Abstract: A method for enabling transactions on networks that deliver services to users includes communicating a transaction application and a respective user identifier to a mobile communication device via a wireless connection. A set of complementary modules is stored, remote from the mobile communication device. When one of the complementary module has been loaded on the user's mobile communication device, it enables the user of the device to specialize a transaction on at least one of the associated networks by selecting at least one variable of the transaction. Different complementary modules can be provided to the user's mobile communication device for specializing transactions on other service provider networks.

Abstract: Systems and methods for transferring digital assets amongst a network of distributed users without the need to transfer the assets to an external party, such as an escrow agent, are provided. The transferring of assets may be in the form of electronic transactions between pluralities of currencies or assets. Temporary and localized escrow services may be created on a user terminal for safely overseeing the process of transferring digital assets. The trade instructions and execution orders for the transfer of assets may be validated over a de-centralized network of user terminals, such as the user terminals of traders. This type of network allows secure peer-to-peer electronic transactions to occur between distributed and anonymous users or participants, which are assumed to be trustless. In such networks, the transactions may be handled by cryptographic mathematical algorithms and which are known to be identical across all users or participants of the same network.

Abstract: Systems and methods of sending secured messages on decentralized networks are provided. A software application distributed and installed on a computer terminal that willing is able to participate in the system, where the computer terminal is interactively and dynamically connected to one or two decentralized peer-to-peer communication networks, using the Internet. One of the networks is used to advise about the presence of a message and the other is used to securely store the content of the messages. An alternative embodiment is to use only the decentralized storage system, if it can also acts as a Public Ledger network, with its native crypto-currency. The cryptographic keys of the first network are used to protect the content of the file and to derive where the messages will be stored on the decentralized storage network. In such networks, the transactions are handled by cryptographic mathematical algorithms, which are known to be identical across all users or participants of the same network.

Abstract: Systems and methods of sending secured messages on decentralized networks are provided. A software application distributed and installed on a computer terminal that willing is able to participate in the system, where the computer terminal is interactively and dynamically connected to one or two decentralized peer-to-peer communication networks, using the Internet. One of the networks is used to advise about the presence of a message and the other is used to securely store the content of the messages. An alternative embodiment is to use only the decentralized storage system, if it can also acts as a Public Ledger network, with its native crypto-currency. The cryptographic keys of the first network are used to protect the content of the file and to derive where the messages will be stored on the decentralized storage network. In such networks, the transactions are handled by cryptographic mathematical algorithms, which are known to be identical across all users or participants of the same network.

Abstract: A method for enabling transactions on networks that deliver services to users includes communicating a transaction application and a respective user identifier to a mobile communication device via a wireless connection. A set of complementary modules is stored, remote from the mobile communication device. When one of the complementary module has been loaded on the user's mobile communication device, it enables the user of the device to specialize a transaction on at least one of the associated networks by selecting at least one variable of the transaction. Different complementary modules can be provided to the user's mobile communication device for specializing transactions on other service provider networks.

Abstract: Systems and methods for transferring digital assets amongst a network of distributed users without the need to transfer the assets to an external party, such as an escrow agent, are provided. The transferring of assets may be in the form of electronic transactions between pluralities of currencies or assets. Temporary and localized escrow services may be created on a user terminal for safely overseeing the process of transferring digital assets. The trade instructions and execution orders for the transfer of assets may be validated over a de-centralized network of user terminals, such as the user terminals of traders. This type of network allows secure peer-to-peer electronic transactions to occur between distributed and anonymous users or participants, which are assumed to be trustless. In such networks, the transactions may be handled by cryptographic mathematical algorithms and which are known to be identical across all users or participants of the same network.