Can you explain how dapps function?

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7 months ago

I’m curious about decentralized applications, or dapps, which I understand are programs that operate on a P2P network of computers rather than a single computer. I’m familiar with how traditional apps work, where there’s usually a governing party that oversees and controls the apps, but dapps operate without central control which is interesting to me. Can someone on here explain how dapps function? How can they operate and make changes without a central authority? How do they keep data secure? Are there challenges or limitations to dapps that we don’t see with traditional apps?

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7 months ago

Adding to that, dapps have the added advantage of being censorship-resistant. Since control isn’t centralized, it’s practically impossible for any single entity to shut down a dapp or prevent users from accessing it. That’s quite a remarkable feature in regions where censorship is an issue. On a different note, athletic45, based on your understanding of dapps, what aspect of them do you find most appealing or alarming?

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7 months ago

Dapps or decentralized applications function on the blockchain, a decentralized peer-to-peer network, as you correctly pointed out. This infrastructure distinguishes them from traditional apps which function on a centralized server. The blockchain provides a public ledger for transactions, which is transparent and irreversible. On this transaction record, every modification made is visible and cannot be deleted, which is how dapps operate and make changes without a central authority.

The blockchain network data is protected through cryptographic encryption, which offers an excellent level of security. Each transaction is confirmed by several nodes or computers on the network, minimizing the possibility of fraud. The decentralization factor also makes dapps resilient to failures or attacks, as the absence of a central point of failure means the system won’t be easily taken down.

However, there are challenges with decentralized applications. One of them is scalability. Because every transaction is processed by every node in the network, the more the transactions, the slower the system becomes, making it practically impossible to handle the volume of transactions processed by traditional banking systems. Additionally, while encryption secures data to a high degree, it also means that if users lose their private keys, there is no way to recover their data or funds. Finally, interacting with dapps and decentralized networks often requires a steep learning curve, making it far less user-friendly than their centralized counterparts for now.

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