Ethernity CLOUD PriceECLDInactive

What is Ethernity CLOUD (ECLD)?

Ethernity CLOUD (ECLD) is a decentralised confidential computing platform built on the Polygon blockchain. It leverages Intel SGX hardware-secured enclaves and blockchain technology to create an ecosystem where regular cloud software can run as decentralised cloud applications with enhanced security and confidentiality. The project's vision centres on three imperative features for the future of cloud computing: encrypted, anonymous, and continuously available. Ethernity CLOUD aims to serve businesses for whom data security is paramount, describing itself as a solution for companies whose data is their biggest asset. The platform operates through a network of 5,000+ community-operated nodes that run applications inside hardware-secured enclaves with on-chain proof of correct execution. ECLD is an ERC-20 token on Polygon with a total supply of 1,000,000,000 tokens. The project is currently in its growth phase, with mainnet deployment completed and ongoing development of AI-blockchain integration and confidential cloud computing infrastructure.

Key Specifications & Tokenomics

• Name: Ethernity CLOUD
• Ticker/Symbol: ECLD
• Blockchain/Platform: Polygon (POL)
• Token Standard: ERC-20
• Smart Contract Address (Polygon): 0xc6920888988cAcEeA7ACCA0c96f2D65b05eE22Ba
• Decimals: 18
• Total Supply: 1,000,000,000 ECLD
• Circulating Supply: 459,467,749 ECLD
• Category: DePIN
• CertiK Rating: 4.0
• Company Entity: Ethernity Swap Ltd., incorporated in the British Virgin Islands
• Explorer: polygonscan.com
• DEX Mode: Yes

The tokenomics of ECLD revolve around a fixed total supply of 1 billion tokens, with approximately 46% currently in circulation. The project also maintains ETNY, a token on the Bloxberg blockchain that is swappable for ECLD on a 1-to-1 parity through the Ethernity CLOUD SWAP dApp. ETNY powers staking and node operations on the Bloxberg network. The migration from ETNY to ECLD involves burning ETNY tokens on Bloxberg and minting equivalent ECLD tokens on Polygon, with a minimum swap requirement of 1,976 ETNY tokens per transaction. The swap is fee-free and users have a 5-year period to complete the migration. ECLD facilitates transactions, rewards contributors, and powers staking and node operations within the ecosystem.

Who created Ethernity CLOUD?

Ethernity CLOUD was founded in 2018 by a group of technologists and crypto enthusiasts. The project lists two co-founders: Ioan Munteanu and Iosif Peterfi. The design of the smart contracts and the underlying infrastructure is backed by a team that cumulates more than 60 years of experience. The company entity, Ethernity Swap Ltd., is a private entity incorporated in the British Virgin Islands, with origins as an independent company founded in The Netherlands. According to various sources, the company has been operating since 2017, with some references describing the project as launched in 2017 and others citing a start date of September 10, 2021. The project operates under the guidance of regulatory frameworks such as Malta's Virtual Financial Assets Act (VFA Act). Detailed public information about the broader team composition beyond the co-founders is currently limited.

How does Ethernity CLOUD work?

Ethernity CLOUD operates through a triple-enclave pipeline architecture secured by Intel SGX technology. Every computational task runs through three distinct stages. First, the TrustedZoneGatekeeper validates code and data checksums against owner signatures and is attested via Intel SGX DCAP, but never executes client code. Second, the SecureLockExecutor runs the code inside an isolated enclave where even the node operator cannot read memory, with encrypted input/output handled via IPFS. Third, a Validator independently validates the on-chain Proof of eXecution and unlocks payment to the operator. A forged proof is invalidated and can be slashed. The Proof of eXecution is written to the blockchain on Polygon or Bloxberg, allowing anyone to verify computational integrity. The network consists of 5,000+ community-operated nodes spanning multiple continents. Node operators provide Intel SGX-capable hardware, stake tokens to guarantee reliability, and earn execution fees when tasks run on their nodes. Reliable nodes earn more, while unreliable nodes lose stake. The economic model is described as similar to the one that secures Chainlink's oracle network, applied to confidential computing.

What makes Ethernity CLOUD unique and valuable?

Ethernity CLOUD distinguishes itself through its focus on confidential computing using hardware-secured enclaves. The platform's tagline, "Run your code where nobody can see it. Not even us," encapsulates its core value proposition. Unlike traditional cloud providers, Ethernity CLOUD offers encrypted, anonymous, and continuously available services without vendor lock-in or single points of failure. The triple-enclave pipeline ensures that data remains confidential during processing, with on-chain proof of correct execution providing verifiable computation. This makes the platform suitable for regulated industries that require auditable workloads. The use of Intel SGX DCAP attestation for production ensures hardware-level security. The network's node operators are location agnostic, self-replicating, and constantly spawning around the internet without user interaction, as defined in Ethereum-compatible smart contracts. The project also supports multiple networks including Polygon, Bloxberg, IoTeX, and Ethereum Sepolia, with two production mainnets. The CertiK rating of 4.0 provides additional assurance regarding the project's security posture.

What is Ethernity CLOUD used for?

ECLD serves multiple functions within the Ethernity CLOUD ecosystem. It is the native cryptocurrency that facilitates transactions, rewards contributors, and powers staking and node operations. Node operators stake ECLD tokens to guarantee reliability and earn execution fees when tasks run on their nodes. The platform supports several key use cases. Private data processing allows healthcare records, financial data, or personally identifiable information to be processed inside enclaves, with results emerging while raw data never leaves the secure boundary. Verifiable computation produces a Proof of eXecution on-chain, enabling users to prove to regulators, auditors, or users that code ran exactly as published. Trustless serverless computing allows functions to be deployed on community hardware with no single point of failure, no cloud account required, and no vendor lock-in. Confidential document management and federated machine learning are additional cited use cases. Developers can create and deploy decentralised cloud-based applications, while enterprises can run compliant, auditable workloads on decentralised infrastructure. The platform also supports confidential AI inference inside enclaves, allowing machine learning models to run on encrypted data where neither the model owner nor the data owner can see each other's assets.

How Is the Ethernity CLOUD ecosystem developing?

The Ethernity CLOUD ecosystem has been progressing through a structured roadmap. In 2023, the project achieved mainnet launch with the SecureLock, TrustedZone, and Validator architecture complete. In 2024, the team released SDKs for Node.js and Python, expanded support to seven networks, and launched the EC 2.0 testnet. By 2026, the network grew to 5,000+ total nodes spanning multiple continents. The AI-Blockchain Integration Beta was introduced, enabling confidential AI inference inside enclaves. The ComputeVault MVP Beta was also released, providing persistent encrypted virtual machines that maintain state between sessions. The EC 2.0 Protocol Mainnet was deployed as the next-generation protocol. Looking ahead to 2027, the project plans to launch AI-Blockchain mainnet, ComputeVault mainnet, and have EC 2.0 live. By 2028, the vision includes a full-stack confidential cloud with community-owned infrastructure at scale. The ecosystem supports multiple roles including builders who write code that runs privately on community hardware, node operators who contribute SGX-capable hardware, enterprises seeking compliant and auditable workloads, and investors exploring the token economics. Developer tooling includes Python and Node.js SDKs with commands such as ecld-init, ecld-build, and ecld-publish, along with two runtimes: Nodenithy for Node.js and Pynithy for Python.

How to mine Ethernity CLOUD?

Ethernity CLOUD does not use traditional proof-of-work mining. Instead, the network operates through a node operator model where participants contribute computational resources and earn rewards. To participate, node operators must provide Intel SGX-capable hardware to the network. They stake ECLD tokens to guarantee reliability, and earn execution fees when tasks run on their nodes. Reliable nodes earn more rewards, while unreliable nodes lose their staked tokens. This economic model is designed to incentivise consistent and secure node operation. The network consists of 5,000+ operator nodes spanning multiple continents. Node operators play a critical role in maintaining the infrastructure that powers the platform's confidential computing services. Additionally, users can stake ECLD tokens to secure the network and receive incentives. The staking mechanism helps ensure network security and reliability while providing token holders with a way to participate in the ecosystem's growth. The ETNY token on Bloxberg also powers staking and node operations, and can be swapped for ECLD on a 1-to-1 basis through the official Swap dApp.

How to keep your Ethernity CLOUD Coin safe?

Keeping ECLD tokens safe requires adherence to established cryptocurrency security practices. Since ECLD is an ERC-20 token on the Polygon blockchain, it can be stored in compatible wallets that support Polygon-based assets. Users should ensure they use wallets that provide full control over private keys, as self-custody eliminates reliance on third-party platforms. Hardware wallets offer an additional layer of security by storing private keys offline, away from potential online threats. When interacting with the Ethernity CLOUD SWAP dApp for ETNY to ECLD migration, users should verify they are using the official platform and double-check contract addresses. The migration process involves burning ETNY tokens on Bloxberg and receiving ECLD on Polygon, and the swap is permanent with burned tokens being unrecoverable. Users should be aware that a minimum of 1,976 ETNY tokens is required per swap transaction, and balances below this limit must be swapped entirely in a single transaction. Regular security audits, such as the CertiK rating of 4.0, provide some assurance about the platform's security, but individual token safety ultimately depends on proper wallet management and cautious interaction with smart contracts. Users should never share private keys or seed phrases and should verify all transaction details before confirming.