- Alchemy Pay introduces Alchemy Chain as a Layer 1 blockchain focused on stablecoin-based cross-border payments.
- Official white paper outlines technical architecture, ecosystem standards, and roadmap for future upgrades.
- Platform aims to facilitate real-time stablecoin swaps and streamline cross-border payment processes.
Alchemy Pay has unveiled the official white paper for its Alchemy Chain initiative, highlighting a strategic shift towards a specialized Layer 1 blockchain optimized for efficient cross-border payments using stablecoins. The document delves into the platform’s technical framework, development objectives, and integration plans, emphasizing the transition to a blockchain network tailored specifically for stablecoin settlements. This move comes in the wake of the recent approval of the GENIUS Act by the U.S. Senate, which establishes a regulatory framework for the utilization of stablecoins in digital transactions.
📜#AlchemyPay unveils the official white paper for #AlchemyChain, detailing:
💡Core principles
🛠️Technical structure
🪙#Stablecoin-centric blockchainThis announcement underscores the evolving direction and dedication to enabling… pic.twitter.com/4xsBBEYTze
— Alchemy Pay|$ACH: Fiat-Crypto Payment Gateway (@AlchemyPay) July 18, 2025
The white paper reveals that Alchemy Chain has evolved into a blockchain protocol specifically engineered to support instantaneous stablecoin transactions. This strategic realignment aligns with recent legislative developments surrounding stablecoins and reflects a growing demand for efficient digital settlement networks. The platform aims to provide the necessary infrastructure for processing small and large-scale transactions across stablecoins like USDT, USDC, EURC, and USDP.
The protocol is poised to serve as a high-performance settlement layer capable of supporting liquidity aggregation and real-time on-chain currency conversions. Leveraging Alchemy Pay’s existing global infrastructure spanning 173 countries and regions, which includes integrations with both traditional and cryptocurrency markets, the initiative is positioned to enhance cross-border payment efficiency.
Key Points from the White Paper: Technical Framework and Roadmap
The white paper acts as a foundational document for the Alchemy Chain protocol, offering insight into its system architecture and implementation timeline. It covers three primary areas: architectural design, ecosystem strategy, and development roadmap.
Regarding architecture, the paper details a consensus mechanism tailored for high-throughput environments to ensure scalability and security in scenarios with significant stablecoin payment volumes.
The ecosystem section outlines the standards adopted to support decentralized applications and discusses how the platform will facilitate business-level use cases involving stablecoin flows, liquidity management, and application integrations.
The roadmap section provides a roadmap of the network’s development stages, including planned protocol upgrades and tooling expansions, along with future grant and incentive programs to encourage developer and institutional engagement within the ecosystem.
Building Global Payment Infrastructure
The development of the Alchemy Chain platform aims to address the need for faster and more interoperable financial infrastructure, enabling real-time conversion and transfer of multiple stablecoins. This includes dominant global tokens like USDC and localized digital currencies such as MBRL.
The infrastructure also aims to eliminate common challenges in cross-border financial ecosystems, such as settlement delays, high costs, and inefficient currency conversions. Through its blockchain architecture, the project intends to enhance the efficiency of digital commerce and remittance applications on a global scale.
Alchemy Pay has indicated that upcoming updates will delve into mainnet progress, strategic partnerships, and ecosystem expansion. Financial institutions and developers are encouraged to review the white paper and stay tuned for subsequent implementation phases.