iExec RLC PriceRLC

What is iExec RLC (RLC)?

iExec RLC (RLC) is a decentralized cloud computing network built on Ethereum that allows users to rent and monetize computing power, data sets, and applications. The platform is designed to support confidential computing and off-chain workloads, giving developers the tools to build privacy-first applications. RLC stands for "Run on Lots of Computers," reflecting the project's core idea of distributing computational tasks across a broad network of machines. The token is an Ethereum ERC-20 utility token with a fixed maximum and circulating supply capped at approximately 87 million tokens, of which around 86.99 million are fully in circulation. iExec positions itself as a privacy layer for Web3, transforming confidential computing technology into accessible tools for developers.

Key Specifications & Tokenomics

• Name: iExec RLC
• Ticker/Symbol: RLC
• Consensus: Built on Ethereum (ERC-20); the iExec network relies on a Proof-of-Contribution consensus mechanism, where workers stake to contribute, results are confirmed by consensus, and payment settles in RLC
• Smart Contracts: Ethereum ERC-20
• Contract Address (Ethereum): 0x607f4c5bb672230e8672085532f7e901544a7375
• Launch Date: April 2017
• Category: Decentralized Cloud Computing / Privacy / Confidential Computing
• Max Supply: Approximately 87 million tokens (fixed supply)
• Circulating Supply: Approximately 86.99 million tokens (fully in circulation)
• Core Purpose: Powers confidential computing and off-chain workloads
• Token Type: Utility token

The RLC contract has no mint function, so supply cannot grow, but it does include a burn function, so the supply can decrease over time.

Who created iExec RLC?

iExec was co-founded by Gilles Fedak (CEO), a former research scientist at INRIA with a Ph.D. in philosophy and computer science, and Haiwu He (Co-founder and Head of APAC), a former professor at the Chinese Academy of Sciences and co-founder of iRentCPU. The project launched in April 2017 and has been self-funded without relying on VCs.

How does iExec RLC work?

iExec operates through a marketplace that connects resource providers with people who need computing power. Its core technology relies on Privacy Enclaves, which use hardware-based trusted execution environments (TEEs). iExec apps (iApps) execute inside an Intel TDX enclave on an independent worker, on data they can compute with but never read; the worker cannot extract the data either. These secure, isolated areas within a computer's processor guarantee that code and data remain protected even from the operating system, enabling confidential computing workloads where data is processed in an encrypted state. Developers can integrate this capability using iExec's pre-built components without managing the underlying infrastructure. The RLC token is required to pay for tasks, access protected data, and run decentralized applications. Users can also stake RLC in the protocol during active tasks to earn rewards.

The PoCo Protocol lets applications be ordered, executed, and paid for on data they never see, with hardware-enforced confidentiality and an on-chain proof of every run. DataProtector lets you encrypt a dataset once and register it on-chain, then grant access app by app and user by user, price it, and revoke it at any time.

What makes iExec RLC unique and valuable?

iExec tackles the challenge of privacy in decentralized applications. Traditional blockchains are transparent, which is problematic for handling sensitive data in sectors such as AI, DeFi, and healthcare. iExec's platform allows developers to build applications where data ownership and confidentiality are the default, acting as an alternative to traditional cloud providers by offering blockchain-powered, community-owned computing resources. Its distinct advantage is the use of Trusted Execution Environments, which allow iExec to run confidential computing workloads where data is processed in an encrypted state. This focus on institutional-grade privacy supports sensitive on-chain applications. iExec has been running since April 2017, making it one of the longer-established confidential computing projects in the space.

What is iExec RLC used for?

The RLC token is an ERC-20 utility token that fuels the network. Its primary utility is as a payment method for accessing decentralized computing resources and services. Holders can also stake RLC to earn rewards, for instance through programs like Privacy Pass. The token is required to pay for tasks, access protected data, and run decentralized applications within the ecosystem. With a fixed supply of approximately 86.99 million coins fully in circulation, the token aims to create a circular economy where usage drives demand. Staking RLC grants governance participation, and the whitepaper describes promoting a new form of distributed governance involving HPC, big data, and cloud industry leaders.

Each RLC payment is distributed among three parties based on the pricing and conditions they set in their marketplace orders: the App Provider (for the iApp), the Protected Data Provider (for access to confidential datasets), and the Worker (for running the confidential computation).

How Is the iExec RLC ecosystem developing?

The iExec ecosystem is developing around privacy-first cloud computing, offering a decentralized infrastructure where applications can process sensitive data confidentially. Developers can build privacy-first applications using iExec's tools, enabling confidential data processing and user control. The platform supports use cases across AI, DeFi, and healthcare by providing an alternative to traditional cloud providers with blockchain-powered, community-owned computing resources. Its pre-built components make it easier for developers to integrate confidential computing without managing the underlying infrastructure. The ecosystem's growth is tied to the adoption of confidential computing and the demand for privacy-preserving applications in Web3.

How to mine iExec RLC?

iExec RLC is not mined through traditional proof-of-work mining. Instead, participants can earn RLC by staking tokens in the protocol during active tasks. Users lock RLC to support network operations and earn rewards, for example through programs like Privacy Pass. Resource providers who contribute computing power to the marketplace can also monetize their hardware by serving tasks that require confidential computing. The staking mechanism helps secure the network and aligns incentives among participants. To run a task on the protocol, you lock RLC for the task period and receive sRLC (staked RLC); once the task completes, you recover the RLC that was not consumed for the task payment. Workers who contribute computing power earn RLC for running confidential computations, and data providers earn RLC when their datasets are used.

How to keep your iExec RLC Coin safe?

Because RLC is an Ethereum ERC-20 token, it can be stored in wallets that support the ERC-20 standard. For better security, consider using a hardware wallet to keep your private keys offline and protected from online threats. Always back up your seed phrase and store it in a secure, offline location, and never share it with anyone. Be cautious of phishing attempts and fake websites that request your private keys or seed phrase. When interacting with decentralized applications, verify contract addresses and use trusted sources. For larger holdings, consider splitting funds across multiple wallets to reduce risk. Regularly update your wallet software and enable any available security features such as two-factor authentication on related accounts.

How to buy iExec RLC Coin?

RLC is available on major centralized exchanges and on decentralized exchanges such as Uniswap (RLC/ETH on Ethereum and RLC/WETH on Arbitrum). Compare fees, liquidity, and regulatory standing before choosing a platform, and only use leverage if you fully understand the liquidation risk.

Risks

RLC is a volatile crypto asset. It has fallen sharply from its all-time high and has posted negative long-term performance; prices can move dramatically in short periods. Confidential computing adoption, regulatory changes, and technical risks could all affect the token. This is not investment advice.