Request Network (REQ): Decentralised Payment Requests
Request Network is a decentralised protocol enabling the creation, storage, and payment of structured payment requests — crypto-native invoices that are stored immutably on-chain and can be paid in any supported cryptocurrency. Originally launched on Ethereum in 2017, Request Network provides the infrastructure layer for financial applications that require verifiable, tamper-proof records of payment obligations. REQ is the protocol's native token, burned as a fee when payment requests are created on-chain.
Request Finance: B2B Crypto Payroll and Invoicing
Request Finance is the primary application built on Request Network, providing a business-facing platform for crypto payroll, invoicing, expense management, and on-chain financial reporting. Companies that pay contributors, employees, or contractors in cryptocurrency use Request Finance to issue on-chain invoices, schedule recurring payments, and generate financial reports suitable for accounting. The platform supports payment in major stablecoins and cryptocurrencies across multiple networks, with automatic on-chain record generation for accounting purposes. As crypto-native companies have grown in number, the demand for professional-grade crypto financial operations tools has increased. Compare Request Finance's B2B crypto payment tools against competitors on the tools page.
REQ Token Burn Mechanics
Each payment request created on the Request Network protocol burns a small amount of REQ — creating deflationary pressure directly proportional to protocol usage. As Request Finance and other applications built on Request Network grow their payment volumes, the rate of REQ burning increases. This usage-driven deflationary model connects token value to real protocol activity rather than speculative narratives. The burn mechanism has been active since protocol launch, with cumulative burn statistics publicly verifiable on-chain. Understanding token burn mechanics provides context for REQ's deflationary model.
Request Network's Expansion and Use Cases
Beyond B2B invoicing, Request Network is used for on-chain grant disbursement (verifiable public fund distribution for DAOs), crowdfunding with transparent fund flows, and escrow applications where payment conditions are encoded in the request. The protocol's open-source nature allows any developer to build financial applications on top of Request Network's payment request infrastructure. Monitor Request Finance's monthly invoice volume and total cumulative REQ burned as the primary protocol health metrics. Apply risk management and position sizing appropriate to infrastructure token investments.
Request Finance Growth and Enterprise Adoption
Request Finance has established itself as the leading crypto payroll and invoicing platform for Web3-native companies, DAOs, and crypto startups. The platform processes millions in monthly crypto payment volume across its user base of DeFi protocols, NFT studios, blockchain development companies, and DAOs. Supported payment types include one-time invoices, recurring salary payments, expense reimbursements, and grant disbursements — covering the full range of B2B financial operations that crypto companies conduct. Multi-currency support across USDC, USDT, DAI, ETH, BTC, and other major tokens allows companies to pay and receive in their preferred assets. The platform's accounting export features (CSV, QuickBooks-compatible) help crypto companies prepare financial records for tax reporting and audit purposes. Compare Request Finance's B2B payment volume against competing platforms on the tools page.
Cross-Border Payment Efficiency with Request Network
Cross-border cryptocurrency payments are one of Request Network's strongest real-world use cases. Traditional cross-border B2B payments involve correspondent banking relationships, SWIFT transfers with 1–5 business day settlement times, and fees ranging from 1–5% of transaction value. Crypto payments via Request Finance settle in minutes with fees measured in cents — providing dramatically better economics for international contractor payments, DAO grant distributions, and multi-geography company operations. For companies with contributors in high-inflation countries or jurisdictions with restricted banking access, stablecoin payments via Request Finance provide a genuinely superior alternative to traditional banking. Request Network's on-chain payment records also provide stronger audit trails than bank records for compliance purposes.
REQ Burn Rate and Supply Dynamics
Each payment request created on the Request Network protocol burns a small amount of REQ. As Request Finance's payment volume grows and more applications integrate the Request Network protocol, the burn rate increases proportionally. Cumulative REQ burn statistics are publicly available on-chain — investors can verify the total supply reduction over any time period and extrapolate future burn rates from current platform growth trends. The deflationary model creates a positive feedback loop: platform adoption growth drives REQ burn, reducing supply and potentially increasing per-token value, which in turn provides marketing credibility for the protocol's growth narrative. The burn mechanism is one of the cleaner examples of tokenomic design that ties supply reduction directly to protocol utility without relying on speculation-driven demand. Monitor REQ's monthly burn rate and cumulative total burned as primary fundamental indicators alongside Request Finance's B2B payment volume growth.
Request Network's Multi-Chain Expansion
Request Network has expanded from Ethereum mainnet to Layer 2 networks and alternative chains — reducing transaction costs for request creation and making the protocol economically viable for smaller payment amounts. Request Finance supports payments on Ethereum, Polygon, Gnosis Chain, Arbitrum, Optimism, Base, and BNB Chain, meeting users on whichever chain they prefer to transact on. The multi-chain expansion broadens the addressable market for Request Network's infrastructure and increases the potential REQ burn rate as payment volumes spread across more chains. Governance proposals for new chain integrations are processed through the Request Network DAO, ensuring community alignment for infrastructure expansion. Apply risk management and position sizing appropriate to protocol utility token investments.
Request Network's long-term success depends on continuing to grow Request Finance's B2B payment volume and expanding protocol integrations beyond the primary Request Finance application. As more applications build on the Request Network protocol for invoicing, escrow, and grant disbursement, the REQ burn rate accelerates across a broader base of usage. The combination of genuine B2B utility, multi-chain expansion, and usage-driven deflation creates a coherent long-term value accrual story that is less speculative than most DeFi governance token narratives. Monitor Request Finance's publicly disclosed payment volumes and the on-chain REQ burn rate as the most objective indicators of protocol health. Use the tools page for REQ analytics. Apply risk management and position sizing consistent with infrastructure token investment principles.
Request Network's continued B2B crypto payment growth and expanding multi-chain support make it one of the clearest examples of real-utility token economics in the infrastructure sector.
Invoice and payment automation on-chain relates closely to topics covered in the DeFi explained glossary entry on DennTech.