Topics of Crypto World

Pharos (PROS) supports the on-chain adoption of real world assets, RWA, through a high performance Layer1 architecture and infrastructure optimized for financial use cases. With parallel execution, modular design, and scalable financial function modules, Pharos can meet the needs of asset issuance, transaction settlement, and institutional capital flows, helping real assets connect to the on-chain financial system more efficiently. Its core logic is to connect traditional assets with on-chain liquidity by building RealFi infrastructure, thereby providing a more stable and efficient underlying network for the RWA market.

Pharos and Plume are both infrastructure projects focused on the real world asset, RWA, sector, but they follow different development paths. Pharos places greater emphasis on building the underlying RealFi network through a high performance Layer1 architecture, providing infrastructure support for asset issuance, payment settlement, and on-chain liquidity. Plume, on the other hand, focuses more on RWA asset issuance and ecosystem connectivity, creating an asset circulation gateway by integrating asset issuers and DeFi protocols. In simple terms, Pharos is centered on improving financial infrastructure performance, while Plume focuses on expanding RWA ecosystem collaboration. Together, they represent two different directions within RWA infrastructure: the infrastructure layer and the asset ecosystem layer.

The privacy protocol Umbra temporarily closed its front-end website after hackers exploited its funds, prompting renewed debate within the marketplace about the extent of controllability in decentralized systems.

TRON and LI.FI have successfully integrated, allowing Stablecoins to move seamlessly across various blockchains. In this article, we’ll explore how this partnership streamlines cross-chain transactions and elevates the DeFi user experience.

The Cardano development team has introduced multiple funding and technical proposals for 2026, centering on the Leios scalability upgrade. The objective is to dramatically improve trade processing capacity and streamline the developer experience.

Drawing on the large-scale Bybit thefts of 2025–2026, the latest findings from Chainalysis and TRM Labs, the rollout of Hong Kong’s stablecoin licensing, and ongoing MiCA regulatory progress, this article offers a comprehensive breakdown of Private Key management, Approval and Signature practices, DeFi protocol filtering, and AI-driven phishing defenses. It delivers a clear, actionable on-chain Assets security checklist and emergency response procedures tailored for everyday users.

Bitcoin Cash (BCH) is a blockchain network focused on peer to peer payments. It increases transaction throughput and lowers transfer fees by expanding block capacity. It was created from disagreements within the Bitcoin community over scaling solutions, with the goal of making on-chain payments more efficient while preserving a decentralized ledger mechanism. Bitcoin Cash builds its network design around the payment goal of “low fees and high efficiency,” and it shows distinct value in use cases such as on-chain payments, cross border transfers, and merchant settlement.

Bitcoin Cash (BCH) maintains network operations through a proof of work (PoW) mechanism. Miners are responsible for validating transactions and competing for the right to record new blocks, while the difficulty adjustment algorithm (DAA) dynamically adjusts mining difficulty to maintain a stable block generation speed. Together, these three elements form the foundation of BCH network security and payment efficiency. In the BCH network, miners compete to create new blocks by calculating hash values. After successfully producing a block, they receive the block reward and transaction fees. Because BCH and Bitcoin use the same SHA 256 mining algorithm, miner hash power can move between different chains, so a difficulty adjustment algorithm is needed to quickly balance changes in network hash power.

The core difference between Bitcoin Cash (BCH) and Bitcoin (BTC) lies in how they approach scaling. Bitcoin Cash increases on-chain transaction throughput by expanding block capacity, which helps reduce fees and improve payment efficiency. Bitcoin, by contrast, places greater emphasis on network security and decentralization, keeping block capacity limited to preserve a lower barrier for running nodes. This design difference has led the two networks toward distinct payment logic and network roles.

VeChain (VET) is a blockchain platform focused on supply chain management and enterprise applications. Through its dual token mechanism, VET and VTHO, and its Proof of Authority, or PoA, consensus model, it provides enterprises with efficient, low cost solutions for data tracking and asset management. Its design goal is to use blockchain to improve supply chain transparency, traceability, and collaboration efficiency.

ATH tokens serve as the primary economic tool in Aethir’s decentralized computing ecosystem, enabling payment for GPU compute fees, participation in staking, node incentivization, and governance.

Aethir and Render are both decentralized GPU compute networks; however, Aethir primarily targets AI computing and cloud infrastructure, whereas Render specializes in 3D rendering and visual content creation.

JasmyCoin is a blockchain-based data infrastructure project designed to empower users with control over their personal data and facilitate the circulation of data value through a data sovereignty framework.

The JASMY token is the central asset of the Jasmy data economy ecosystem. It acts as the payment medium for data access, incentivizes users, and forms the basis for value circulation within the ecosystem.

Jasmy's operating model can be summarized as: Users generate personal data, control access via data storage and authorization mechanisms, and enterprises utilize the data under compliant authorization, followed by settlement.