Abstract: The subject matter discloses a method for generating a new dynamic function embedded within a chip, wherein the chip comprises a plurality of a building blocks, a first function, and a specification defining the new dynamic function; the method comprising the steps of: within the chip, performing the first function in accordance with the specification and/or analysis; and within the chip, generating the new dynamic function upon the performing the first function.

Abstract: The subject matter discloses a method for generating a new dynamic function embedded within a chip, wherein the chip comprises a plurality of a building blocks, a first function, and a specification defining the new dynamic function; the method comprising the steps of: within the chip, performing the first function in accordance with the specification and/or analysis; and within the chip, generating the new dynamic function upon the performing the first function.

Abstract: The subject matter discloses at a first electronic entity, a method for authenticating the first electronic entity by a second electronic entity, the method comprising: receiving, from the second electronic entity, a request for authenticating the first electronic entity; partitioning an at least one resource as a result of the receiving the request; wherein the at least one resource being one member of a group consisting of a memory partition, a disk partition, a chip partition, a control resource and a hardware logic; and providing to the second electronic entity an access permission to the at least one resource; wherein the access permission being for the authenticating; wherein the authenticating being by utilizing the at least one resource; thereby enabling the second electronic entity the authenticating of the first electronic entity by utilizing the at least one resource.

Abstract: A method for reorganizing the stock of a publicly traded corporation. The method includes issuing a mandatory fractional dividend of free trading stock for each outstanding share of free trading stock. The method also includes exchanging all prior outstanding free trading shares for non-trading securities that can be converted back into free trading shares, thereby yielding positive impacts on stock price, market cap, investor psychology, trading characteristics and institutional marketability.

Abstract: A quantitative method of compensating contributors of digital content to an interactive online repository of digital content. The method includes receiving from a user a contribution of digital content. The method also includes assigning an initial point award to the user contribution an initial point award, imposing a vesting schedule on the initial point award, reviewing, by at least one of at least one editor and other users (peer review) of the digital content to determine ratings of the quality, suitability and appropriateness of the initial point award, vesting an increment of the point award, thereby making it available for conversion, converting, either by rule or upon user request of the points into things of value and withdrawing by the user of the things of value.

Abstract: A system and method for forming transactions between a first mobile user and a merchant is set forth. An issuing bank and acquiring bank may also be provided for receiving and transferring funds. A transaction controller coupled to the mobile user device, the merchant device, the issuing bank, and the acquiring bank may be used to securely control the transactions therebetween. The transaction controller verifies the first user and receives a transaction amount corresponding to the transaction from the first user. The transfer of money is performed by the transaction controller between the issuing bank and the receiving bank in response to receiving the transaction amount.

Abstract: The present invention is an anti-theft system for the surveillance of computers and high-risk electrical and electronic equipment. This system is based on activating an internal transmitter contained in the stolen equipment. In the case of stationary equipment the activation of the transmitter is carried out by the external power supply being disconnected. In the case of mobile equipment, the transmitter/transceiver is activated by an external power supply disconnection, in addition to a software command with password or remote control. The transmitter then emits encoded signals that are received by a receiver and causes the activation of an alarm system located at the checkpoint.

Abstract: The present invention is an anti-theft system for the surveillance of computers and high-risk electrical and electronic equipment. This system is based on activating an internal transmitter contained in the stolen equipment. In the case of stationary equipment the activation of the transmitter is carried out by the external power supply being disconnected. In the case of mobile equipment, the transmitter/transceiver is activated by an external power supply disconnection, in addition to a software command with password or remote control. The transmitter then emits encoded signals that are received by a receiver and causes the activation of an alarm system located at the checkpoint.