Topics of Crypto World

Recently, an address contamination attack has targeted Squads multi-signature Wallet users. While no Assets have been lost, the attack could mislead users through interface manipulation and prompt incorrect actions.

South Korean payment provider NHN KCP is collaborating with Ava Labs to create a Layer 1 blockchain tailored for payment environments. Leveraging high-speed processing, on-chain encryption, and customizable infrastructure, the initiative seeks to drive practical blockchain adoption in real-world commercial settings.

Espresso Shared Sequencer is a shared sequencing infrastructure provided by the Espresso network. It delivers unified transaction ordering and fast confirmations for multiple Layer 2 rollups, improving cross-chain interoperability and overall network security. As the Layer 2 rollup ecosystem continues to expand, more networks are running into challenges such as sequencer centralization, difficulty coordinating across chains, and delays in transaction confirmation. Traditional rollup architectures typically rely on independent sequencers. While this improves performance, it also makes it harder for different networks to coordinate execution, which ultimately hurts the user experience for cross-chain applications.

ESP is the native token introduced by Espresso Network to support the operation of its shared sequencing layer, including node staking, security mechanisms, and ecosystem incentives. As Espresso gradually transitions toward a decentralized Proof of Stake consensus model, ESP becomes a key component in maintaining network functionality and driving ecosystem growth.

Espresso is a foundational protocol built to enhance transaction ordering and cross-chain interoperability across Layer 2 rollups through a shared sequencing layer. As modular blockchains and multi-rollup ecosystems continue to expand, Espresso plays a coordinating role by aligning transaction order and data confirmation across different Layer 2 networks, improving both efficiency and security.

Lighter (LIT) is a next-generation decentralized exchange (DEX) that combines zk-rollup technology with a central limit order book (CLOB) model to deliver trading performance close to centralized exchanges (CEXs), while preserving on-chain asset self-custody and transparency. Its key strengths lie in low-latency matching, high throughput, and improved capital efficiency, positioning it as a strong contender in the perpetual futures (Perp) DEX space.

Nexira’s cross-game asset mechanism maps, transforms, and redistributes assets at the protocol layer, enabling them to move and function seamlessly across different games.

Following the user base surpassing 51 million, both user activity and trading depth increased in tandem. The spot market now supports over 4,500 assets, forming a broad and stable market foundation.

Gate, a leading global digital asset trading platform, has released its March 2026 Transparency Report.

NEXI plays a central role within the Nexira system as the value-connecting tool at the protocol layer, supporting the transfer, pricing, and overall operation of cross-game assets.

Through asset tokenization and a Proof of Reserve mechanism, GoldFinger brings gold into the DeFi ecosystem, allowing it to take part in on-chain financial activity as collateral, a liquidity tool, and a component of yield strategies. Once tokenized, gold assets such as ART can function as collateral, liquidity instruments, and building blocks in yield strategies across lending markets, decentralized exchanges, and structured returns, turning a traditional store of value into composable on-chain financial infrastructure.

Nexira DAEP (NEXI) is a blockchain protocol built to enable cross-game digital asset trading and interoperability. Through a unified asset economy model, it allows tokens, items, and NFTs from different games to be used and circulated within the same system. As Web3 gaming evolves, assets are gradually moving from closed systems into open networks, and protocols like this are designed to connect asset relationships across different games.

GoldFinger operates through a process that includes asset custody, Proof of Reserve, token minting, and on-chain circulation. By placing physical gold within a compliant custody framework and mapping it on-chain through ART tokens, GoldFinger turns gold into a digital, programmable asset. At the same time, its Proof of Reserve mechanism ensures that on-chain tokens correspond to the underlying assets, supporting trading, collateralization, and redemption in DeFi scenarios.

GoldFinger (GF) is a decentralized finance protocol that introduces real-world assets (RWA), such as gold, onto the blockchain. It operates through a dual-token model, GF and ART, to enable asset tokenization, yield generation, and governance. ART serves as an asset-backed token pegged to gold, representing both on-chain gold reserves and associated yield rights, while GF is used for governance and incentives. By combining traditional gold assets with the programmability of Web3, the protocol allows users to gain exposure to gold in a form that is tradable, composable, and yield-generating on-chain.

TX delivers blockchain infrastructure for real-world assets, allowing stocks, ETFs, and other verifiable assets to be digitized and brought on-chain. Unlike native crypto assets, these assets originate within the traditional financial system and are subsequently converted into on-chain, tradable tokenized assets through custody, mapping, and issuance mechanisms. Gaining insight into the types of assets supported by TX, as well as the processes behind tokenizing stocks and ETFs, provides a clearer understanding of the practical boundaries and operational logic of the RWA ecosystem.