LeverageIQ
All 18 Capabilities

Diagnostic & Protocol Readiness | AI Protocols

Agentic Commerce Readiness Audit

A forensic technical inspection of your live domain across Universal Commerce Protocol (UCP), Agentic Commerce Protocol (ACP), Agent Payments Protocol (AP2), server-rendered HTML latency, JSON-LD entity completeness, and AI crawler accessibility.

Executive Summary

The Agentic Commerce Readiness Audit evaluates nine machine-readability pillars on any production domain, measuring sub-300ms HTML delivery, structured schema coverage, AI bot permissions, and well-known commerce manifests to produce a prioritized engineering roadmap.

9 Pillars

Machine-readability dimensions scored

<300ms

Target p95 crawler TTFB benchmark

48 hrs

Prioritized architecture briefing

Production Deliverables

  • Live HTTP and well-known endpoint verification (/.well-known/ucp, /.well-known/acp/config.json, /.well-known/ap2/mandates.json)
  • AI crawler access audit across GPTBot, OAI-SearchBot, ChatGPT-User, ClaudeBot, PerplexityBot, and Googlebot
  • JSON-LD @graph entity validation and SpeakableSpecification inspection
  • Prioritized 90-day remediation blueprint with projected pipeline impact

Deployment Sequence

01. Live Edge Probe

Automated server-side HTTP inspection measures uncompressed and compressed SSR payload speed, status codes, and protocol manifests.

02. Entity & Citation Gap Map

Cross-checks structured schema nodes against competitor citation footprints in ChatGPT, Perplexity, and Google AI Overviews.

03. Execution Roadmap

Delivers an ordered engineering sequence showing exact protocol, schema, and autonomous agent milestones.

Technical Questions & Specifications

What does the live domain scanner inspect immediately?

It performs real server-side HTTP requests against your domain to verify SSR response latency, robots.txt AI crawler rules, llms.txt availability, JSON-LD @graph schemas, and UCP, ACP, and AP2 well-known endpoints.

Why does a 300ms HTML budget matter for AI discovery?

Real-time answer engines and shopping agents enforce strict retrieval timeouts when synthesizing multi-source responses. Pages that require client-side JavaScript hydration or exceed 300ms at p95 are routinely skipped in favor of fast server-rendered sources.

Coupled Capabilities in This Coil