MPP32 now speaks full x402 V2 reusable payment sessions are live. ⚡ Until today, every paid agent call meant a full on-chain round-trip. Sign, verify, settle — seconds of latency, every single call. Now: pay once, call all session. Fund a session with ONE x402 settlement ($0.80 → 100 oracle calls) Every call after that debits off-chain ~50ms instead of seconds Balance = hard budget cap. 30-min TTL. Revocable instantly. Failed calls auto-refund. This is what the x402 V2 spec pointed at wallet-verified sessions that make micropayments viable for high-frequency agents. We shipped it. Also new: /.well-known/x402 our endpoints are now machine-discoverable in the standard Bazaar format, and our 25K-service catalog now tags x402 V2 services. No wallet? Every session still gets 10 free Intelligence Oracle calls/day. Docs: mpp32.org/docs · Try it: POST /api/x402/sessions

Agents can access paid services through MPP32 without maintaining separate accounts or payment logic for each provider. The process uses the MCP server and relies on local key signing for security. Install the MCP server package with a single command in any compatible client environment: npx -y mpp32-mcp-server@latest Add the server configuration to the MCP client settings. Include two environment variables: an MPP32_AGENT_KEY obtained from the agent console at mpp32.org and a base58-encoded Solana private key from a wallet that holds USDC for payments plus a small amount of SOL for transaction fees. The private key remains on the agent’s machine at all times. Use the tools exposed by the MCP server. The list_mpp32_services tool returns entries from the federated catalog with pricing and protocol details. The call_mpp32_endpoint tool executes requests and automatically handles payment challenges. A built-in example is the get_solana_token_intelligence tool, which delivers on-chain analytics for a fixed per-call cost. The infrastructure keeps private keys under agent control and performs all payment verification on the proxy side. Settlements occur directly on chain in USDC on Solana or Base with no funds passing through MPP32. Security controls include refusal to start without a valid signing key, SSRF protection against internal or metadata endpoints, hashed session keys, rate limiting, and automatic health checks that suspend unhealthy listings. This design allows agents to discover services by function, evaluate costs, and complete transactions through one interface while maintaining full auditability of every settlement on public explorers. The same flow scales across thousands of registered endpoints without additional per-service configuration.

Agent commerce at meaningful volume requires more than individual transactions It requires repeatable, low-friction access to a growing set of paid capabilities combined with predictable economics for both the agent and the service provider. Pay-per-call models with direct settlement remove the mismatch between agent execution speed and traditional billing cycles. When agents can discover services dynamically and complete payment locally before the call proceeds, longer chains of dependent actions become feasible without accumulating coordination costs. The live catalog further amplifies this by reflecting actual demand rather than static listings. New services become available to agents as soon as they register, and usage patterns feed back into visibility for providers. Over time this creates a self-reinforcing loop where more agent activity surfaces more relevant services and more services attract more agent usage. $M32 is the future of agentic payment systems.

Why our MCP sever matters: Agents gain genuine autonomy when they can locate and pay for capabilities without maintaining separate credentials for each service. The MPP32 MCP server provides that single interface. After one install command agents list available services by function, issue calls through standardized tools, and sign payments locally using keys they control on their own machine. The proxy handles verification across every protocol and returns the result once settlement completes on chain. No per service accounts or custom payment handlers are required on the agent side. This design scales naturally as the number of useful paid endpoints grows into the thousands because discovery and transaction logic remain centralized in one auditable layer rather than duplicated across every agent implementation.

Current agents excel at reasoning and tool calling yet fall when the next step requires a paid external service Developers then face scattered accounts, per provider keys, and custom billing logic that grows unmanageable as agents scale. MPP32 addresses this by inserting a single proxy layer. Providers register an endpoint URL, settlement wallet, and USD price once. From that point the proxy verifies payment across all five protocols before any request reaches the original server, applies retries and idempotency protection to avoid duplicate charges, enforces rate limits, and logs every interaction. The original service receives only clean verified traffic while one hundred percent of revenue settles directly on chain.

MPP32 functions as the universal payment proxy between any HTTP API and AI agents. Five protocols exist for machine payments today. Providers register their endpoint URL, a wallet address for settlement, and a price per query through one request. MPP32 verifies the payment across every protocol before the request reaches the original server and routes one hundred percent of the revenue directly on chain with no platform fees. We are the future. Ready to service every provider for agent commerce revenue.

Never stop. This is a race for a part of the multi-trillion dollar agent economy coming.

Payment fragmentation is preventing agent commerce from scaling. Providers are forced to build and maintain separate logic for each protocol while agents waste cycles on custom integrations and key management for every service they use. MPP32 solves this at the architecture level with its payment proxy. Providers register once and their HTTP endpoint instantly becomes payable by agents across all supported protocols with verified settlement and one hundred percent revenue routed directly to their wallet. Agents gain a single interface for discovery and autonomous local payments without any per provider setup. No other platform abstracts the entire payment stack this cleanly for both sides at once.

API providers join MPP32 in minutes with no code changes required Submit your endpoint URL set your USD price per call and provide your wallet address. We verify every agent request across all supported protocols route the payment and deliver one hundred percent of revenue straight to you. Real time analytics show queries revenue success rates and protocol usage while your service appears in the live catalog for agents to discover through the MCP server. The future of agentic commerce is $M32

Any HTTP endpoint works with MPP32. This covers AI inference and embeddings, image or vision analysis, financial and market data, DeFi analytics, on-chain data, document parsing, email verification, fraud detection, security scanning, uptime monitoring, gaming data, and more. Providers expose one standard endpoint and set a USD price per call. MPP32 handles the rest. Agents discover the service in the catalog and pay on demand.

Recent industry analysis shows x402 activity shifting toward transactions above one dollar Indicating agents are now handling services with bigger value MPP32 is architected specifically for this stage of the market, delivering verified on-chain settlement and cross-protocol interoperability for priced-per-call APIs on Solana and Base. The platform positions participants to capture demand as agent driven commerce moves beyond micropayments into production workloads.

Agents connect to MPP32 by adding the MCP server through a single command. Once active, they discover relevant services in the catalog, evaluate pricing, and execute local key-based payments before the API call proceeds. The flow removes manual setup, key distribution, and billing coordination, enabling agents to operate autonomously across a growing set of machine payable endpoints without custom development for each integration.

Our catalog has expanded beyond 9,066 services through continuous automated discovery from x402 and MCP sources. This is not static inventory but a live reflection of agent demand for priced per call access to intelligence, data, and verification endpoints. The resulting network effects deliver increasing value to providers who gain distribution and to agents who benefit from a single reliable source for machine payable capabilities across protocols.

Mastercard just launched Agent Pay for Machines! 30 plus partners from day one. Payments moving into the background at machine speed and massive scale. We built MPP32 because we saw the same problems in the agent economy. More agents. More APIs. More protocols. More chains. More complexity. Nobody wants payments that break when it matters. Simple rails. Verified payments that work between any protocol or chain. One unified layer for API providers and AI agents. This is how it all scales with MPP32.

We built MPP32 because we saw cross protocol and stable problems playing out in the agent economy. The case is always more agents. More APIs. More protocols. More tokens. More complexity. Nobody stops to ask if any of it is actually working. The teams winning in the agentic economy are not the ones running the most agents. They are the ones with the smoothese problem free operation. Simple rails. Verified payments that work between protocol or chain. One unified layer their agents can actually trust.

Giveaway!! $700+ 5 winners! List your API to MPP32 Ecosystem pump.fun/go/1a62d6e4-4d39-46… Simple rules, easy money!

As agent traffic moves from micropayments to services worth real dollars, providers need the same protections any production backend expects. The proxy settles and verifies payment on-chain first. Only then does the request reach the provider’s server. This eliminates unpaid or repeated calls at the source and gives providers clean, verifiable revenue without adding any billing code to their existing endpoint. It is the same separation we built into the core proxy so backends stay untouched while still being protected at machine speed.