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While safe and distributed data exchange systems are among the most impressive use cases for the blockchain and cryptocurrency spheres, the segment still lacks designs with fully encrypted transport layers.
HOPR protocol advances security of data transfer in Web3
HOPR network, a decentralized privacy-focused ecosystem of nodes for data transfer, creates an incentivized technical architecture to address the bottlenecks of existing solutions like The Onion Router (TOR).
Last time we walked you through the very real attack vectors and mismatched incentives that Ethereum validators will face after the Merge
But what can we do to mitigate these risks?https://t.co/Xpl9g3FuLL
🧵 1/18— HOPR 🟡 (@hoprnet) July 15, 2022
Swiss-incorporated cryptocurrency and data privacy heavyweight HOPR leverages next-gen obfuscating cryptographic techniques to combat all possible systems of survelliance.
As announced by the HOPR team, such an attack-resistant and censorship-protected system can be used for a variety of use cases. In particular, HOPR nodes can be utilized in med-tech and decentralized energy management instruments.
Also, HOPR nodes ecosystem can be used for data transfer in cryptocurrency systems themselves: for instance, they can supercharge DeFis to guarantee maximum privacy for all of their users.
Here's why HOPR's approach is more advanced than TOR's
First and foremost, unlike TOR, HOPR created an incentivized ecosystem for its users: node operators are rewarded with HOPR cryptocurrencies. As such, their efforts are supported in a sustainable way.
Also, unlike TOR, HOPR does not have an on-ramp via gateway nodes; this makes HOPR's structure more scalable and high performance than that of its competitors.
Last but not least, HOPR utilizes sphinx packets with indistinguishable structure: it unlocks more impressive anonymity opportunities than the TOR network.
Vladislav Sopov