Chromia And TAC Bridge Ethereum To TON, Powering Telegram’s Web3 Future
The post Chromia And TAC Bridge Ethereum To Load, Powering Telegram’s Web3 Future appeared on BitcoinEthereumNews.com. Chromia has formally worked together with TAC, the purpose-built Layer-1 network that aimed to resolve Ethereum Virtual Device (EVM) compatibility with The Open Network (LOT). Power to the Public (@Chromia) June 23, 2025. This merging will make it possible for developers using TAC to carry out EVM Johnson-based sensible contracts in Telegram’s environment. Chromia teams up with TAC to include decency to Mini Apps, consisting of storage and execution of reasoning.
Power to the general public (@Chromia) June 23, 2025. This merging will make it possible for designers utilizing TAC to implement EVM Johnson-based smart contracts in Telegram’s community. Such agreements are entirely within lot architecture and prevent the restrictions that EVM-based dApps are regularly based on Telegram. Chromia extends further by natively making it possible for such applications to keep their application logic, user activity, and metadata on Chromia subchains, enabling them to decentralize and confirm their app backends.
Boosted Performance for Telegram Mini Apps. Telegram Mini Apps have become an object of high potential as an interface to supply Web3 experiences to users. However, Telegram’s support of native load wallets and tokens has actually already been an issue for Ethereum-based applications. TAC does away with this problem by serving as a translation layer, thereby permitting cross-compatibility between Ethereum-based procedures and the TON community. Chromia works together with TAC to add decency to Mini Apps, including storage and execution of reasoning. The majority of TMAs are now dealing with centralized cloud services to carry out essential operations, and that lowers transparency and trust. Chromia allows designers to move such components to a decentralized context, favouring a transparent and safe and secure experience to the user.
Real-World Use Case: XOOB Releases with TAC and Chromia. XOOB is the first Telegram Mini App that requires the ChromiaTAC stack. The app has a gamified PvP and play-to-earn service. Interaction is done through $USDT deposits on the lot network, which are gone through TAC to DeFi procedures like Morpho and Euler. These deposits develop yield associated with the system that developers and players share. Chromia subchains hold all the gameplay information and monetary flows and they all have the full insight about the deals and user interactions. This protocol shows that decentralized systems can fit with ease on familiar platforms such as Telegram. The design of XOOB is a best example of how this cooperation can make it possible for scalable, trustless and user-friendly Web3 applications Crypto reporter with years of experience supplying in-depth analysis and news on blockchain and decentralized financing. With a keen eye for detail, Shahzaib provides informative short articles that explore the most recent patterns, market movements, and developments within the crypto and blockchain environment. His work focuses on educating readers while providing specialist commentary on the progressing landscape of digital properties, DeFi procedures, and the broader impact of blockchain technology.
Source: https://blockchainreporter.net/chromia-and-tac-bridge-ethereum-to-ton-powering-telegrams-web3-future/
Chromia has actually formally worked together with TAC, the purpose-built Layer-1 network that aimed to solve Ethereum Virtual Machine (EVM) compatibility with The Open Network (TON). Chromia extends even more by natively allowing such applications to keep their application reasoning, user activity, and metadata on Chromia subchains, permitting them to decentralize and validate their app backends. Chromia collaborates with TAC to add decency to Mini Apps, including storage and execution of reasoning. Real-World Usage Case: XOOB Introduces with TAC and Chromia XOOB is the very first Telegram Mini App that requires the ChromiaTAC stack.
