has released the beta version of XRouter, a router that will provide for multi-chain, lightweight dApps to harness contracts and protocols from different blockchains, allowing them to communicate and use each others’ specific features. XRouter lays the foundation for multi- architectures and an “Internet of Blockchains”.
XRouter is one part of the , an infrastructure for a new era of cross- communication. The Blocknet Protocol enables the technologies on any to become available via decentralized APIs, creating a paradigm shift from monolithic architecture development to microservice architectures and heralds the internet of blockchains.
Developers are now able to utilize the best aspects of any chain instead of building and coding a new dApp from scratch. You will be able to develop applications on any and offer services that utilize features from other blockchains, essentially mixing and matching any you desire.
This means developers can occur on any chain and the features needed can be pulled in from other blockchains. XRouter allows access to any available RPC command without needing that installed locally, and is decentralized, there are no servers to be trusted. XRouter also enables the verification of records from theoretically any without requiring users to download the in question. XRouter was designed from the ground up to provide interoperability with ANY and ALL blockchains, including all DTLs (such as and Hashgraph) and private chains (such as Hyperledger or R3). There is no limit on the data XRouter can consume and verify – including any external data source in
XRouter is not limited in any way, shape, or form and is compatible with all blockchains. By allowing blockchains to integrate with each other (directly chain to chain, without being a middleman to the data itself), XRouter gives people, companies, industries, and developers the ability to utilize different blockchains for any dApp they desire and decentralizes the API ecosystem. You can download the Blocknet with XRouter . (In the future, the Blocknet will not be required)
XRouter Design
XRouter works via an inter- (or “light ”) backend, enabling the verification of records from theoretically any . This is a huge leap forward in technology. The XRouter system utilizes the Blocknet Service Node network (currently almost 500 nodes) to route calls from the client directly to the respective . This routing of packets occurs on the TCP/IP networking layer. There are 2 types of XRouter calls: submissions and queries. Submissions are calls that involve interactions with a where the packets are routed from the client to the respective and a response, if any, is routed back to the client. XRouter queries are calls requesting information from a . With queries, the packets are also routed from the client to the respective , and the response of the information queried is routed back to the client. XRouter queries can also require a specific amount of Service Nodes to receive a response from in order to achieve consensus on the final answer. XRouter API details can be viewed .
Monetize Enterprise Applications
XRouter allows for the monetisation of inter-chain and multi-chain services. There is the capability to create custom microservices in Docker containers that act as plugins for XRouter. This is the foundation for Blocknet’s forthcoming XCloud platform. Existing containers on Docker Hub (), including a large number of Enterprise applications, can also be monetized and served through Blocknet’s XRouter interoperability protocol. Developers and Service Node operators will be able to test XCloud Docker applications in XRouter Beta.
Currently, fees must be paid in BLOCK, but in a future release, there will be the ability to accept fees in any asset. This will help increase and create a seamless integration into any application.
So, what does this all mean for the ecosystem? XRouter and XCloud are enabling both developers and Enterprise software products to integrate seamlessly with blockchains and accept payments without having to re-code or change anything about those existing applications. For example, if you have a text messaging service or platform, you can connect your service in a matter of minutes to XRouter and begin collecting fees (in BLOCK) for users to send text messages via XRouter without requiring any signups or KYC. To use your text messaging service, a user could open their Blocknet console and send an XRouter command: xrService SendTextMessage 555–555–5555 “Hello, I’m texting you from XRouter”
Finally, Blocknet will be building GoLang and C++ libraries for accessing the XRouter network, so that developers can integrate with XRouter without requiring any Blockchains to be installed. This will allow 3rd parties, companies, and other crypto projects to integrate XRouter in their own chains and applications without installing the Blocknet .
Developers Wanted For The Beginning Of A New Ecosystem
Blocknet enables the creation of a multitude of cross-chain dApps and multichain architectures only limited by developers imaginations. Developers can begin building dApps right now on multiple blockchains and platforms including Hyperledger, , , , , , , XRP, , , NEO, Vechain, NEM, Waves and many more. If you want to build for XRouter or have any questions, please join our or check out our . You can download the Blocknet with XRouter . (In the future, the Blocknet will not be required).
By building on the Blocknet Protocol, and joining the “Internet of Blockchains,” developers will help to evolve a decentralized crypto-ecosystem with a trustless security model, which has the ability to monetize native to any . In addition, the Blocknet Protocol allows over 100 digital assets to be traded on , a 100% decentralized exchange dApp built on the protocol where the ability to list an asset is open and free, and your funds are in your control at all times as no third party is ever involved. Cloudchain Inc. is currently implementing a fully decentralized utilizing Blocknet’s XRouter protocol.
To learn more about XRouter, Block DX and Blocknet, check out Blocknet’s , , , , and .
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Published at Tue, 23 Apr 2019 19:09:18 +0000
