iMCP is an MCP (Model Context Protocol) server that acts as a universal bridge between AI assistants and your existing backend services — whether they are legacy SOAP/WSDL systems, modern REST APIs, IBM AS400/IBMi platforms, SAP, Apigee-hosted APIs, mainframe services, or any HTTP-callable endpoint. It dynamically discovers operations from service contracts (WSDL, OpenAPI, or a lightweight MCP JSON spec), generates structured tool definitions, and brokers authenticated calls — turning your existing services into live AI tools in under an hour.
Originally built to modernize insurance systems without rewrites, iMCP is industry-agnostic. It works equally well in banking, healthcare, logistics, retail, manufacturing, government, or any domain where valuable business logic is locked inside systems that lack an AI-native interface.
Why iMCP
Organizations across every industry run on battle-tested legacy systems — IBMi/AS400, SAP, mainframes, SOAP services, proprietary REST APIs — that hold irreplaceable business logic built up over decades. These systems work, but they are completely invisible to modern AI assistants.
Whether you are in insurance, banking, healthcare, logistics, retail, or government, the challenge is the same: valuable domain knowledge is locked inside systems that cannot be queried conversationally. The traditional path to fixing this means multi-year rewrites costing millions. iMCP offers a different answer:
| ❌ Traditional Approach | ✅ iMCP Approach |
|---|---|
| 12–18 month full rewrite | Live in < 1 hour per service |
| $2M–$5M+ investment | Minimal integration cost |
| Risk of logic loss and disruption | Zero changes to existing systems |
| Point-in-time integrations | Dynamic discovery — always up to date |
| No AI-native interface | Native MCP tools for any AI assistant |
Real business impact (targets):
| Metric | Target | Timeframe |
|---|---|---|
| Support ticket reduction | 30–40% | 6 months |
| Faster developer integration | 50% | 3 months |
| Time-to-market for new initiatives | 60% reduction | — |
| Cost savings vs. rewrite | > $2M | Year 1 |
Who Is iMCP For
iMCP is built for any organization that has existing backend services — regardless of age, technology, or industry — and wants to make them accessible to AI assistants without a rewrite.
Industries
| Industry | Typical Use Cases |
|---|---|
| Insurance | Policy lookup, claims triage, underwriting checks, customer coverage queries |
| Banking & Finance | Account queries, transaction history, loan status, compliance checks |
| Healthcare | Patient record lookup, appointment scheduling, eligibility verification |
| Logistics & Supply Chain | Shipment tracking, inventory queries, order management |
| Retail & E-commerce | Product catalog, stock availability, order status, returns |
| Manufacturing | Work order status, production metrics, quality control queries |
| Government & Public Sector | Case management, permit status, service request tracking |
| Telecommunications | Subscriber management, service provisioning, fault tracking |
Compatible Backend Systems
iMCP works with any system that exposes a WSDL, OpenAPI spec, or a callable HTTP endpoint:
| System | Integration |
|---|---|
| IBM AS400 / IBMi | SOAP/WSDL services from RPG and COBOL programs |
| SAP | BAPI/RFC services exposed via SAP Web Services |
| Mainframe | CICS, IMS transaction services wrapped in WSDL or REST |
| Oracle / PeopleSoft / Siebel | Enterprise service bus and w |
Tools 1
dynamic_service_callExecutes a call to a backend service based on dynamically discovered operations from WSDL, OpenAPI, or JSON specs.Environment Variables
IMCP_CONFIG_PATHrequiredPath to the JSON configuration file defining service endpoints and specs.