By providing several , this is intended to reduce the workload of a that is considered too heavy to accommodate so many IoT devices that are connected so that it can make the chain heavy. With a number of , the workload can be divided according to certain groups and this can increase power efficiency and improve system performance.
The many types of devices that are connected in a network, WPBMN must be able to manage all these IoT devices in order to stay connected with the system. Every transaction made in the system must be configured and optimized through various types of connected devices. The WPBMN must ensure that every process carried out does not reduce the power of the device and its memory and determine which devices can be used as nodes to ensure network connectivity continues. By adopting and developing technology, WPBMN needs to create a simple system, the developer, and easy use for every user. The and smart contracts are designed by WPBMN to be created easily through various programming languages and nodes that validate transactions. Digital currency exchange must take place well from one chain to another.
Wise not only creates facilities but also has to design and provide applications that can make the device perform its functions in terms of trade intelligently. To achieve this, WBMN applications are used to allow devices to remain connected to each other, can control each device, lend computational power, and support the exchange of information and values with each other quickly. Devices that are connected in a network can be dangerous devices so WPBMN implements a security system to enable each device to only connect to secure nodes and get rid of unsafe nodes from the network. WPBMN can facilitate users to be able to provide an audit trail where this can be used by device owners, who in this case are humans, to be able to manage their devices in the event of a disruption that causes the device to not function properly. WPBMN will also give users permission to add permissions to the data shared through their devices and the amount of identifiable information they want to provide on the network.
Each type of IoT device can be connected to the WPBMN and this can allow the device to choose its own network if new solutions are developed on other networks. Devices must be able to choose the network to be used according to the device they are using. Wise Network combines every type of advanced technology into the WPBMN, which is a system with artificial intelligence that is distributed end-to-end safely that can support the collaboration of each device with intelligence in the network. To overcome the limitations of intelligence in digital currency transaction processing, Wise created a secure memory chip, called ANZUS SMC. This chip is embedded in the technology system that is supported by the power of artificial intelligence technology. To solve the problem of increasing the number of devices connected through a network of , overhead problems, and limited applications on conventional networks, Wise created a technology that also originated from WPBMN, an infinite--mesh-network. WPBMN and ANSUZ chips work in parallel to provide a means to search devices to be able to collaborate intelligently. SMC guarantees the security and intelligence needed by each IoT device while the WPBMN provides applications that are needed so that the core can communicate and conduct transactions safely.
WPBMN is the right solution to overcome various problems associated with the existing network system while providing the capacity to support many interactions from machine to machine. So that this network is expected to bridge many devices to stay connected at one time.
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Published at Wed, 20 Feb 2019 01:56:49 +0000
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