Web3 is still evolving and being defined, as such, there is not an established and universally accepted definition. Yet, Packy McCormick, an investor who helped disseminate Web3, has defined it as “the internet owned by the builders and users, orchestrated with tokens.”

The concept of Web3 can be both puzzling and vague, and to help provide an understanding, here is a quick review of the evolution of the internet over the years:

Web 1.0 — The Static Web (around 1990–2005). It was made of read-only webpages that, by and large, lacked much in the way of interactive features. Content generation was limited, and information was hard to find.

Web 2.0 — The Dynamic Web ( from around 2004 ). Made of new software applications built on the web. Most of the value is generated from companies such as Google, Apple, Amazon, and Facebook.

The vision of Web3 tends to be a more democratic version of today’s online and digital works, where Web3platforms could give creators and users a way to monetize their activity and contributions. For example, PIXIE a crypto version of TikTok or Instagram, rewards all social interactions with cryptocurrency PIX, which is called “social content mining.

Image Courtesy: FemaleOneZero

There are many different paths to the evolution of Web3, but industry opinion leaders often suggest the following characteristics to help define Web3:

• Semantic Web: Enhanced web technologies that allow users to create, and share a link material through search and analysis. The search and analysis capabilities with Web3 would focus more on understanding the meaning of words and the context behind them.
• Decentralized: Unlike Web 1.0 and Web 2.0, where governance and application were largely centralized (think about Facebook/Meta), Web3 will be decentralized, with all applications and services enabled by a distributed approach where there is not a central authority.
• 3D Graphics or Metaverse: Some tech experts refer to Web3 because of its potential to create a new level of immersion and interaction between the physical and virtual world or metaverse. Pioneering applications are being seen across all industries from gaming, health, real estate, and e-commerce.
• Artificial Intelligence: The combination of semantic capabilities and AI will allow significant improvements to understand a multitude of data and provide faster and more relevant results (e.g., climate prediction or human-based corrupt practices such as biased product reviews).

Other features of Web3 include Ubiquity (i.e., anywhere/everywhere), Blockchain (i.e., decentralized ledger), and edge computing.

Key trends of Web3 in 2023

As Web3 embraces these features, and continues to use blockchains, cryptocurrencies, and NFTs to give power back to the users in the form of ownership, we continue to see many companies supercharging their brands with this technology.

Here are some of the key Web3 trends to look out for in 2023.

Industry to increase emphasis on cybersecurity

Web3 offers several benefits for users, such as data ownership, transparency, and fewer intermediaries, but it raises concerns with novel security threats. Some examples include smart contract logic hacks, crypto-jacking, rug pulls, and ice phishing.

Blockchain security will continue to see huge demand, which is a result of increased crypto losses. A 2022 report from the Federal Trade Commission revealed that more than 46,000 individuals had lost over $1 billion in crypto scams since 2021. Wintermute, a leading crypto market maker, has recently lost about $160 million in a hack, becoming one of the latest firms in the industry to suffer a breach.

Along with cryptocurrencies, NFTs have also become an increasingly popular target for scammers.

With the growing concerns in the field, a number of start-ups are growing on developing security, data, monitoring, and storage solutions for Web3, and this trend is observed by a growing number of industry investments:

• Immunefi: a bug bounty and security services platform for DeFi has raised $24 million as part of its Series A.
• CertiK: a leading Web3 security company raised $88 million earlier this year in its Series B3 financing round.
• Halborn: a cybersecurity firm serving both traditional finance and blockchain-based clients raised $90 million in its Series A financing round.

More investments and emphasis to make the Web3 experiences as secure as possible will help reduce scams and also make companies more comfortable in investing in Web3-related projects.

Market growth will be driven by Metaverse investments and M&A deals

The Web3 space will continue to attract investments driven by two forces: metaverse-related projects and metaverse mergers and acquisitions deals.

Just in the first five months of 2022, more than $120 billion have been invested in building out metaverse technology and infrastructure, more than double the $57 billion in investments made in 2021.

There are several reasons which drive interest from both investors and brands:

• Growing focus on integrating digital and physical worlds using mixed reality (MR), augmented reality (AR), and virtual reality (VR).
• Metaverse has the potential to elevate several industries in numerous ways, such as manufacturing (e.g., digital prototypes), hospitality & tourism (e.g., preview and elevate customer experiences) and healthcare (e.g., accelerate disease assessment and treatment).
• High penetration rate of users from gaming, content creation, social interaction, learning, and training.
• Transform e-commerce and customer experience.

As a result, various end-user players such as Meta, Gucci, Nike, Starbucks, and Adidas are entering the metaverse in different ways to experiment with different ways to elevate the internet experience with customers.

Starbucks is set to launch a Web3-enabled loyalty program and a non-fungible token (NFT) platform that allows customers to earn and buy digital assets that unveil exclusive experiences and rewards.

As the metaverse and NFTs continue to soar, more M&A opportunities will emerge to accelerate building immersive experiences and help to build large-scale communities underpinned by engaging content. Gaming is one of the biggest bets.

In the last 18 months, Metaverse M&A totalled $77bn, with buyers focusing on video gaming, AR, VR and 3D solutions.

Brands and investors will also have access to new services to ensure M&A deals are adequately evaluated. For example, Acquire.Fi is a Web3 company and M&A platform offering due diligence, business evaluation and support across all stages of the acquisition process.

Final Thoughts

Web3 is still a novel concept, but cutting-edge technologies will have the potential to revolutionize industries and parts of everyday life.

Cybersecurity will be one of the biggest trends for 2023, which is partially a result of Crypto and NFT scams. Another challenge that will continue to drive debate is finding a balance between decentralization and regulation. For example, hacks in smart contracts raise crucial legal questions, as they are often not protected by the law or are fragmented across jurisdictions.

Nevertheless, the industry is promised to keep booming, with the growing investment of metaverse-related projects and M&A deals. The Metaverse market size is projected to reach USD 824.53 billion by 2030, growing at a 39.1% from 2022 to 2030, opening more opportunities for brands to transform business functions from customer experience, loyalty and shopping.

👉Interested in helping build the infrastructure for web 3?

The internet is changing again.

Over the last decade internet-based services have trended towards centralization. Today, a handful of companies control the platforms we use to search for information, store our personal data, manage our online identities, and communicate publicly and privately.

At the same time, a group of seemingly unrelated technologies are being developed on the fringes of the tech industry, ranging from encrypted messaging to digital money. Within that loose community, “web 3” has become a catchall term for a vision of a new, better internet. An internet where payments and money are natively digital, where “decentralized” applications compete with centralized ones, and where users have more control over their identity and data.

However, we often struggle to articulate what this all means. How might “web 3” be different from previous eras of the internet? What is “decentralization” and why does it matter? How can these new technologies actually be used? We’re spending years building infrastructure to make blockchains more scalable — but who will actually use that infrastructure, for what, and why should anyone care?

This article attempts to explain the web 3 vision in clear, simple terms. We discuss the core animating idea behind the many projects that form web 3, and survey three key trends.

This article isn’t a prediction about the future. The future isn’t fixed: we have to make the right choices to get the world we want. The point of this article is to describe a future that might be, a future compelling enough to be worth building, and a future clear enough that we know which direction to travel first.

The web 3 reformation

The internet has gone through major generational shifts before. These expanded the performance, features, and scale of the internet. We went from plaintext websites to streaming video. We went from static web pages to full-featured applications served remotely through the browser. We went from listservs to global social networks that drive modern politics and culture.

As the web matured, we grew to rely more and more on a handful of large companies. Google built the fastest and most convenient search engine, and have been rewarded with control over 74% of all search traffic. Facebook built the most popular social network, and was rewarded with control over the online identities of 2.2 billion people.

Web 3 is different from previous generational shifts. At its core, web 3 isn’t about speed, performance, or convenience. In fact, many web 3 applications are, at least today, slower and less convenient than existing products.

Instead, web 3 is about power. It’s about who has control over the technologies and applications that we use every day. It’s about breaking the dynamic that has shaped the last decade of the web: the tradeoff between convenience and control. We’ve become so accustomed to this dynamic that it seems inevitable: of course using the internet means being surveilled, and of course having a social media account means having my personal data sold to advertisers or worse. How could it be any other way?

Web 3 rejects the premise. We can have the benefits of the internet without handing the majority of power to a minority of companies. The dynamic described above isn’t an iron law of the universe, it’s just a product of the technology available at the time and the choices we made along the way.

“Web 3” is a movement to build different technologies and make better choices. We aren’t trying to replace the web, but rather keep what we like while changing its underlying structure — a reformation, not a revolution.

The projects within it can seem disparate, but they all share a common theme. Web 3 is a group of technologies that restructure control over the internet. These range from financial projects (cryptocurrencies), to basic communications technology (end to end encrypted messaging), to mass consumer use-cases (open social networks and p2p markets), to critical internet infrastructure (decentralized DNS).

Web 3 includes more than just cryptocurrencies, blockchains, and other products of cryptoeconomic design. It encompasses any technology that helps reform the centralized internet and lets users take back control over their digital lives. However, we believe that these technologies are the most significant contributors to the web 3 movement today, and for that reason focus on them in this article.

Three trends for web 3

In this article we survey three trends, and discuss how they might develop over time:

• First, money will become a native feature of the internet.
• Second, “decentralized” applications will offer users new capabilities.
• Third, users will have more control over their digital identities and data.

It’s important to keep in mind that each of these are speculative. Inevitably, web 3 will include technologies and applications we can’t anticipate, and the ones we discuss below will look different than we can imagine today.

1. Money

In web 3, money is a native feature of the internet.

In the past, the internet was simply a portal to the offline, traditional financial system. But cryptocurrencies are fundamentally digital — sending a transaction does not require interacting with some offline system, it only requires sending a message over the internet. We will soon live in a world where “money” is just something the internet does:

• Sending or receiving payments is now something that any piece of software can do, and by extension, something that can be done by any person with an internet connection and a phone.
• Digital payments will unlock new business models that were previously impractical. They will radically lower the costs of some transactions (e.g. cross-border remittances), enable new use-cases (e.g. machine payments), and be available to massive new markets (e.g. people who could not previously access the traditional financial system).
• An ecosystem of basic financial primitives — lending, derivatives, exchanges — provide the building blocks of more complex financial applications that can be used by anyone.
• We will create new kinds of money, as technologists explore the cryptoeconomic design space. We have only started to explore these possibilities, like protocol tokens and non-fungible digital assets.

Cryptocurrency is only possible because Satoshi invented a way to support a currency and payment network without handing control to any centralized company. Bitcoin is decentralized in that it is “controlled” by a variety of actors, ranging from large mining companies, to individual node operators, to core protocol developers. All of them exert influence in different ways and to different degrees, but no individual actor has exclusive power over the network.

“Decentralization” has become a central concept for web 3. However, it’s often used more as a slogan than a precise technical description. Decentralization can refer to a huge range of possibilities. Is a platform “decentralized” if it is controlled by 20 entities? 100? 10,000? What kind of decentralization are we even considering?

Decentralization isn’t a binary state — it’s a direction along a spectrum of possibilities. Saying a system ought to be “decentralized” is a little like telling an engineer that a bridge ought to be “big”. No doubt, but it’s not very useful information on its own — we also need to know what river you want to span and the load you need to bear.

The point of web 3 isn’t that all systems must be decentralized as much as possible, but rather that we are newly able to explore more points along the spectrum. The degree of decentralization that is useful or necessary will depend on the application. Bitcoin is an example of this: it is decentralized to a sufficient degree that payments are very difficult to censor and it would be very difficult to change the basic parameters of the currency, i.e. a deflationary monetary policy where the total amount of bitcoin is permanently capped. Others will attempt to create similar global currencies with other features that take advantage of decentralization, e.g. stablecoins like Dai that attempt to solve the problem of volatility.

Because bitcoin was the first, it’s often taken to be the only possible design for a cryptocurrency. As a result, “cryptocurrency” has become synonymous with particular political views about money, such as the virtue of deflationary currencies.

It’s important to understand that there are many possible designs for a digital currency, which might serve different purposes. Bitcoin enthusiasts believe the purpose of cryptocurrency is to allow people to opt into the enthusiast’s preferred monetary policy, the superiority of which is self-evident. A more humble interpretation is that the innovation of cryptocurrencies is that people can opt into whatever monetary policy they choose, whatever that happens to be. All they need is an internet connection and a phone.

2. Decentralized applications and services

The products and services that make up the internet today tend to be produced and controlled by individual corporations. If you use an internet-based application, there is very likely a legal entity somewhere that controls it. That company employs people to work on it, decides what features get prioritized, controls the servers that host the application’s data, and ultimately determines what code gets pushed to the product.

The promise of web 3 is that there might be other options. Maybe we can build products and services that are not controlled by any single company, but still have comparable usefulness to their centralized equivalents. Just as with Bitcoin, these products would be “decentralized”, though the rationale for decentralization, and the benefits it offers, may be very different.

Imagine, for instance, what a “decentralized publishing platform” might look like. This would be a social platform like Twitter or Medium that lets users share content, comment on it, and “vote” for content that they like.

The platform comes with built-in mechanisms to encourage users to contribute. Instead of just “upvoting” posts, users can send each other micropayments, or set up recurring payments for content creators whose work they want to support. The best Twitter accounts or Medium authors get paid directly in the platform, instead of having to figure out some secondary way to monetize their large followings. Even if each upvote was only a few cents, it would still be an improvement over centralized platforms like YouTube, where creators earn only a few thousand dollars per million views. On our decentralized platform, there is no central entity to take a large cut of the money that users pay each other. The platform could even use inflation funding to create a pool of rewards, which are distributed to the top posts each day.

The core rules that govern our decentralized service are defined in an open-source protocol. Users interact with that protocol using client-software of their choice. In other words, there would be a variety of apps, all made by different developers, but which all connected to the same social network. These clients may offer different features from one another, but all conform to the same shared protocol, analogous to the way that email clients all use the same standard for sending and receiving emails.

Users could use any client they choose, and clients can implement different features or offer third party services. Because we’re building on a decentralized protocol, client developers don’t have to ask permission from any central company, and they can build their product without fear that someday their API access could be revoked. Users don’t have to wait for twitter to add new anti-spam or anti-harassment features, they just use a client that offers them. An ecosystem of services grows on top of the open protocol, letting users do everything they can do with twitter today and more.

This illustrates an under-appreciated benefit of decentralized platforms: sustainable ecosystems of third party services. App developers can build useful products on top of a decentralized protocol without fear that someday their API access will be turned off, because there is no one company who can turn it off. The platform can remain neutral, meaning that a larger network of developers will invest their time and money into building businesses on top of it.

Chris Dixon

Of course, we will still use products and services created by centralized companies. But it will be possible for these companies to restrict the type of control they have over their products, placing more of that control in the hands of users.

This already exists in encrypted messaging apps, with products like Signal (made by Open Whisper Systems) that never see or hold any customer communications. By designing their application with end-to-end encryption, they have intentionally limited the control they have over their users.

Where early internet startups committed to an ideal of “don’t be evil”, web 3 companies aim higher to try and ensure that they can’t be evil — at least with respect to specific kinds of evil. Web 3 includes technologies that let developers limit their control over customers, by refusing to have certain kinds of power in the first place. That doesn’t mean we won’t have to trust centralized companies to some degree, but it does mean we can trust them less.

3. User control over identity and data

In web 3, users will have more control over their identity and their data.

Today, most of our online identities belong to someone else, like a Gmail address or Facebook account. Web 3 is laying the groundwork for personal control of online identities.

In part, this is a result of the infrastructure being built out for cryptocurrencies. Holding cryptocurrency requires holding private keys, and millions of people use apps that let them do just this. But the same technology can let people manage any kind of blockchain-based data, including a personal identity. The fact that we call these apps “wallets” is no coincidence — in the future they will hold not just your money, but also your ID.

At the same time, web 3 will make it possible for users to retain control of their data. First, because users will have the option of using their own identity, instead of one provided by a third party, limiting the opportunities for identity providers like Facebook to capture user data. Second, because the emergence of decentralized services will mean that in some cases, there won’t be a central company that is in a position to collect, store, and sell your personal data when you are using social media, renting an apartment, or catching a ride home. In general, a greater share of our use of the internet will be through platforms and systems that collect no data about us.

Finally, the new capabilities offered by web 3 technologies — control over our identities and data, and the availability of a worldwide payment network — will make it easier for individual users to capture the value that have turned social media companies into billion dollar businesses.

These companies collect your data because it’s valuable. In web 3, users capture that value instead. If you want to sell data about your personal browsing habits, you will be able to do so directly — but you get paid, not Facebook. And as we experiment with novel mechanisms for ownership over digital assets, individual users will have new ways to actually own a piece of the technology that they use every day — an opportunity currently available only to entrepreneurs, venture capitalists, and accredited investors.

Conclusion

Web 3 is not inevitable. The descriptions above of a potential future face many barriers, some of which may never be overcome. Some of the “open problems” in web 3 include:

• Are entrepreneurs actually incentivized to build decentralized applications? Who will fund them? Today, the route to profitability and venture-scale returns for these applications is unclear, whereas the traditional “centralized” business model is more reliable.
• Will decentralized applications be worse than centralized ones? A product controlled by a single company might have a more coherent product vision, and is able to rapidly iterate on new features. Centralized products may always have better UX and ease of setup.
• Will the cryptographic components of decentralized applications be too challenging for most users? How can users manage private keys in a way that can be safely recoverable? Is that even possible without returning to some form of centralized service?
• Will decentralized applications be more expensive to use? Low level decentralized systems (e.g. file storage, computation, oracles) have many redundancies built in to make them function. Will these layers make decentralized applications too costly?
• Will decentralized applications built with “smart contracts” ever make sense? Is it possible to write “immutable” code that fulfills an application’s requirements forever? If we need to upgrade smart contracts, then who gets to decide those upgrades, and is it any different from a centralized application?
• How will decentralized systems be “governed”? Decision making by centralized companies with total control is easier than building consensus among a group of actors with different interests and priorities. How will governance of the base layers work across different political ideologies and cultures?
• Do enough users actually care about privacy, controlling their own identity, or access to open financial services? Or will the goals of web 3 always be a niche concern?
• How will governments and regulators respond to web 3? There is inevitable tension created by technologies that give people new capabilities. Web 3 includes technologies that avoid censorship and surveillance, and could be used to sidestep financial regulation and law enforcement.
• Can the base-layer blockchains used by web 3 apps ever scale to serve millions or billions of users?

Even with this uncertainty, web 3 is a worthwhile vision for the future. Cryptocurrency and blockchain enthusiasts are rightly criticized for focusing myopically on technology, rather than the problems that technology is supposed to solve. Cryptocurrencies and blockchains aren’t ends in themselves: they are only valuable in so far as they solve a problem. The web 3 vision is helpful because it reorients us towards that problem: the internet has grown too centralized, and it needs to be opened up.

Focusing on the web 3 vision instead of any specific technology also helps us step outside the partisan politics that defines much of the cryptocurrency space. Web 3 is agnostic about whose platform ends up being used — the focus is on what the technology can actually do and what problems it solves for people.

Ethereum or Bitcoin could fail, but if they did the web 3 vision would not die. We would just build new, better versions of those systems using the same applied body of knowledge that we’ve developed over the last 8 years — cryptoeconomics — and keep on building.

Web 3 won’t be a utopia, and we shouldn’t delude ourselves into thinking it will be. If anything, the last 20 years should teach us that technology is not a magic bullet, and that the same human problems that exist everywhere exist on the internet, too. Politics, power, and control didn’t disappear with the invention of the web, they just took different forms. The promise of web 3 is that at least this time, constraints on power and control are design requirements, not afterthoughts. We have a second chance to build the internet as it was supposed to be, and we might not get a third — let’s make the most of it.

The CCGDS project is a new generation of public chain protocol, with the emphasis on data value ownership as the core, with the characteristics of decentralization, data ownership, data interconnection, privacy protection, high intelligence and permanent preservation. Provide users with better security and data sovereignty through the execution layer, consensus layer, settlement layer, and data availability layer, and use a modular approach to build a decentralized application ecosystem for Web3. The project has successfully focused on the global Web3 market traffic, the ecological scale has been further expanded, and the number of ecological evangelists is increasing day by day. The launch of a well-known international first-line exchange this time, CCGDS is bound to explode with energy beyond imagination, and then set off a wave of wealth.

No matter how the digital currency market performs in 2023, we have reason to believe that the digital gold CCGDS will surely reach a different level of wealth, and CCGDS ecological preachers will also have extraordinary investment returns. Seize this wave of money-making opportunities in 2023, and for the rest of your life, you will be rich, you will be rich, and you will be the one who owns all the wealth!

Just like the Middle Ages, the Web 1.0 wasn’t given its name until it bit the dust. The ‘World Wide Web’ as it was known, was just a set of static websites with a load of information and no interactive content. Connecting meant dialing up through rickety modems and blocking anyone in the house from using the phone. It was the web of AOL chat rooms and MSN messenger, of AltaVista and Ask Jeeves. It was maddeningly slow. Streaming videos and music? Forget it. Downloading a song would take at least a day.

And then there was 2.0

The memory of bleepy modems and boring interfaces has largely floated away. Faster internet speeds paved the way for interactive content, the web wasn’t about observing anymore, it was about participating. The global sharing of information spawned the age of ‘Social Media’. Youtube, Wikipedia, Flickr and Facebook gave voices to the voiceless and a means for like-minded communities to thrive.

Publishing this blog post will take me a hassle-free 30 seconds, an immeasurable improvement from when it took a concerted effort between designers, developers and administrators just to make a simple website edit. We could call this the Read-Write-Publish’ era — where the spread of information is as simple as those three words. So it begs the question, the web 2.0 is great, what went wrong?

Information is money

The UN estimated internet users increased from 738 million to 3.2 billion from 2000–2015. That’s an unfathomable amount of data floating around, and as big digital corporations realized, personal information is an enormously valuable asset. So began the mass stockpiling of data in centralized servers, with Amazon, Facebook and Twitter the biggest custodians. People sacrificed security for the convenience of these services; whether they knew it or not, their identities, browsing habits, searches and online shopping information was sold to the highest bidder.

The 3.0 revolution

By this stage, Web 2.0 exponents were already dreaming up a successor. The next web, they envisaged, would take nostalgic turn to the vision of the web 1.0: more ‘human’ and more privacy. Rather than concentrating the power (and data) in the hands of huge behemoths with questionable motives, it would be returned the rightful owners.

The vision of a fairer and more transparent web dates back to around 2006, but the tools and technologies weren’t available for it to materialize. Bitcoin was still three years off, bringing with it the notion of a distributed ledger, or blockchain, for peer-to-peer digital storage. Decentralization was the idea; blockchain was the means. Now we have what is described as human-centered internet.

The pro-privacy, anti-monopoly web

While the Web 2.0 democratized many power structures and created new opportunities, the economic engine is largely privatized and monopolized. Facebook, Uber and AirBnB have created private networks for public infrastructure which they dominate. The Web 3.0 is the antithesis of this, it’s about multiple profit centers sharing value across an open network.The Web 3.0 is the antithesis of this, it’s about multiple profit centers sharing value across an open network.

It’s easy to envision a not-too-distant future where crypto-based phones, VPN’s, decentralized storage and cryptocurrency wallets are widespread. A future without the need of network and cellular providers that suspend or surveil our information. If we’re to avoid sleep-walking into a Black Mirror style privacy dystopia, these are the tools we require. There are a number of advantages that Web 3.0 offers:

No central point of control: Middlemen are removed from the equation, blockchains like Ethereum provide a trust-less platform where the rules are unbreakable and data is fully encrypted. Alphabet and Apple will no longer have control of user data. No government or entity will have the ability to kill sites and services; and no single individual can control the identities of others.

Ownership of data: End users will regain complete control of data and have the security of encryption. Information can then be shared on a case-by-case and permissioned basis. At present, big companies like Amazon and Facebook have factories of servers storing information on dietary preferences, income, interests, credit card details and more. It’s not merely to improve their services — marketers and advertisers pay billions each year for the data.

Dramatic reduction in hacks and data breaches: Because data will be decentralized and distributed, hackers would need to turn off the entire network, while state-sponsored tools such as Vault7, used by the three-letter agencies, would be rendered obsolete. At present, internet companies are compelled to hand over user data or succumb to having the entire database scrutinized. These data intrusions aren’t just limited to major security threats such as terrorism; in 2017, Coinbase took the IRS to court over its demand to see the data of over 15,000 customers.

The case, which Coinbase eventually lost, paved the way for government entities to pick over the finances of thousands of customers, with little due cause to justify the intrusion. Cases like this are unfortunately not isolated; in 2013 secure email provider Lavabit chose to shut down rather than hand its SSL keys over to the US government so it could surveil Edward Snowden.

Interoperability: Applications will be easy to customize and device-agnostic, capable of running on smartphones, TVs, automobiles, microwaves and smart sensors. At present, applications are OS-specific, and are often limited to a single operating system. For instance, many Android cryptocurrency wallets are unavailable on iOs, causing frustration for consumers who use multiple devices. It adds expenses for developers tasked with issuing multiple iterations and updates of their software.

Permissionless blockchains: Anyone can create an address and interact with the network. The power to access permissionless chains cannot be overstated. Users will not be barred on account of geography, income, gender, orientation or a host of other sociological and demographic factors. Wealth and other digital assets can be transferred cross-border, quickly and efficiently, anywhere in the world.

Uninterrupted service: Account suspension and distributed denial of service are dramatically reduced. Because there’s no single point of failure, service disruption will be minimal. Data will be stored on distributed nodes to ensure redundancy and multiple backups will prevent server failure or seizure.

How will it work?

Like any emerging technology is still being refined. For access to the decentralized web, people will only need a seed. This will be a single asset which enables the interaction with dApps and other services. Individuals will still use a web browser to access the internet, and visually it will be Web 2.0 user-friendly.

On the surface, the learning curve from 2.0 to 3.0 will be gentle. But behind the scenes, the framework connecting users with digital services are markedly different. Transactions are signed and verified manually, to prevent platforms from siphoning away personal information without due cause. Web users will opt in rather than trying — and often failing — to opt out.

• Instead of Google Drive or Dropbox, we have services like Storj, Siacoin, Filecoin or IPFS technology to distribute and store files.
• Instead of Skype we have platforms like Experty.io.
• Instead of WhatsApp and Wechat we have Status
• Instead of operating systems such as iOS and Android, frameworks such as Essentia.one and EOS provide a gateway to the new web.
• Akasha or Steemit will play the role of Facebook, the Brave browser will serve as Chrome and Ethlance can take over from Upwork.

These are just a few examples. As the Web 3.0 rears into action, new platforms will emerge with a healthy level of competition not throttled by monopolistic service providers. It’s likely the best dApps and decentralized services we will use three years from now are no more than a glimmer in a developers eye.

The concept goes as follows: at present the decentralized apps, wallets, platforms, and other digital assets that make up Web 3.0 are scattered. Accessing these interfaces calls for separate seeds, logins, and identities — much like the existing Web 2.0. Web 3.0 will link these disparate platforms together via a single seed. Because this will operate as an encrypted key that can be associated with its owner, Web 3.0 will provide proof of identity but without giving up any more of that individual’s identity than is necessary.

Just as the Web 2.0 didn’t automatically extinguish Web 1.0 (still gathering dust around some parts of the internet), the move to 3.0 will take time and integration with existing online systems. The wheels have already been set in motion and the train has left the station. Web 3.0 is an revolution in motion, we are past the point of no return.

Profilo della fondazione

L’implementazione del progetto CCGDS sarà avviata dalla Fondazione InspireLife e la tecnologia di base sarà sviluppata nella fase iniziale. Instigate Life Foundation (ILF) è stata istituita nel 2022 con lo scopo principale di garantire il funzionamento e lo sviluppo sostenibili del progetto CCGDS, nonché la sicurezza della raccolta fondi e l’efficacia della gestione.

In qualità di organizzazione operativa relativamente indipendente, l’Agitation Life Foundation fornisce sostegno finanziario al team del progetto CCGDS e decide di istituire un fondo di sviluppo comune come riserva strategica per supportare varie applicazioni fisiche e l’espansione ecologica di CCGDS. L’obiettivo della gestione della fondazione è lottare per i migliori interessi dei titolari di fondi, per garantire la sicurezza e il valore aggiunto delle attività del fondo nella massima misura.Nel funzionamento della blockchain, la fondazione, come immagine esterna, può guadagnare meglio la fiducia del pubblico, attirando così più persone a investire.

Le finanze della fondazione non richiedono una persona giuridica e sono autocontrollate. Tutte le spese sono spese a nome della fondazione per svolgere un ruolo di supervisione. L’imposta sul reddito può essere esentata e una parte dell’imposta può essere ragionevolmente esentata. L’agitazione la fondazione svolge un ruolo nella pubblicità, quindi la fondazione sarà più efficace come supporto per il progetto CCGDS.

Foundation Governance Structure

1- Responsibilities of the Foundation
· Fund raising
· Listen to the deliberation report, the opinions of the general manager’s office and the opinions of the community
· Vote on community opinions, CCGDS project development direction and major events

2- The rights and obligations of the chairman
· The chairman shall attend the meeting and perform the assigned duties diligently
Can propose the modules of the project developed by oneself, and propose the corresponding incentive plan, and submit it to the general meeting for voting

3- General Manager’s Office
· Promote the healthy development of CCGDS projects
· Carry out external supervision on the construction of this project, and propose revision suggestions

4- Executive team
· The executive team is responsible for the development and construction of the CCGDS project and the daily operation of the foundation, and the sub-teams are responsible for different business lines. Assist in maintaining the CCGDS project to gain market recognition and support from more external resources.

Foundation Governance Principles

(1) Abide by relevant national laws, regulations, contracts and other relevant provisions
(2) Adhere to the investment principles of standardization, prudence and efficiency
(3) Taking the protection of the interests of fund holders as the highest criterion of the foundation
(4) Treat all funds fairly
(5) Hierarchical management, clear authorization, standardized operation, strict supervision, effective decision-making, and clear responsibilities
(6) Pay attention to and accept reasonable comments and supervision from the public on investment transactions

Proportion of ecological value contribution

1- One ten-thousandth of online shopping
2- 5 out of 10,000 shopping mall
3- Offline merchants receive 2/10,000 of the payment

DAO governance

CCGDS will enable DAO governance on the chain. Individuals, foundations, and community organizations among community members will be able to govern the development of the entire project through CCGDS DAO. Every digital identity holder has the right to vote on major events. The specific measures are as follows:
(1) The CCGDS DAO community rules are formulated by the community and will not be controlled by a centralized organization, and there is no hierarchical structure;
(2) Token is used as a participation condition and an incentive mechanism to promote the development of DAO;
(3) DAO community members can independently participate in the governance of the community without employment;
(4) The operation of DAO is jointly governed by all community members in the form of community proposals and voting;
(5) Most DAOs are based on blockchain technology and smart contracts, their rules and roles, and the process and results of each decision from proposal, discussion to voting are publicly recorded and traceable.

The ultimate vision of the CCGDS decentralized community DAO autonomy is to provide an economic and market system that replaces the traditional centralization, realize the decentralized resource allocation around the mission of the community, and make it truly a virtual reality, where everyone can participate and create platform.

Introduction to CCGDS

The CCGDS project is a new generation of blockchain protocol. Based on smart contracts, it establishes and forms independent ecosystems in the form of a large-scale distributed economic consensus traffic carrier, and these ecosystems are constantly growing and expanding.

But this consensus traffic carrier is not satisfied with this, and hopes to completely democratize and decentralize in the development process, so with the large-scale exploration of CCGDS today, it allows any type of data to be sent between any consensus users (organizations), Based on this CCGDS can unlock a large number of real-world scenarios.

CCGDS adheres to the business philosophy of “consensus, co-creation, and sharing”, and actively explores the use of blockchain technology to improve the multiple value transmission and contribution distribution system. In the ecology of CCGDS, commercial applications such as circulation, payment, supply chain management, and supply chain finance can be carried out through CCGDS.

Goal Vision

In view of the common problems existing in the current Token mode platform, CCGDS will combine smart contracts with blockchain and distributed storage technology to create a trusted distributed business environment with transparent information, efficient collaboration, and high-speed value transmission, and through the establishment of ecological alliances Create a complete ecological circle in a way to realize a good cycle operation of individuals, businesses, and enterprises. CCGDS combines the dual advantages of the industrial Internet and the blockchain network, sinks the optional value carriers, commodity information and value transmission services in the ecological alliance to consumers and supply chain management, and integrates millions of merchants and hundreds of millions of consumers Based on the consensus data of the participants, we will build a group of aircraft carrier-level applications in the field of digital certificates, and build a democratic and decentralized ecosystem of DAO community autonomy in the development process.

Advantages of CCGDS

CCGDS is a decentralized DAO ecosystem supported by a strong public chain network. Through the development concept of “consensus, co-creation, and sharing”, it realizes innovation and entrepreneurship in the era of digital economy for enterprises, businesses, individuals, communities, and organizations. Facts realize completely different values and achieve a win-win situation for all parties. Organizational advantages: In the CCGDS project, there is no central node and hierarchical management structure in the distributed and de-centralized (Distributed and de-centralized) DAO. Achieve organizational goals. Each organization node will cooperate effectively under the incentive mechanism of Token according to its own resource advantages and talents, thus generating a strong synergy effect.

Management advantages: In an ideal DAO, management is coded, programmed and automated, so the management advantage of CCGDS is that it is no longer a bureaucracy but a community autonomy, and the organization operation no longer requires a company but is managed by Highly self-governing communities are replaced. Consensus and trust within the organization are easier to reach, which can minimize the organization’s trust costs, communication costs, and transaction costs.

Circulation advantages: The CCGDS project is supported by Internet basic protocols, blockchain technology, artificial intelligence, big data, Internet of Things, etc., and uses digitization, intelligence, and on-chain and off-chain collaborative governance as governance methods, changing the traditional bureaucracy System and man-made management methods realize the intelligent management of the organization, so that the monetary capital, human capital and other factor capital are fully integrated, and the efficiency of the organization is better stimulated and the value transfer is realized.

In recent years, blockchain technology, one of the underlying technologies of Bitcoin, has been increasingly valued and widely concerned by the capital market. Blockchain technology is a universal underlying technical framework that can be used for finance, economy, technology, and even politics. It has brought profound changes in various fields and contains huge potential for change. It is expected to become an important component of the information infrastructure of the digital economy and change the development landscape of many industries. Blockchain technology and industries are developing rapidly around the world, and their applications have extended to digital Finance, Internet of Things, intelligent manufacturing, supply chain management, digital asset transactions and other fields have shown broad application prospects. Blockchain plays an effective role in the real economy and other fields, and needs to be integrated with other new generation information technologies to realize its advantages Complementary with functions.

The application of blockchain industry is accelerating, penetrating from digital currency to non-financial fields

In the latest industrial transformation, information technology still occupies a dominant position. In the future, it will have a profound impact on society and the economy. Blockchain, with its core technology innovations such as distributed ledgers, consensus mechanisms, and smart contracts, has rapidly attracted global attention. With the increasing maturity of blockchain technology, blockchain technology has accelerated its penetration from digital currency to other fields, and innovated and integrated with various industries. On the one hand, it starts from information sharing and establishes at low cost. Credit is the core and gradually covers digital assets and other fields. On the other hand, cryptocurrencies start from currency and gradually advance to the field of asset management and certificate deposit, and spread to credit investigation and general information sharing applications.
Blockchain technology can be applied to more fields. “Blockchain +” is also an important direction for the development of Internet technology in the future. The application of blockchain to help the real economy is a global development strategy. If there is no entity to support the value of blockchain It will not be fully released and explored. As the focus of the future development of the blockchain, the application of exploring and assisting the development of entities will continue to be expanded and extended.

Commercial applications are the main battlefield of blockchain

At present, the actual application of enterprises is concentrated in the field of digital currency, which belongs to the virtual economy. In the future, blockchain applications will move from the virtual to the real. More traditional enterprises use blockchain technology to reduce costs, improve collaboration efficiency, and stimulate the growth of the real economy. It will be the main battlefield for blockchain applications in the future. The blockchain deployment mode with strong management, such as alliance chain and private chain, is more suitable for enterprises to use in application landing. It is the mainstream technology direction of enterprise-level applications. Enterprise-level blockchain Chain applications should pay more attention to key factors such as controllability, feasibility, and availability, and focus on privacy protection, authority management, transaction bottlenecks, regulatory control, etc. Public chains with commercial applications will be very suitable for enterprises to use in application implementation.

The application has spawned a variety of technical solutions, and the performance of the blockchain will be continuously optimized

The general development trend of the blockchain is that the application of the blockchain is from single to multiple, from the encrypted digital “blockchain 1.0” to digital bills, securities transactions, cross-border payments, domain name management, pillar currency, supply chain, mutual insurance “Blockchain 2.0”, and then to “Blockchain 3.0”, which uses Token to change the organizational collaboration relationship. In the future, blockchain applications will develop from single to multiple directions, and different applications such as bills, payment, insurance, supply chain, etc. , in real-time, high concurrency, latency and throughput
It will be highly differentiated in multiple dimensions such as vomiting, which will give birth to a variety of technical solutions. Blockchain technology is far from finalized and will continue to evolve in the future. Consensus algorithms, service sharding, processing methods, There is room for improving efficiency in technical links such as organizational form.

The distributed economic model empowers the development of the real economy

Token is based on the block chain technology, exists in digital form, and can be circulated. It has an encryption mechanism. Its authenticity, tamper-proof, and privacy protection capabilities are guaranteed by cryptography. The distributed economy will be circulated , Valuable rights and interests certificates, relying on blockchain technology, encrypt and digitize, motivate and catalyze, link the interests of various subjects in the entire economic system together, and will produce a new business collaboration model. Distributed economy is the Blockchain technology is used in the real economy to promote a new economic model born from digital transformation. By connecting the real business society and empowering the real economy, a new economic form that can lead to common prosperity has been formed. The opportunity will lead us to the next generation of Internet new economy.

Blockchain technology establishes a point-to-point trust relationship through decentralization, which may affect or even change the basic force that determines the form and phenomenon of human social organization. The distribution method of production results further improves the productivity level. The blockchain gets rid of the credit confirmation mode that requires third-party information verification in the traditional trust system, which can effectively reduce the cost of credit system construction, improve the synergy efficiency of cross-organizational system elements, and improve The authenticity, credibility and security of capital on the chain. According to the innovation and application scope brought by the blockchain, the blockchain technology is divided into the programmable virtual currency blockchain 1.0 represented by Bitcoin, and the programmable financial blockchain 2.0 based on the blockchain. The chain is extended to blockchain 3.0 applied in other fields. Blockchain is the underlying technology of the value Internet, which will open up a new business form, requiring new laws, organizational forms and business model changes to meet more diverse market changes. It is more necessary for the collaborative innovation of the upstream and downstream of the industrial chain to further build consensus and promote the innovation and development of the blockchain industry.