FIO Protocol to Participate in Permissionless IV in New York on June 24th

FIO Protocol will be represented at Permissionless IV, scheduled from June 24 to 26 in New York.

The conference is expected to focus on blockchain development and user-experience improvements within the Web3 ecosystem.

Refer to the official tweet by FIO:

🌐 Heading to Permissionless IV | June 24–26, 2025

📍 Industry City, Brooklyn, NY , Head of Growth at FIO, will be on-site at one of Web3’s biggest events —

Whether you're building in crypto, improving UX, or just curious about what FIO is…

FIO Info

FIO Protocol is an innovative blockchain platform designed to streamline the often complex and intimidating process of transacting with cryptocurrencies. The protocol aims to eradicate common issues associated with cryptocurrency transactions, namely the necessity of using convoluted addresses, which can result in costly errors and misplaced funds.

Traditionally, cryptocurrency transactions have required long, alphanumeric addresses that are prone to misinterpretation. FIO Protocol counters this challenge by implementing a universal, human-friendly address format that spans across multiple blockchain platforms. In practical terms, this means that an intricate sequence of numbers and letters could be replaced by a simplified address format, such as 'user@wallet'.

Additionally, the FIO Protocol enhances usability by introducing features that are commonplace in conventional digital payment systems, like payment requests and transaction metadata. This bridges the gap between the traditional finance industry and the burgeoning cryptocurrency market.

Crucially, the FIO Protocol does not intrude upon the operations of other blockchains. It functions as a complementary usability layer capable of interacting with any blockchain or token without requiring direct integration. Thus, the FIO Protocol represents a significant step forward in making cryptocurrencies more accessible and user-friendly, and signals an evolution in the wider adoption of blockchain technology.