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ZIG Finance and WLFI are partnering to put ethereum:0x8d0d000ee44948fc98c9b98a4fa4921476f08b0d to work across real-world investment opportunities. ZIG Markets will originate, structure and distribute the opportunities, with ethereum:0x8d0d000ee44948fc98c9b98a4fa4921476f08b0d serving as the settlement and treasury layer across the program. The first deployment is already live through our PayFi Vault on Concrete, financing...

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What is Shiba Inu’s Shibarium? Shibarium is the Layer 2 network built around the Shiba Inu ecosystem, designed to make transactions faster and cheaper than using Ethereum directly. Shibarium moves much of the activity away from Ethereum while still using Ethereum as its underlying settlement layer. SHIB itself remains an Ethereum-based token, separate from Shibarium, which is a distinct chain built to support the wider ecosystem. (1) It is designed to reduce transaction costs for Shiba Inu users and developers, making frequent onchain activity more practical. (2) It gives developers a dedicated network for building Shiba Inu ecosystem apps, including DeFi protocols, games and other Web3 applications. (3) ethereum:0x9813037ee2218799597d83d4a5b6f3b6778218d9 serves as Shibarium's gas token, its governance token through the Doggy DAO, and the asset validators and delegators stake to secure the network's proof-of-stake consensus. (4) Shibarium is also designed to expand the utility of the broader Shiba Inu ecosystem by moving activity beyond simply holding or trading $SHIB. (5) A portion of Shibarium's base transaction fees is converted into SHIB burns, an active mechanism running since block 6,206,570 that links network usage directly to SHIB's supply. Shibarium is the infrastructure layer intended to support a broader ecosystem of applications and onchain activity. As adoption grows, the key question will be whether Shibarium can turn its large community into sustained network usage.

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Canton Network vs. Ethereum: What's the Difference? Ethereum (Ethereum) is a general-purpose public blockchain where transactions and smart contract activity are broadly visible across the network. Validators use proof-of-stake to agree on the chain’s state. Canton Network (Canton Network) takes a different approach, focusing on privacy, interoperability, and institutional financial workflows. Here are the key differences: (1) Privacy Ethereum is transparent by design. Addresses, balances, transactions, contract calls, and events can generally be inspected publicly. Ethereum is now researching additional privacy technologies, including private reads, private transactions, and zero-knowledge proofs. Canton uses sub-transaction-level privacy. Participants only receive the transaction data relevant to them, while sensitive information is shared on a need-to-know basis. (2) Network Structure Ethereum operates as a public blockchain with a shared global state maintained by its network of nodes and validators, plus layer 2 networks that settle back to it. Canton is designed as a network of networks. Applications can operate across different participant nodes and synchronizers while remaining interoperable, connected through the public Global Synchronizer run by super validators. (3) Consensus Ethereum’s proof-of-stake system uses validators to propose and attest to blocks, with validators staking ETH to participate in network security. Canton separates transaction validation from transaction ordering and confirmation. The participants involved in a transaction validate the relevant smart contract state, while synchronizers coordinate ordering and commits. (4) Smart Contracts Ethereum uses the Ethereum Virtual Machine, allowing developers to deploy programmable smart contracts across a broad public ecosystem. Canton uses Daml-based smart contracts and gives applications control over privacy, governance, permissions, and operating policies. This makes Canton particularly suited to workflows where different institutions need to interact without exposing every transaction to the entire network. (5) Main Use Cases Ethereum has developed into a broad platform for DeFi, NFTs, stablecoins, decentralized applications, and other permissionless applications. Canton is focused heavily on financial infrastructure, including tokenized assets, payments, institutional markets, and workflows requiring confidentiality. So, Ethereum emphasizes public verification and permissionless composability, while Canton emphasizes privacy-preserving interoperability between institutions on a public network.

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