Blockchain Could Create the Trust Layer That the Internet Is Missing

The original purpose of the internet was to transfer information. It became incredibly skilled at it. A video may reach millions of people overnight, a message can travel the world in a matter of seconds, and companies can conduct business internationally without ever setting up a physical presence. However, one issue is still strangely unsolved despite all that the internet has accomplished: we still mainly rely on middlemen to determine who owns what, who has access to what, and which digital records are reliable. A new potential is presented by blockchain: an internet in which ownership and wealth can flow as effortlessly as information.

The majority of our digital lives now rely on centralized systems. Our identities are part of accounts under corporate control. Our postings, purchases, subscriptions, gaming items, digital connections, and photos are frequently stored in databases that are not within our control. Users may find that the digital assets they thought they controlled were actually permissions given by someone else if a platform vanishes, modifies its policies, suspends an account, or closes a service.

That architecture can be altered by blockchain.

Blockchain enables networks to maintain shared records that can be independently verified, eliminating the need for one organization to keep the final record of ownership. Therefore, a digital asset can exist outside of a particular company's database. A wallet has the ability to serve as a portable digital account with assets, credentials, memberships, permissions, and identification information that can communicate with a variety of services, in addition to being a location for bitcoin.

The relationship between users and online platforms may progressively shift as a result. Imagine being able to establish ownership of a digital object you purchase in a game without the help of the game publisher. Imagine being able to move between employment platforms with validated professional credentials without constantly requesting confirmation from organizations. Imagine that while programmable contracts automatically allocate revenue to collaborators, creators sell digital content directly to audiences. According to this concept, interacting with an open network of digital property and verifiable relationships takes precedence over accessing isolated platforms on the internet.

Blockchain has the potential to change payments as well. Information is currently transported worldwide via the internet, but money frequently passes through an entirely distinct infrastructure that includes banks, processors, settlement networks, geographical limitations, and business hours. Internet-native money — value that may flow over digital networks continuously and, in certain situations, programmatically — is made possible by blockchain networks. Eventually, little sums of value could be automatically exchanged by websites, apps, machines, and even AI agents without the need for the payment systems that were initially created for traditional commerce.

However, blockchain won't take the place of the internet. It makes more sense to think of it as an additional layer. Computers were able to communicate thanks to TCP/IP. The web facilitated the publication and navigation of information. A native method for establishing digital ownership, transferring value, and verifying shared information without requiring every interaction to go via the same central authority is something that the original internet never completely had. This is something that blockchain might add.

Thus, the most significant change could be nearly undetectable. In the same way that billions of people utilize internet protocols now without understanding how they operate, people may soon use blockchain-based infrastructure without even considering blockchains.

PCs that were first connected to the internet. Information and people were linked in the second.

Identity, ownership, value, and trust might all be connected in the next iteration.