Run the audit

PageCheckAI guide

B2B lead generation website audit.

Find why a B2B website is not turning relevant traffic into demo requests, discovery calls, or sales-qualified inquiries.

Who this helps

B2B companies whose website attracts visitors but does not create enough qualified sales conversations.

What PageCheckAI checks

  • ICP clarity
  • problem framing
  • case proof
  • demo path

Common symptoms

  • Traffic reaches the site, but demo or consultation requests stay low.
  • The page does not name the buyer or problem sharply enough.
  • Proof is present but not connected to buying objections.
  • Visitors cannot tell whether the offer fits their company size or workflow.

How to use this page

  1. Audit the page with the highest revenue intent.
  2. Check ICP clarity, problem framing, proof, objections, and CTA sequence.
  3. Add buyer-fit and next-step context before the demo request.
  4. Use the fix sprint to turn findings into a practical B2B page repair plan.

Next step

Start with the free report. If the audit finds repairable leaks, use the $299 fix sprint to turn the recommendations into a practical implementation plan.

When the $299 fix sprint is worth it

Buy the $299 sprint only after the free audit shows a real public page with repairable copy, CTA, trust, SEO, or AI-search gaps. Skip payment if you need CMS login, analytics access, ad account changes, CRM work, form submissions, legal, medical, financial, tax, insurance, childcare, security, engineering, or compliance advice, or any guaranteed rankings, traffic, leads, conversion rate, revenue, approvals, or deliverability.

FAQ

Why do B2B websites leak leads?

They often speak too broadly, hide proof, avoid pricing or process expectations, or ask for a demo before clarifying buyer fit.

Which page should I audit first?

Start with the homepage, core product page, pricing page, or service page that gets the most sales-ready traffic.

What does the fix sprint help with?

It turns the audit into clearer positioning, page sections, CTA language, proof blocks, and implementation notes.