The Tinkernet Parachain, which houses the IP Asset and accelerated development staging areas for the Kusama ecosystem, is the InvArch Network’s canary network. The combination of structure and links provides the architecture for an indefinitely “connectable” network, as well as the agent-based services that exist on such a network. TinkerNet can be used on any computer or device that supports a threaded Java virtual machine because all of the code is written in Java.
The InvArch team and its potential developers can test improvements on the Tinkernet via forkless runtime updates before having the option of placing them directly on the InvArch Parachain. With this strategy, Kusama might provide a “first-to-market” experience and a testing ground for new ideas that support the protected environment provided by the Polkadot Network. As a result, before a full launch on the InvArch Network Parachain, the greater community can use the Tinkernet as a testing environment.
The Tinkernet will debut INV4-Git on Kusama and the INV4 protocol (IP Sets, IP Files, IP Licenses, & IP Tokens) first. IP Assets are the non-fungible and fungible token technologies of Web3 paired with the papers, directories, and licences of Web2. INV4-Git controls the versions of IP Sets and File updates, which are then transmitted to Root IP Sets on the InvArch block chain.
People will be able to stake their intellectual property rights, which will increase the potential of the On-Chain Innovation Funding (OCIF) protocol. Through the integration of IP Staking, IP Farming, and IP Donations, the Tinkernet Staking Protocol enables users to hunt for startup funds to launch and begin developing their IP.
In the future, the Cross-Chain Authentication (XCA) protocol will provide the first method that doesn’t rely on trust to verify the uniqueness and authenticity of NFT metadata and files across the entire Web3. InvArch develops piracy-proof content now for a future when plagiarism on the internet is impossible in order to support open-source development while yet protecting IP.
By highlighting the exciting and unrealized potential that the Tinkernet will provide Kusama, the InvArch team hopes to increase awareness of the network and inspire developers. Additionally, the group wants to provide a pleasurable experience for potential $KSM contributors who support Tinkernet’s crowdloan campaign.
What do we serve at TinkerNet?
Three sets of developers—those who create on top of the network, those who maintain it, and the consumers of the dApps and applications that make up the community—utilize the tinkernet for testing.
The tinkernet serves three testing needs: one for the developers who run the community, one for the developers who expand upon the community, and one for the users of dApps and ecosystem operations
The major objective is to make it possible for developers to assess their own features and services without having to pay a hefty upfront fee. They can also test their own services on a range of devices without having to buy or send them outside of their immediate area discord ADAMENKO .
The second objective is for developers to construct on the best land in the neighbourhood. By enabling them to run nodes inside of their own networks, they may try out their business models before launching their most crucial service. They may also evaluate how well it will work in various scenarios thanks to this (e.g., with excessive visitors).
The third objective is for end users who wish to use dApps and ecosystem features but do not want to fork over a sizable quantity of cash up front. They can use any device, from anywhere, at any time, to access these services. They are able to do so while still having access to these services whenever they need them, saving them both time and money.
What is the purpose of tinkernet?
By combining numerous cloud storage providers into a single platform, the Tinkernet aims to offer a more organised way to store your IoT data. For instance, you might store your data on Dropbox’s servers and use the company’s desktop or mobile applications to access it from any device. As an alternative, you could use Google Drive or Evernote as your storage service, allowing you simple access to all of your data via the apps they provide for Android and iOS.
Additionally, it makes it easier to publish your data because, unlike the majority of other cloud services available today, you can simply copy your data from one area to another without worrying about file size or bandwidth restrictions.
We couldn’t be happier with the debut of INV4, our new protocol for IP Units, IP Recordsdata, IP Licenses, and IP Tokens. These make up the structural elements of your project. They can be utilised independently or in conjunction with other components to produce a variety of projects.