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Request is a payment focused crypto token that helps people create and track payment requests on a blockchain based network.
Category | Token focused on payments and smart contracts |
|---|---|
Launch year | 2017 |
Date added | 2017-10-20 |
Platform | Ethereum |
Max supply | 1,000,000,000 |
Circulating supply | 796,694,830.63908324 |
Main use case | Utility token for creating and paying payment requests and invoices on the Request Network |
Token type | ERC 20 token |
Official website | https://request.network/ |
Crypto prices and rankings can change quickly. Use this page for education and context, and always double check key facts before you make decisions.
Request is a cryptocurrency token called REQ that is used with the Request Network, an Ethereum based system for payments. In simple terms, you can create a payment request, define the payment details, and share it so the other party can pay while the steps are recorded for tracking. The Request Network is built on blockchain technology, which means transaction records are stored in a shared ledger. That ledger is maintained through a consensus mechanism, so participants can verify what happened without relying on one central party. REQ is the native utility token for using the Request Network. Depending on how the network charges fees, part of the token fees can be burned, and the token supply rules are designed to be transparent. If you are comparing assets or planning how to use crypto for payments, this page gives you an EUR focused view of Request, including its history and the fact that crypto prices can move quickly.
Request (REQ) is a cryptocurrency launched in 2017 that operates on the Ethereum platform. The Request Network is described as a decentralized payment system where anyone can request a payment and receive money through secure means. In practice, you create a payment request by defining where the payment should go and what amount is due. You can also add terms and conditions, which upgrades a simple request into an invoice like workflow. The network records steps on a blockchain ledger, so the parties can keep track of invoices and payments for accounting purposes. REQ is the utility token used to interact with the Request Network, and it is an ERC 20 token.
Start with a payment request. You define the payment destination address and the amount, then optionally add terms and conditions. Next, you share the request with the counterparty. The counterparty can detect the request and pay it in a peer to peer manner, while the steps are documented on the Request network. Because the system uses blockchain technology, the record of requests and payments is stored in an immutable digital ledger. That ledger acts as a proof trail for auditing and tracking. REQ is tied to using the network, and the platform has transaction fees. Fees are part of how changes get broadcast and included in the blockchain state, and they can also be used to incentivize consensus on the network.
Create an invoice style payment request. You define the recipient address, amount, and optional terms, which helps you share clear payment instructions. Send payment requests without sharing full account details. The workflow is designed so the counterparty can detect and pay the request using the request information. Track invoices and payments for accounting. Every step is documented and stored on the Request network, which can make reconciliation easier. Use REQ as the network utility token. REQ is used to interact with the Request Network and to cover transaction costs associated with using the system.
Push generated payment workflow: the counterparty can detect the request and pay it with a simple one click style experience, based on the request details. Invoice and terms support: you can move from a basic request to an invoice by defining terms and conditions. On chain tracking: the ledger stores steps for auditing and accounting, so you have a record of what was requested and paid. Ethereum based utility: REQ is an ERC 20 token on Ethereum, which means it fits into the Ethereum ecosystem and common wallet tooling.
The founders of Request are Christophe Lassuyt and Etienne Tatur. Christophe Lassuyt is described as the chief financial officer at Request, and he previously co founded MONEYTIS. Etienne Tatur is described as the chief technical officer of Request. He previously co founded MONEYTIS and worked as a lead developer at QOBUZ. Request was launched in 2017, and it operates on Ethereum as an ERC 20 token.
Clear invoice style workflow: you define what is owed and under what terms, then share a request that the counterparty can act on. Shared ledger tracking: because steps are stored on the network, you can keep an auditable trail for accounting and dispute resolution. Reduced reliance on third parties: the Request Network is designed to remove the need for some traditional intermediaries in payment flows, which can help reduce certain transaction costs. Ethereum ecosystem compatibility: REQ is an ERC 20 token, which makes it compatible with many Ethereum compatible wallets.
Price volatility: REQ is a crypto token, so its market price can move significantly even if the network continues to work. Smart contract and technical risk: because the system relies on blockchain smart contracts and on chain records, bugs or security issues could affect users. Fee and network conditions: the platform has transaction fees, and those costs can depend on network conditions. Regulatory uncertainty: crypto is treated differently across jurisdictions, so compliance and legal treatment can change over time.
Request operates on Ethereum and is described with tags that include payments, DeFi, and smart contracts. That positioning matters because it suggests the token is meant to be used inside payment and decentralized application style workflows. For developers and transparency, there are official resources such as a whitepaper and a GitHub repository for Request smart contracts. These materials can help you understand how the payment request system is implemented. As with any crypto asset, adoption depends on real usage, developer activity, and how the market and regulators treat blockchain based payments.
Request (REQ) is tied to the Request Network, an Ethereum based system for creating and tracking payment requests and invoices. You define payment details, share the request, and the steps are recorded on a blockchain ledger. The main differentiators are the invoice style workflow and the on chain audit trail. The main things to watch are the network usage, how fees work in practice, and the usual crypto risks like price volatility and smart contract security. If you want to learn more, start with how the payment request process works, then review the token utility and the risks before deciding how you want to engage with REQ.
Think of the Request Network as the system that lets you create payment requests and keep track of them. REQ is the token used to access and pay for parts of that system. When you create an invoice on the network, the request details are defined and then shared with a counterparty. The payment can then be completed in a peer to peer manner, with the process documented on chain. This separation helps you evaluate the asset more clearly. You can ask whether the payment request workflow is being used, and whether REQ remains relevant for fees and network utility.
A blockchain is a shared database that stores transaction records in blocks. A consensus mechanism helps the network agree on which records are valid, so the history is harder to tamper with. For payment requests, this matters because the network aims to keep an immutable record of what was requested and paid. That can support auditing and accounting, because you can refer back to the recorded steps. However, blockchain security does not remove all risk. Smart contracts can still have vulnerabilities, and network fees and user mistakes can still cause problems.
The Request Network has transaction fees. Fees are part of how changes get included in the blockchain state, and they can also be used to incentivize consensus. The token utility description also mentions that a portion of REQ fees can be burned, with burn rate linked to supply and exchange rate with other currencies. Burn is a mechanism where tokens are removed from circulation. You do not need to model this perfectly to understand the concept. It means that token supply and fee usage are connected, which can influence how people think about long term token economics.
Many tokens are traded like investments, but it helps to start with what the token is actually used for. For Request, REQ is described as a utility token for interacting with a payment request and invoice workflow. Compare that to other categories. Some tokens focus on governance, others on DeFi lending, and others on general smart contract execution. Request is more specifically tied to payments and invoice style tracking. A practical way to evaluate is to ask: can you describe the user workflow in two or three steps, and does the token have a clear role in that workflow.
A neutral view of the future should focus on factors that can change independently of price. For Request, those factors include continued use of the Request Network for payment requests, and how the system fits into legal and compliance requirements across countries. Because crypto regulation differs by jurisdiction, changes in how payments and tokens are treated can affect adoption. Also, the Request Network relies on blockchain infrastructure, so improvements and changes in the Ethereum ecosystem can influence user experience. Instead of predicting a price in 2030, track whether the payment request workflow keeps solving a real problem for users.
If you want to learn about Request, read all about it in the What is overview.
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