| <!doctype html><html lang="en"><head><meta charset="utf-8"><meta name="viewport" content="width=device-width,initial-scale=1"><title>AI Interoperability Checker</title> |
| <meta name="description" content="Choose an AI integration pattern and get a practical interoperability path, key protocol layer and implementation checks."><style> |
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| </style></head><body><main class="shell"><section class="hero"><div class="eyebrow">Architecture helper</div><h1>Interoperability Checker</h1> |
| <p class="sub">Select the boundary you need to connect. The checker identifies the most relevant interoperability layer, likely protocol family and the implementation questions that matter.</p> |
| <div class="bar"><select id="pattern" class="control"><option value="agent-tool">Agent ↔ Tool</option><option value="agent-agent">Agent ↔ Agent</option><option value="agent-api">Agent ↔ Existing API</option><option value="model-provider">Application ↔ Model Provider</option><option value="data-system">AI System ↔ Data System</option><option value="physical-ai">Agent ↔ Physical System</option></select><button class="btn" id="go">Analyze boundary</button></div></section> |
| <section id="out" class="result"></section> |
| <section class="section"><div class="note"><b>Important:</b> this checker recommends an interoperability pattern, not a universal protocol winner. Real architectures frequently combine A2A, MCP, OpenAPI, structured schemas, authorization and observability.</div></section> |
| <footer class="footer">Educational architecture guidance; verify implementation details against current official specifications. · <a href="mailto:agenten@magenta.de">Collaboration contact</a></footer></main> |
| <script> |
| const PATHS={"agent-tool": {"title": "Agent ↔ Tool", "primary": "MCP", "secondary": "OpenAPI / typed schemas for existing APIs", "why": "Use a tool-oriented protocol when an agent needs discoverable, structured access to external capabilities.", "checks": ["Machine-readable tool schema", "Authentication and scoped permissions", "Structured error responses", "Timeout/retry semantics", "Traceable tool calls"]}, "agent-agent": {"title": "Agent ↔ Agent", "primary": "A2A", "secondary": "MCP may still be used by either agent for tools", "why": "Independent agents need capability discovery, task/message semantics and collaboration across implementation boundaries.", "checks": ["Capability discovery", "Task lifecycle", "Identity and authorization", "Structured messages", "Handoff and failure semantics"]}, "agent-api": {"title": "Agent ↔ Existing API", "primary": "OpenAPI + authorization", "secondary": "Expose as MCP when reusable AI-native tool access is desired", "why": "Existing HTTP APIs are often the shortest path to enterprise interoperability.", "checks": ["Accurate OpenAPI description", "JSON schemas", "Authentication/authorization", "Idempotency and retries", "Rate limits and errors"]}, "model-provider": {"title": "Application ↔ Model Provider", "primary": "Provider abstraction layer", "secondary": "Standardized messages, tool calls and structured outputs", "why": "Model portability depends on normalizing interfaces without hiding meaningful capability differences.", "checks": ["Message compatibility", "Streaming semantics", "Tool-call translation", "Multimodal support", "Fallback/routing strategy"]}, "data-system": {"title": "AI System ↔ Data System", "primary": "Explicit schema + metadata contract", "secondary": "API/tool protocol on top as appropriate", "why": "Syntactic JSON compatibility is not enough; systems must preserve meaning, types, provenance and permissions.", "checks": ["Schema versioning", "Stable identifiers", "Provenance", "Access policy", "Semantic consistency"]}, "physical-ai": {"title": "Agent ↔ Physical System", "primary": "Typed control interface + strong validation", "secondary": "MCP/API layers can expose high-level capabilities", "why": "Physical systems require stricter timing, safety, permissions and state semantics than ordinary software tools.", "checks": ["Safety envelope", "Real-time constraints", "Sensor/action schemas", "Failsafe behavior", "Audit and observability"]}};const out=document.getElementById('out'), sel=document.getElementById('pattern'); |
| function esc(s){return String(s).replace(/[&<>"']/g,m=>({'&':'&','<':'<','>':'>','"':'"',"'":'''}[m]));} |
| function show(){const x=PATHS[sel.value];out.innerHTML=`<article class="card"><div class="tag">Recommended primary layer</div><div class="heroResult">${esc(x.primary)}</div><p>${esc(x.why)}</p><p class="meta"><b>Often paired with:</b> ${esc(x.secondary)}</p></article><article class="card"><h3>Implementation checks</h3><ul>${x.checks.map(c=>`<li>${esc(c)}</li>`).join('')}</ul></article>`;} |
| document.getElementById('go').addEventListener('click',show);sel.addEventListener('change',show);show(); |
| </script></body></html> |
