Topics of Crypto World

Celer Interchain Messaging (IM) is a cross-chain messaging protocol built by Celer Network to enable data transfer and smart contract communication between different blockchains. Unlike traditional cross-chain bridges, which mainly handle asset transfers, IM supports the cross-chain transmission of arbitrary messages, allowing developers to build more complex applications such as cross-chain DeFi, cross-chain governance, multi-chain games, and cross-chain identity systems. Its core architecture consists of the Message Bus, the State Guardian Network (SGN), and the execution system on the destination chain.

The core difference between YOM and GeForce Now lies in their infrastructure models. YOM uses a decentralized GPU node network to provide cloud gaming services, while GeForce Now relies on centralized data centers built and operated by NVIDIA. Both can run games remotely and stream visuals in real time, but they differ significantly in how resources are organized, how they scale, and how their ecosystems are structured.

YOM’s operating process begins when a user sends a game request. After a player clicks the Play button, YOM’s intelligent scheduling system automatically selects the best node to execute the task based on the user’s location, network conditions, and GPU node load. The node then launches the game instance, streams the visuals to the user’s device through a real-time streaming protocol, and synchronizes user input to deliver a complete cloud gaming experience.

YOM is a decentralized cloud gaming infrastructure designed for real-time interactive applications. By aggregating idle GPU resources around the world, it builds a distributed computing network that delivers low-latency, high-performance cloud gaming services for game developers and players. Unlike traditional cloud gaming platforms that rely on large data centers, YOM uses edge nodes and an intelligent scheduling system to allocate computing resources dynamically, enabling broader geographic coverage and more efficient resource utilization.

Energy asset tokenization refers to the use of blockchain technology to map real-world energy infrastructure, such as electric vehicles, battery energy storage systems, and solar equipment, into verifiable on-chain digital assets. Through device identity verification, data recording, and value settlement mechanisms, energy devices can not only participate in energy production and consumption, but also become value nodes within digital economy networks.

OpenVPP’s operating process mainly includes six stages: device registration, data collection, energy resource aggregation, demand response coordination, on-chain value calculation, and energy settlement. Through blockchain and smart contracts, OpenVPP digitalizes and opens up the energy management process used in traditional virtual power plants, providing infrastructure support for the energy internet and energy asset tokenization.

A Virtual Power Plant（VPP）is a management model that uses digital technology and intelligent control systems to aggregate distributed energy devices into a unified energy network. By connecting distributed energy resources such as solar power systems, energy storage devices, electric vehicles, and smart meters, a VPP can participate in power dispatch, grid balancing, and energy market trading much like a traditional power plant.

OpenVPP is a decentralized virtual power plant network built for distributed energy resources（DERs）. Through blockchain technology, it connects real-world energy infrastructure such as electric vehicles, energy storage systems, solar equipment, and smart meters. The network aims to create a unified energy data layer, device identity layer, and value settlement layer, allowing energy assets to be recorded, coordinated, and incentivized on-chain in a way similar to digital assets.

cBridge is a cross-chain bridge protocol built by Celer Network for transferring digital assets between different blockchains and Layer2 networks. A typical cBridge cross-chain transfer includes several steps: depositing assets on the source chain, having the State Guardian Network（SGN）verify the cross-chain event, synchronizing the cross-chain message, releasing assets on the destination chain, and rebalancing liquidity in the background. The entire process is completed through coordination between a decentralized validation network and liquidity infrastructure, enabling secure and efficient cross-chain asset movement.

State Guardian Network（SGN）is a decentralized Proof of Stake（PoS）network built by Celer Network. It is responsible for verifying cross-chain states, coordinating cross-chain message execution, and maintaining the secure operation of the broader cross-chain infrastructure. As an important security layer in the Celer ecosystem, SGN connects core products such as cBridge and Inter-chain Messaging（IM）, providing a trusted validation mechanism for cross-chain asset transfers and cross-chain smart contract communication.

Celer Network is a cross-chain interoperability protocol built for the multichain ecosystem. It is designed to enable asset transfers, message passing, and application coordination across different blockchains. Through core components such as cBridge, Inter-chain Messaging（IM）, and the State Guardian Network（SGN）, Celer Network provides developers and users with a unified foundation for cross-chain communication, helping blockchain networks move beyond the limits of a single chain and allowing data and value to flow more efficiently.

IO’s core use cases are concentrated in fields with high demand for GPU computing power, including AI model training, AI inference services, machine learning development, Web3 infrastructure, and DePIN network building. Compared with traditional cloud computing platforms, IO aims to aggregate idle GPU resources around the world and provide developers with a more flexible way to access computing power.

The development of AI infrastructure is driving continued growth in global demand for GPU computing power. As large language models, AI Agents, and inference services enter a phase of rapid expansion, GPUs have gradually become an important productive resource in the digital economy. Compared with traditional cloud service providers, which rely on self-built data centers to deliver computing power, IO aims to build a decentralized compute network by aggregating idle GPU resources around the world. The IO Token is the core economic asset that supports the operation of this network.

Singularry AI is an AI Agent infrastructure platform built for decentralized finance, DeFi. Through intelligent agents, self-custodial wallets, and automated strategy systems, it helps users manage assets, optimize yields, monitor risk, and carry out on-chain operations. Unlike traditional DeFi tools, which require users to execute actions manually, Singularry AI brings artificial intelligence into the on-chain decision-making and execution process, creating a DeFAI ecosystem that combines automation with transparency.

Singularry and Virtuals Protocol are both AI Agent infrastructure projects, but they are moving in different directions. Singularry mainly focuses on DeFAI, Decentralized Finance plus Artificial Intelligence, using AI Agents to automatically execute on-chain asset management, yield optimization, and DeFi operations. Virtuals Protocol, by contrast, focuses on building an AI Agent economy, providing infrastructure for the creation, issuance, governance, and commercialization of AI Agents.