Abstract: Systems and methods for collaborative downloading between IoT devices include checking, by a first IoT device of a plurality of IoT devices connected to the same network, a server for an available data item; discovering, by the first IoT device, if one or more other IoT devices have downloaded or started downloading the data item; and, depending on the result of the discovery, the first IoT device requesting and receiving the data item from a second IoT device of one or more discovered IoT devices which have downloaded or are downloading the data item, or the first IoT device downloading the data item from the server, advertising, on the network that the first IoT device has downloaded the data item, and transmitting the data item to one of the other IoT devices.

Abstract: A system and method for binding or assigning network access credentials to computer chip modules may include transmitting to a remote server a set of initialization data items each including an identification and a derivation of a secret value; and receiving from the remote server credential files, each including encrypted network access credentials and an initialization data item. For each computer chip module, a credential file may be installed on the computer chip module, an identification and a secret value may be installed on the computer chip module, and binding software may be executed. The execution of the binding software may accept as input the identification and a derivation of the secret value and may cause extraction of the network access credentials if the identification and the secret value when input to a formula result in a match.

Abstract: Systems and methods for managing a trusted application in a computer chip module include generating a trusted application package (TAP), the TAP comprising an application and an activation code, wherein the TAP is encrypted with a passcode and wherein the activation code is stored in the memory of the computer; receiving from the computer chip module a public key, wherein the public key is part of a pair of asymmetrical transport keys generated by the computer chip module, and wherein the pair of asymmetrical transport keys further comprises a private key; encrypting the passcode with the public key; transmitting the encrypted passcode to the computer chip module, wherein the computer chip module is configured to decrypt the passcode using the private key; and transmitting the TAP to the computer chip module, wherein the TAP is stored in a dedicated folder on the computer chip module.

Abstract: A device, system and method is provided for managing battery power of a telecommunications device within a remote wireless device. An amount of power is determined that is consumed by the telecommunications device of the remote wireless device during an operation of the telecommunication device based on a linear function of an exponential of a power level measuring a radio frequency (RF) power output by the telecommunications device utilized during operation one or more parameters associated with the remote device, and an amount of time that each power level is utilized during operation. The determined amount of power consumed by the telecommunications device, or a derivation thereof, may be wirelessly transmitted to a wirelessly connected device.

Abstract: A system and method for binding or assigning network access credentials to computer chip modules may include transmitting to a remote server a set of initialization data items each including an identification and a derivation of a secret value; and receiving from the remote server credential files, each including encrypted network access credentials and an initialization data item. For each computer chip module, a credential file may be installed on the computer chip module, an identification and a secret value may be installed on the computer chip module, and binding software may be executed. The execution of the binding software may accept as input the identification and a derivation of the secret value and may cause extraction of the network access credentials if the identification and the secret value when input to a formula result in a match.

Abstract: A device, system and method is provided for managing battery power of a telecommunications device within a remote wireless device. An amount of power is determined that is consumed by the telecommunications device of the remote wireless device during an operation of the telecommunication device based on a linear function of an exponential of a power level measuring a radio frequency (RF) power output by the telecommunications device utilized during operation one or more parameters associated with the remote device, and an amount of time that each power level is utilized during operation. The determined amount of power consumed by the telecommunications device, or a derivation thereof, may be wirelessly transmitted to a wirelessly connected device.

Abstract: A method of dual-network authentication for a communication device to communicate with a server includes sending a communication request to the server over an Internet Protocol (IP) communication network. In reply to the communication request, a communication challenge is received from the server over a short message service (SMS) communication network. A response is generated to the communication challenge based on one or more unique identifiers of the communication device. The response is sent to the server over the Internet Protocol (IP) communication network. Upon the server authenticating the response, a connection is established with the server over the Internet Protocol (IP) communication network.

Abstract: A machine-to-machine connectivity module comprising a first printed circuit that comprises the electronic components for providing a communications module and an element for accommodating a SIM card, the accommodation element being superimposed on the first printed circuit.

Abstract: Method for jamming detection in a mobile telecommunications network comprising the steps of, at a user equipment registered with the mobile telecommunications network: a) measuring a signal power level in at least one of a plurality of communication channels between the user equipment and a base station within a band of operation of the mobile telecommunications network; b) checking whether the signal power level in said at least one communication channel is greater than a threshold MNPL and, if so, attempting to decode a Base Station Identity Code BSIC broadcast by the base station in said communication channel; c) repeating steps a) and b) for a certain number of channels; d) signalling a jammed condition report JDR message to the base station if said BSIC cannot be decoded for said number DCMN of channels.