dKargo is an EVM-compatible Layer 3 blockchain built on the Arbitrum Layer 2 network. Initially conceived as a platform to address inefficiencies in the traditional logistics industry, it has evolved into a general-purpose L3 infrastructure. The platform supports standard Ethereum functionalities, such as smart contract deployment and web3.js integration, while aiming to provide lower transaction costs and faster execution speeds. [1] [2]
The dKargo project was founded by Deleo, a South Korean IT company with the mission to build a blockchain-based platform to address trust and efficiency issues within the global logistics industry. The initial goal was to use blockchain technology and a token-based economy to connect fragmented participants and create a transparent, reliable, and collaborative logistics network. By providing a single, tamper-proof source of truth for logistics data, the project aimed to solve common problems related to data silos and a lack of credibility between parties.
To better serve this vision and support a broader range of applications, the project evolved its technical strategy. It transitioned from a conceptual platform on the Ethereum mainnet to a dedicated Layer 3 blockchain built using the Arbitrum Orbit framework. This strategic pivot allows dKargo to leverage the scaling capabilities of Arbitrum's Layer 2 technology, which in turn inherits its security from the Ethereum Layer 1 network. The L3 architecture is designed to offer significantly higher throughput and lower gas fees, making it more practical for the high-volume transactions typical in logistics and other decentralized applications (dApps). While its primary focus remains on Web3 logistics, the EVM-compatible infrastructure is open for general-purpose development, capable of hosting dApps in sectors like DeFi and NFTs. [[1] [7] [5]](#cite-id-7Z3DbrAT0sX9O7Bg)[4] [2] [3]
dKargo operates as a Layer 3 blockchain, or "AppChain," built using the Arbitrum Orbit framework. This framework allows for the creation of customizable blockchains that settle their transactions to an Arbitrum Layer 2 chain, such as Arbitrum One or Nova. This hierarchical structure enables dKargo to offload transaction processing from the more congested and expensive Layer 1 (Ethereum) and Layer 2 networks. [2] [3]
dKargo utilizes Arbitrum's AnyTrust data availability technology. AnyTrust chains operate with a Data Availability Committee (DAC). This committee assumes responsibility for storing transaction data and providing it upon request. This model significantly reduces transaction costs because data is not posted on-chain by default, only the hash of the data is. [6] [3]
The dKargo chain is fully compatible with the Ethereum Virtual Machine (EVM). This is a crucial feature that lowers the barrier to entry for developers, as it allows for the seamless migration and deployment of existing Ethereum-based smart contracts and dApps without requiring code modifications. Developers can use the standard Ethereum development toolchain, including:
dKargo’s native token, $DKA, is issued as an ERC-20 asset on the Ethereum network and has a fixed maximum and total supply of 5 billion DKA
The token is available for trading on several centralized exchanges, including Upbit, Bithumb, HTX, Gate.io, and MEXC, as well as decentralized exchanges like DODO on Ethereum. [1] [2]