“I have a dream for the Web [in which computers] become capable of analyzing all the data on the Web – the content, links, and transactions between people and computers. A ‘Semantic Web’, which makes this possible, has yet to emerge, but when it does, the day-to-day mechanisms of trade, bureaucracy and our daily lives will be handled by machines talking to machines. The "intelligent agents" people have touted for ages will finally materialize.”
—Tim Berners-Lee, the inventor of the World Wide Web
Machine-readable formatting will enable automatic data processing.
The platform for blockchain-powered Web 3.0 apps.
Upgrade to a distributed Web 3.0 — the future of secure user-centric browsing experience.
Automatic correlation, classification, and cataloging of web data against users’ interests will allow the creation of predictive user-centric services and next-gen search engines.
The number of Internet users is nearing 4 billion. There are 23 billion connected devices in the world; this number doubles every 36 months.
Generated information doubles every 18 months. Global Internet traffic in 2025 will be equivalent to 200 times the volume of the entire global Internet in 2005.
The web is full of numerous threats: viruses, malware, hackers, spam, surveillance, no privacy, etc.
User enters a domain name or searches for websites manually with the help of search engines.
Through the Domain Name System the user’s browser gets the required server IP and sends it a request.
Website server processes the request.
Phishing is typically carried out by email spoofing or instant messaging, and it often directs users to enter personal information at a fake website, the look and feel of which are identical to the legitimate one and the only difference is the URL of the website in concern.
Scammers and spam.
Centralization makes it easy to block and censor information.
Website sends code to the user's browser.
Browser loads content and website markup with JavaScript.
A device runs scripts to display the website and the embedded malicious code infects the operating system.
Viruses and malware.
Functionality limited by website owner.
After a website is loaded the user enters their login (email) and password.
User interface sends the data to a website server.
Database proceeds and stores private data.
Hacking and leaking personal data risks.
No privacy.
Database processes a request and provides the necessary information to the site-user interface.
In Web 2.0, data is hardly processable by computer because data are presented and decorated inside the HTML documents and hence the computer is unaware of these hidden data. It just blindly displays the information inside documents without knowing the meaning of displayed information.
Must process the data manually.
Website information isolation.
Search engine optimization is required.
Manual search and processing of information.
Unlike Web 2.0 pages, data is not mixed with page markup and JavaScript. It can be processed in secure read-only mode.
An HTML file is a set of static data with minimum markup. The textual format of pages ensures their minimum size (average page is less than 20kb), easy compression and fast encryption. Pages can be transferred at a high rate even over a slow connection.
The static nature of pages enables caching, offline-first, and they can be stored on any servers: Dropbox, Google Drive, Github, AWS, etc., including Dark web segment.
Coherence of data: availability of third-party content via HTTP without copy/paste or API.
Open, shareable and reusable.
Data represented in key:value format.
Automatic processing by search engines without the need of syntax analysis — high organic search positions without the need for search engine optimization.
A blockchain is a type of distributed digital ledger containing transaction data that is shared across a peer-to-peer network and continually reconciled.
There is no central administrator or centralized version, so there is no single point of failure.
Transactions recorded on blockchain are immutable because they cannot be deleted or changed.
Data can be read by anyone without any restrictions.
Private data can be easily encrypted, and thus accessible by a limited number of people or just its owner.
It’s possible to hack individual private keys if they’re not securely stored, but the network in and of itself remains fully secure.
Cooperatively developed public distributed "Wikipedia" of Linked Data. Anyone can use data from GDP on their pages. Author content may be encrypted and accessed via keys.
The format of Web 3.0 pages is machine-readable, which enables automatic data processing.
Automatic filtration and classification of incoming information, efficient protection from spam. ADP paves the way to the development of an automatically curated and user-centric web.
In Web 2.0 the infoflow was directed from users to websites with the help of search engines whose configuration was the same for everyone. Users had to proactively search for websites with the information they needed. WRIO Internet OS makes it a point to change the direction of information flow from the web to each individual user. Thus creating a trend of automatic processing and delivery of custom information that users do not need to trace themselves, and which is added to their customized webDashboard.
webDashboard is a key element of user-centric web and web activity automation. Automatic arrangement of content based on user interests: news, games, music, social media, etc. The functions are provided through applications installed with a single click.
Customized rich functionality through unstoppable blockchain-powered Web 3.0 cloud and distributed apps and services that use the Global Data Pool.
A new free and secure "Google Play" for decentralized applications and functions of Web 3.0 websites (hubs) that has no censorship and imposes no requirements, but instead is regulated by the community. Simple monetization of applications and automatic search for relevant users based on their behavior and interests. All purchases are made in webGold (see details in “Token” section).
A new type of efficient and personal search systems based on the concept of automatic comparison of pages metadata with the user profile. If the current scenario is a user making a query in a search engine, who then scrolls through links that still need further manual processing, predictive search systems deliver ready answers ranked according to user's interests.
Malware and viruses free.
User-controlled disclosure.
No central point of failure, block&censorship-proof.
Blockchain address functions as ID. Access is granted through the use of a cryptokey stored on the user’s side. The authorisation system based on blockchain enables a decentralized global secure one-click “social-media-like” login for all applications and services, with the additional protection of anonymity. This means no need to continuously create new accounts, remember numerous passwords or entrust personal data to services.
Devices with WRIO Internet OS browser will be P2P nodes that will support all peering technologies by default: Dark web, IPFS, BitTorrent, I2P, etc. This will become the technical foundation for a new block-proof and censor-proof distributed web.
WRIO OS mobile app, browser and plugin use an isolated container and process pages in a read-only mode, ignoring JavaScript, thus ensuring the user's security.
Having opened a page, a user’s device then becomes a source for other readers, receiving a reward from the network if the function is supported.
Metadata of each created page is recorded in the blockchain. It is then correlated with the interests stored in the user’s profile. If there is a match, the page is displayed in the user’s webDashboard — your personal desktop and activity feed for the entire web.
The user can apply a theme to the PUI that most closely corresponds to their needs, physical abilities and technical capacity of the device at the moment. There is no need for frontend development of websites and apps: page data is rendered according to the theme selected by the user, and app functions are provided through widgets created on the basis of a ready-made set of controls and elements.
Branding is achieved through media content and display of author’s profile.
User customized functions and interactivity are provided through cloud and distributed apps: an analogue of desktop applications for WRIO Internet OS. Cloud apps can operate on the most simple devices, are always up-to-date, do not need to download, install or setup any software. All resource consuming operations are performed on the service provider’s servers, displaying the end result on the user’s screen.
WRIO OS apps are mashup applications, i.e. they can combine functions enriching each other, like a puzzle.
Website boundaries dissolve: pages are no longer stand-alone, while data is no longer restricted to specific website boundaries, and form the Global Data Pool. Pages can be stored on different servers and domains, including any P2P network: access via DHT and P2P technologies, digital fingerprint of files instead of Uniform Resource Identifier (URI).
For users without WRIO OS browser / plugin / mobile app each page contains a link to wrioos.js that interlinks it to a default WRIO Internet OS node that renders Linked Data and turns them into hubs acting as a replacement for obsolete Web 2.0 sites.
Pages can be created in any text editor in compliance with http://schema.org. However, for the convenience of users among the first WRIO OS apps we launched WYSIWYG Editor.
After a page is created its metadata is automatically registered on the blockchain.
The common user and content MetaDataBase enables a new era of efficient and personal services and search systems: Predictive Logical Search Engines. Predictive search operates in a similar way as PageRank from Google, although the page Rating, based on the number of transactions and amount of Crediting, is used instead of the number of links to it. Search results are ranked in line with the user’s interest matrix. Ethereum-based Logical Machine enables search, selection, sorting operations etc., making it possible to customize and advance the user experience to a user-centric one: processing and cataloging incoming information according to specified parameters.
The platform will upgrade today’s Web 2.0 to a machine-readable Web 3.0. The machine-readable web will pave the way for automatic data processing and will enable the user-centric feature: users will receive filtered information automatically based on their interests.
More coming soon, for detailed description see our White Paper.
Automatic correlation, classification, and cataloging of web data against users’ interest matrices will allow the creation of predictive user-centric services and next generation search engines. WRIO Internet OS will become their platform, and will create a new market of browser-driven smart predictive systems — very inexpensive thin-client terminal devices with WRIO Internet OS onboard.
Such devices will be able to automatically incorporate a global, fully distributed, and blockchain-powered peer-to-peer network serving as the trigger of new “unicorn” arrivals that will replace many of the visionary technology projects of Web 2.0.
