The basis for our technology is the ESPDS network. ESPDS brings with it a new dimension to traditional networks. Our network consensus is configured to optimize the network’s communication, security and speed by incorporating layered structures, trusted connections, and a dynamic gateway. In addition, the network’s functional layers allow for infinite scalability (the more entities that join our network the faster it becomes).

Our ICAN technology enables us to create dynamic gateway groups, entities that enable us to overcome everyday networking issues (such as bottlenecks). By creating pre-built network tunnels that factor in trust and stability, we’re able to remove the need for random connections to untrusted entities that slow down sessions and make them unreliable.

Redundancy caused by multiple trusted connections to entity neighbours and for the average user, this technology allows for an entirely new way of thinking about networks. As their network possibilities will be endless, their mobile phone will have the capacity to execute a ton of computing power. Likewise, their inter-company connections become faster and hugely redundant. With XTRABYTES, technologies will also be able to overcome long-standing security and scalability concerns.

We built our PoSign technology on top of this network. Since PoSign makes use of ESPDS, it’s able to operate as a decentralized data integrity protection service running on our static node network. Although Posign is unique in many ways, it’s most notable for its capacity to support the layered structure created by the ESPDS network. PoSign technology wouldn’t be achievable without such a network.

Using layers enables us to create a fully customizable consensus per XDAPP functional group level, improve overall security, and facilitate faster transactions through trusted connections. Not incidentally, our gateway groups can be expanded without limit, making our transactions per second unlimited as well.

PoSign is part of our effort to separate data validation, data storage, and data integrity validation. By using PoSign, we eliminate the need to store data on the blockchain while still guaranteeing both its existence and its integrity. Posign is what makes the use of personal private chains possible.

Our ICAN protocol facilitates this layered network, as it identifies entities within a network. Given that we’ve been using IP addresses for many years, you might think of ICAN as a next generation Internet/Network Protocol address. Since entities within our ESPDS network exist on multiple layers, one IP address simply won’t suffice.

That’s where ICAN comes in. It retains information about where your entity is located within the network, data about its trusted connections (encryption keys for example) to its neighbours, routing information etc. By incorporating ICAN into the ESPDS network, we’re better able to facilitate what we call gateway groups, entities that help eliminate the type of bottlenecks typically found in traditional networks.

Private chains allow each user to create their own chain, one that contains only the data and transactions relevant to the user’s addresses. Consequently, users will no longer need to sync huge amounts of unnecessary data. This capabil- ity not only facilitates scalability and throughput speed, it provides users with a new layer of privacy as well. Users will be able to share transaction data solely with each other rather than the entire network.

Since private chains can hold an unlimited number of different assets, they eliminate the need for a separate block- chain for each asset. Instead, users can transfer data between different private chains subject to user-defined condi- tions, not unlike what is currently referred to as “smart contracts”. Hence, the validation of data transfers between private chains is the sole responsibility of the user accepting the transferred data. Within this private chains network, PoSign technology will be employed for data integrity and block template validation.

We’ve also created a technology to help users share and utilize hardware and software on an API level across the network. Named XFusion, this technology would allow a user to open an IOS app on their Android device by using our XCITE client. In other words, the user’s device would no longer be bound by hardware or software. Instead, it could make use of any technology on the market. As a result, companies would no longer have to create and maintain a software version for every OS.