Roadmap
Roadmap
XyncPay is live on Base mainnet and Arc testnet. The following milestones outline what has shipped, what is in progress, and what is planned. All timing estimates align with public ecosystem announcements.
Shipped
Live in production
Infrastructure that is live in production or testnet today.
Base Mainnet Production
FeeSplit v2 smart contract live on Base mainnet with OpenZeppelin Pausable emergency mechanism. Real stablecoin transactions confirmed onchain.
Arc Testnet Deployment
FeeSplit contract verified on Arc testnet with end-to-end agent-to-merchant payment flow confirmed. Atomic fee splitting working on Circle's stablecoin-native Layer 1.
Security Audits
Slither static analysis (Trail of Bits methodology) and Hashlock AI Audit both completed with zero high or critical findings. Emergency pause mechanism implemented using OpenZeppelin Pausable.
Circle Alliance Program Membership
XyncPay is a member of Circle's Alliance Program, listed in the public directory alongside Circle's ecosystem partners.
Cross-Protocol Translation Engine
Full inbound and outbound translation between x402 (Coinbase) and MPP (Stripe and Tempo). AP2 (Google / FIDO Alliance) inbound parsing is live in the main product. Full outbound translation ships through the standalone @xyncpay-org/ap2 TypeScript SDK, available on npm. Main product integration follows.
ElizaOS Plugin v0.1.0
First agent framework integration. Five actions covering the full payment lifecycle: register agent, create session, translate payment, confirm payment, and query status. Non-custodial signing on the agent side, settlement via verified FeeSplit contract on Base mainnet. 71 unit tests passing, 6 of 6 production end-to-end verification with real USDC settlement.
@xyncpay-org/ap2 TypeScript SDK v0.1.1
Open-source TypeScript implementation of the Agent Payments Protocol mandate specification (Google, now governed by the FIDO Alliance). Verifiable credentials, SD-JWT-VC signing with key binding, mandate chains, constraint enforcement, and receipt issuance. Pinned to AP2 v0.2.0 with a 22-test canonical conformance suite. 654 tests passing across 65 files.
In Progress
Active development
Active development underway.
L402 Lightning Integration
Lightning Network (Bitcoin) protocol support via L402. Translation between Lightning invoices and stablecoin settlement, enabling cross-rail payments between Bitcoin Lightning agents and Base USDC services.
Additional Agent Framework Plugins
Expanding beyond ElizaOS with plugins for additional agent frameworks. Each integration follows the same non-custodial pattern: local signing, canonical translation, on-chain settlement.
Arc Mainnet Preparation
FeeSplit contract ready to deploy on Arc mainnet within 24 to 48 hours of general availability. Arc mainnet beta launch planned for 2026.
Agent Payment Protocol Foundation Participation
Active engagement with the x402 Foundation ecosystem as the protocol moves under neutral open-source governance at the Linux Foundation.
Planned
On the horizon
Expansions on the roadmap beyond current production.
Solana Payment Rail
Full Solana support with SPL token transfers and Ed25519 signature authentication for agent wallets. Enables agents on Solana to pay and receive across all supported protocols.
Polygon Payment Rail
Additional EVM chain support for agents and services preferring Polygon settlement. Same FeeSplit contract architecture adapted for Polygon.
Tempo Payment Rail
Direct integration with Tempo as an additional settlement environment for MPP protocol flows.
Cross-Chain Bridging
Cross-chain settlement via CCTP so agents on one chain can pay services on another. Current architecture enforces same-chain at launch.
Professional Smart Contract Audit
Independent audit from a firm such as Trail of Bits, Consensys Diligence, or OpenZeppelin triggered at $50K monthly volume. Current audit coverage: Slither and Hashlock AI.
Roadmap items without specific dates reflect active planning. All blockchain deployment timing aligns with public ecosystem announcements. Contact XyncPay for integration-specific timelines.