within an organization. Each to digital certificate identifies a licensed product licensed to the organization. A certificate distribution module distributes the digital certificates to associated authorized entities.

Abstract: A method includes loading an optical media image representing the content of a physical optical media device from an optical media image source into random access memory (RAM) and emulating the physical optical media device using the optical media image. The optical media image is in an optical media format. A system includes an optical media image stored in random access memory (RAM), the optical media image being in an optical media format, and including operating system (OS) code executable by a microprocessor. A RAM disk program accesses the optical media image according to the optical media format.

Abstract: A method and system of transferring boot files from a server to a client having a pre-installation environment. The server authenticates the client. The client authenticates the server. The boot files are transferred from the authenticated server to the authenticated client. The boot files may be authenticated by the client before execution to create an operating system.

Abstract: A circuit (100) ensures electrostatic discharge (ESD) protection during an ESD event. The ESD circuit (100) has a current shunting device (135), a RC trigger circuit (125) and a RC delay circuit (130). The shunting device (135) is connected between two IC power supply rails, and provides the primary current path for a positive ESD event referenced from one power supply rail (V.sub.DD 105) to the other (V.sub.ss 110). The trigger circuit (125) initially activates the shunting device into a low resistance conductive state in response to an ESD event. The RC delay circuit (130) serves to maintain the shunting device in the conductive state, initially produced by the trigger circuit (125), for the remaining duration of the ESD event. A large capacitor required to achieve the delay time in this RC circuit may be eliminated by utilizing the gate-to-body capacitance in the existing shunting device (135).