Abstract: A computer-implemented method of discovering data sources includes receiving a request at a computing device through a user interface identifying applications and any additional data source types associated with the applications, and parameters used to access the applications, automatically authenticating the computing device to applications that require authentication, using the parameters, making calls through a programming interface for each application requesting identification of data sources, receiving a list identified data sources through the programming interface, providing unique identifiers for each of the identified data sources, providing an access identifier that identifies users that have access to the data sources, and storing the identified data sources, unique identifiers, and access identifiers as a data source catalog.

Abstract: Methods and systems comprising a gateway coordinator of a local system that receives a task comprising search criteria, crawls for files on a local data source of the local system, and encounters one or more files of interest. The one or more files of interest may be deNISTed and deduplicated and sent to an upload coordinator of a remote cloud facility. In one or more examples, the gateway coordinator may be a virtual machine.

Abstract: A computer-implemented method of discovering data sources includes receiving a request at a computing device through a user interface identifying applications and any additional data source types associated with the applications, and parameters used to access the applications, automatically authenticating the computing device to applications that require authentication, using the parameters, making calls through a programming interface for each application requesting identification of data sources, receiving a list identified data sources through the programming interface, providing unique identifiers for each of the identified data sources, providing an access identifier that identifies users that have access to the data sources, and storing the identified data sources, unique identifiers, and access identifiers as a data source catalog.

Abstract: Methods and systems comprising a gateway coordinator of a local system that receives a task comprising search criteria, crawls for files on a local data source of the local system, and encounters one or more files of interest. The one or more files of interest may be deNISTed and deduplicated and sent to an upload coordinator of a remote cloud facility. In one or more examples, the gateway coordinator may be a virtual machine.

Abstract: Methods and systems are disclosed for reducing bandwidth and storage demands during document search and aggregation. A method for accomplishing these objects may comprise deduplicating files on a local content repository, deNISTing files on the local content repository; and sending the deduplicated and deNISTed files to a cloud facility for storage. Documents stored in the cloud facility may be deduplicated again, assigned one or more flags, and managed according to active matters.

Abstract: Methods and systems are disclosed for reducing bandwidth and storage demands during document search and aggregation. A method for accomplishing these objects may comprise deduplicating files on a local content repository, deNISTing files on the local content repository; and sending the deduplicated and deNISTed files to a cloud facility for storage. Documents stored in the cloud facility may be deduplicated again, assigned one or more flags, and managed according to active matters.

Abstract: Methods and systems for motorcycle communication are disclosed, including a) storing contacts, vertical angle limit (VAL), and/or a timer in memory; b) monitoring; c) determining detection of impact; d) if detected, then determining motorcycle condition, turning on visual and audible indicators, determining location, and communicating location and/or condition to a contact; e) if not detected, then determining if exceeded VAL; f) if exceeded, then beginning timer, concurrently monitoring timer and VAL, and determining whether timer has completed; g) if not completed, then continue concurrent timer and VAL monitoring until timer has completed; h) if completed, then determining if VAL exceeded; i) if not exceeded, then returning to step (b); j) if exceeded, then determining the motorcycle condition, turning on the visual and audible indicators, determining location, and communicating location and/or condition to a contact; and k) if not exceeded, then returning to step (b).

Abstract: Methods and systems for motorcycle communication are disclosed, including a) storing contacts, vertical angle limit (VAL), and/or a timer in memory; b) monitoring; c) determining detection of impact; d) if detected, then determining motorcycle condition, turning on visual and audible indicators, determining location, and communicating location and/or condition to a contact; e) if not detected, then determining if exceeded VAL; f) if exceeded, then beginning timer, concurrently monitoring timer and VAL, and determining whether timer has completed; g) if not completed, then continue concurrent timer and VAL monitoring until timer has completed; h) if completed, then determining if VAL exceeded; i) if not exceeded, then returning to step (b); j) if exceeded, then determining the motorcycle condition, turning on the visual and audible indicators, determining location, and communicating location and/or condition to a contact; and k) if not exceeded, then returning to step (b).

Abstract: Methods and systems for protecting an engine of a vehicle are disclosed, including reading a throttle position voltage, an engine RPM voltage, and a voltage from an air fuel ratio (AFR) system comprising a wide-band oxygen sensor; converting the voltage from the AFR system to an AFR value; determining whether the throttle position voltage exceeds a preset threshold throttle position voltage; in response to determining that the throttle position voltage exceeds the preset threshold throttle position voltage, determining whether the AFR value exceeds a preset safe lower AFR limit or a preset safe upper AFR limit and whether the engine RPM voltage exceeds a preset threshold RPM voltage; in response to determining that the AFR value exceeds the preset safe lower AFR limit or the preset safe upper AFR limit and the engine RPM voltage exceeds the preset threshold RPM voltage, turning on a visual indicator, turning on an audible indicator, and/or triggering an active component.

Abstract: A screw having in its head a recess that includes two or three non-circular superimposed recess-tiers. The depth of each recess-tier is less than 1.35 mm and there is less than 1° draw in each recess. The screw head recess is formed using a punch (10) in a cold heading process. The punch is formed in a profilating CNC machine, cutting the profiles of the punch to a tolerance of better than ±0.0025 mm.

Abstract: A fastener system comprises a plurality of ranges of size of threaded fastener, each fastener having a head provided with a recess to receive a tool to rotatingly drive the fastener. In each range of sizes, the largest size of fastener has a recess comprising a plurality of driving recess tiers of reducing size superimposed on one another. The range of fasteners to be driven by the tool includes a first fastener whose recess is shaped to be drivingly engaged by at least the third and second smallest tiers of the tool, but not the smallest tier. The recess receiving the second smallest tier of the tool is deep enough to freely accommodate the smallest tier.

Abstract: The screw has two or three non-circular super-imposed recesses. The depth of each recess is less than 1.2 mm and there is a less than 1° of draw in each recess. The screw head recess is formed using a punch (10) in a cold-heading process. The punch is formed in a profilating CNC machine, cutting the profiles (12,14,16) of the punch to a tolerance of better than ±0.025 mm. A method of manufacture of a cold-forming punch for such a screw comprises providing a profilating head as one of the tools on a turret mounted adjacent the chuck in the CNC machine. The profilating head has several cutting elements, each being adjustable with respect to one another: axially, radially and angularly.

Abstract: A fastener system comprises a plurality of ranges of size of threaded fastener (10), each fastener having a head (12;32) provided with a recess (14) to receive a tool (20) to rotatingly drive the fastener.

Abstract: Fastener (1) having a driving head (2) which includes at least two superimposed non-circular recesses (3, 4, 5) for receiving the bit of a driver (7) with which driver a torque can be applied to operate the fastener (1), characterised in that the fastener (1) comprises a security feature whereby said torque needs to the applied to at least two of said recesses (3, 4, 5) in order to operate the fastener (1).

Abstract: The screw has two or three non-circular super-imposed recesses. The depth of each recess is less than 1.2 mm and there is a less than 1° of draw in each recess. The screw head recess is formed using a punch (10) in a cold-heading process. The punch is formed in a profilating CNC machine, cutting the profiles (12,14,16) of the punch to a tolerance of better than ±0.025 mm.