The network engineers from NOIA have come up with the idea of making the complete public internet into a programmable backbone-as-a-service architecture that is all set to revolutionize the global traffic. NOIA, promises to deliver the transition to the next level of Internet, the team of expert network engineers can provide expertise to deliver the segment routing protocols and software-defined network. The programmable internet does look like over the edge idea for many enterprises that rely on network connectivity when it comes to basic business operations. They added that the Internet would be more efficient if the internet protocols and routing technologies are re-worked and then combined with already presenting traffic trading blockchain. It’s almost impossible for the businesses or common users to use the internet for modern applications, the company added that they have analyzed the various internet providing companies around the world that struggle with up-time and providing the reliable user experience. NOIA added that because modern techniques aren’t fully utilized when it comes to building public internet, it cripples the modern infrastructure. The engineers added that they need algorithms that should be implemented to route traffic and that segment of routing technology should be adopted. The need for blockchain should be instigated to trade internet transit capacity, wherein the programmable internet solves the requirement of web efficiencies that also represents on more organized kind of traffic management.
Dismantling the current public Internet Completely
NOIA has started introducing several of the key factors when it comes to building an internet service by introducing a catching, distributed content delivery application to improving the website loading time, the revolutionary plan for them is that they want to completely dismantle the existing internet completely. The company currently has around 353 cache nodes around the world with a total of 27 terabytes of storage for the complete catching system; the NOIA clients contribute with spare bandwidth and storage. NOIA is testing the network backbone using the four providers with European and American locations that say will be with the development environment for its added solution of providing improved solutions with software-defined and radical internet replacement.
The problem with today’s internet
NOIA added that today’s internet is a mesh of tangled up cables, where thousands of physically connected networks are involved with such a configurations alterations cause the point of a jumble for the network making the users involve different issues along with protocols. The company added that they are refereeing to the current technology of connectivity that is Border Gateway Protocol (GBP) that leads routers to discover different paths for the IP addresses through the disparate networks. It provides the added advantage for the business because BGP only forwards it to the neighboring router rather than managing the entire router that introduces severe variability or complete unreliability. Using the current network type efficiency, it’s impossible for business to guarantee the business reliability without using the overlay networks or bringing the low-latency, performance-critical applications, and games that cannot operate on the current public Internet.
How Software-defined network would work in case of the Internet?
NOIA’s idea is set to use IPv6 the latest internet protocol in the distributed environment; the new IPv6 feature is added to provide the expanded packet size that allows custom headers. The company that then sets on to add segment routing over the IPv6, making IPv6 add new combo along with different routing information for each data packet sent, a packet-level programmable network. Segment routing that roughly is an updated protocol that can provide the users with routers that will be able to coherent the routing information in the packet and then adding performed the routing. It’s also been used by the Cisco while the NOIA’s network will add the SRv6 with added combination to distributed ledger technology (Blockchain) in order to let ISPs and data centers buy and sell the routes wherein even the buyers will be able to choose their routes in the exchange. In addition to internet connectivity, blockchain introduces security. It’s also worth noting that routing isn’t the complete internet technology that could only be disrupted during the blockchain. The company said that the organization is proposing in moving data storage transactions over to the distributed ledgers. They added that the solution would be more secure than anything seen before, with Ethernets lack of inherent security could be corrected by a smart contract, trackable, verifiable transactions that have been added. The supply chain will provide with added automotive vertical and selling of sensor data overall may emerge as the use of contenders for securing the blockchain in the Internet of Things (IoT). The IPv6 is blended with distributed ledgers; encrypted ledgers holds the IP addresses but it’s architecturally more decentralized with no single person controlling it. That one element that provides the added security, along with implanted with trading above provided by the ledger.
Conclusion
The solution depends on the demand who could actually handle the imperative question- who would be paying for all the new infrastructure change. NOIA said that the current internet hardware would be able to understand the segment routing so new equipment investment when needed. The purpose of having a distributed ledger system based internet will be adding efficiency and building a usable network that is fast enough to deliver the complete solution that not only secures your connectivity but data transfer. Internet over the years hasn’t seen any major change when it comes to back-end technology that controls the complete connection, however with demand for networking infrastructure for IoT devices, blockchain-based connectivity will be a preferred model.
To know more, you can download latest whitepapers on networking.
