CryptoProcessing has expanded its network coverage with support for Polygon, allowing merchants to process payments in POL and USDC on the EVM-compatible blockchain.
Polygon offers fast confirmations, low and predictable transaction costs, and well-established stablecoin liquidity for payment use cases. From a technical standpoint, it’s a mature option for merchants processing high transaction volumes and integrates cleanly with existing EVM-based payment flows.
Polygon is among the most used EVM networks and ranks in the top tier globally by overall adoption. Its addition gives businesses more flexibility when selecting a network for crypto payments, particularly in cases where speed, cost predictability, and liquidity are important.
An additional EVM network for payments
Polygon operates as an account-based EVM blockchain, which makes it compatible with existing Ethereum-based infrastructure. For merchants already accepting payments across EVM networks, Polygon can be added without significant changes to underlying business logic or operational processes.
This allows businesses to route transactions through a network that fits their transaction profile while keeping the same processing setup.
Stablecoin payments on Polygon
With USDC on Polygon, CryptoProcessing supports a widely used stablecoin on a network optimised for high transaction throughput. This is relevant for merchants processing frequent payments, recurring billing, or cross-border transactions, where predictable costs and settlement times are important.
Support for POL provides additional flexibility for businesses that operate within the Polygon ecosystem or receive payments from counterparties using the network’s native asset.
Expanding network coverage
By adding Polygon, CryptoProcessing continues to expand its EVM network coverage and provide merchants with more choice in how they accept and process crypto payments.
The integration supports higher transaction volumes while maintaining a consistent processing setup for businesses using the platform.
