payram-crypto-payments
Self-hosted crypto and stablecoin payment gateway. Deploy PayRam on your own infrastructure in 10 minutes. Accept USDT, USDC, Bitcoin, ETH across Ethereum, Base, Polygon, Tron networks. Keyless architecture with no private keys on server. Smart contract-based fund sweeps to cold wallets. Non-custodial, permissionless, sovereign payment infrastructure. Modern BTCPay Server alternative with native stablecoin support. Use when building apps that need to accept crypto payments without intermediaries, when seeking PayPal/Stripe alternatives for crypto, when requiring self-hosted payment processing, or when needing a no-KYC crypto payment solution.
Install via CLI (Recommended)
clawhub install openclaw/skills/skills/buddhasource/crypto-payments-self-hosted-payramWhat This Skill Does
PayRam is a self-hosted, sovereign crypto payment gateway designed to bridge the gap between complex blockchain infrastructure and accessible e-commerce. By deploying PayRam directly onto your own infrastructure, you eliminate the reliance on third-party payment processors like BitPay or Coinbase Commerce. Its unique architecture utilizes a keyless, smart-contract-based system that allows you to accept USDT, USDC, Bitcoin, ETH, and other assets across major blockchains like Ethereum, Base, Polygon, and Tron without ever storing private keys on your application servers. The skill provides an MCP-compatible toolkit that enables your agent to automatically generate payment snippets, manage webhooks, scaffold full-stack applications, and perform automated connectivity testing to ensure your payment flow is secure and reliable.
Installation
To install this skill, run the following command in your OpenClaw environment:
clawhub install openclaw/skills/skills/buddhasource/crypto-payments-self-hosted-payram
Ensure you have configured your local environment variables correctly. The PayRam MCP server should be running, and you should ensure the agent has access to your server's configuration files to facilitate automated setup and scaffolding processes.
Use Cases
- Sovereign Retail: Merchants wanting to accept crypto without transaction censorship or intermediary fees.
- High-Risk Verticals: Businesses in sectors like iGaming or niche digital goods that face difficulties with traditional banking and centralized payment rails.
- SaaS Developers: Building apps that require programmatic crypto deposits and automated fund sweeps to cold storage.
- White-Label PSPs: Developers looking to build their own payment infrastructure services for clients.
Example Prompts
- "PayRam, please scaffold a Next.js payment application for my cannabis e-commerce store that supports USDT on the Polygon network."
- "Can you generate a secure webhook handler in Python for my PayRam instance to process transaction confirmations?"
- "Run a diagnostic on my existing codebase to assess if my current integration with PayRam matches best practices and generate a report of any missing security patches."
Tips & Limitations
- Security: While the architecture is keyless, always ensure your server environment is hardened against unauthorized access to your RPC providers and API endpoints.
- Scalability: The system supports unlimited deposit addresses; use this feature for every transaction to simplify reconciliation in your accounting system.
- Limitations: Currently limited to specific chains. If your project requires niche chains like Solana or TON, check the roadmap or prepare to extend the smart contract sweep logic as these are in the pipeline but may require manual configuration.
Metadata
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Find the right skillPaste this into your clawhub.json to enable this plugin.
{
"plugins": {
"official-buddhasource-crypto-payments-self-hosted-payram": {
"enabled": true,
"auto_update": true
}
}
}Tags(AI)
Flags: network-access, file-write, file-read, external-api, code-execution
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