What Is a Blockchain Operating System?
A blockchain operating system uses blockchain as a support system that runs in the background of a computer system or platform. For instance, your Android mobile or Windows PC needs a local installation of the respective operating system (OS) on the smartphone’s memory or on the PC’s hard disk, and all transactions and commands are executed locally. A blockchain-based OS captures all commands and transactions from a user’s device where authenticating, executing, and recording them occurs on the blockchain.
Understanding Blockchain Operating Systems
Beyond the standard payment processing system of the popular Bitcoin cryptocurrency, blockchain is finding extensive use all across the technology stack. The emerging fad among the technical development on distributed ledger technology is the blockchain operating system.
A blockchain essentially works as a ledger turned transaction processing engine. Whether you need a payment processed, or you need to arm your cryptokitty with the latest gadget on the Ethereum platform, or if you want to track your high-cost wine shipment right from the vineyard to your doorstep on the VeChain blockchain, all such applications of blockchain are based on authenticating, recording, and processing transactions.
Any standard operating system, be it Microsoft Windows, Apple Mac, or mobile systems like Android or iOS, also executes transactions based on user commands issued through mouse-clicks or screen-taps where all the tasks get completed locally on the device. The same concept is extended to the use of a blockchain for device OS, where its use for working as an operating system is seen as a more efficient OS.
Examples of Blockhain OS Efforts
Early attempts to build blockchain-based OS first emerged for mobile and smartphone use, and it was a cloud-based virtual system. All the necessary transaction processing occurs on the cloud-hosted blockchain-based data center, with the user only issuing necessary commands through the taps on the device touchscreen.
For instance, Hong Kong-based NYNJA Group Ltd. has a strategic collaboration with Amgoo smartphone makers for its blockchain-based NYNJA virtual operating system (vOS). The two companies will work with telecom operators in Latin America to provide NYNJA vOS users with an initial block of data upon activation. The vOS supports a communication layer offering text, voice, video conferencing, and project management tools, a secure payments layer for commercial transactions, and a multi-currency wallet that supports Bitcoin, Ethereum, and all ERC-20 compatible tokens.
The OS platform also supports a marketplace for commercial activities—like allocating the skilled ‘gig economy workers to specific job demands from the users, and a market for users to buy and sell goods. The vOS is supported by its native cryptocurrency called NYNJAcoin or NYN.
All benefits and advantages of blockchain are expected to be available to blockchain OS users.
Whatever a user does on their Android or iOS mobiles, or Windows or Mac PCs is prone to be captured by the respective apps, ISPs, as well as OS manufacturers who may record all user activities in the OS logs. Blockchain-based OS offers benefits of security and privacy, and the de-regulated, decentralized use of OS.
The concept is still evolving, and real-world use is limited. However, if it succeeds in offering a smooth and clutter-free working of the device OS, it may not be too far to see more and more devices running on such blockchain OS.