Where it got messy
People searching for device repair need to identify a trustworthy service quickly. The experience had to answer urgent questions, communicate official expertise and perform well across traditional and AI-powered search.
When a phone breaks, patience is already running low. I shaped a fast, trustworthy service website that answers the obvious questions and gets people to the right repair channel with minimal detours.
Interface studyScroll to unpack the thinking ↓
The business needed to turn high-intent searches into qualified service requests. The experience had to establish trust quickly, answer device-specific questions and make the route to WhatsApp or an appointment obvious.
People searching for device repair need to identify a trustworthy service quickly. The experience had to answer urgent questions, communicate official expertise and perform well across traditional and AI-powered search.
A conversion-focused information architecture connects service intent to clear calls to action. Structured, helpful content supports SEO and GEO while a fast responsive interface keeps the route to assistance frictionless.
The result is a more direct path from search to contact, backed by content that is useful to people first and structured for traditional and AI-powered search. Post-launch conversion data was not available for this case study.
I started by listening for the moments where the experience stopped making sense.
Search-intent analysis, competitor benchmark, review mining, content audit and 5 first-click tests.
Visitors looked for proof of legitimacy, supported devices, price expectations and turnaround time before they were willing to contact the service.
Match each landing page to a specific repair intent and answer trust questions before presenting the primary conversion action.
Device and service pages use the language people search for, with direct paths from the problem to eligibility, process and contact.
Authorization evidence, service guarantees and customer expectations appear next to calls to action instead of on a separate institutional page.
Structured headings, concise answers, schema-ready content and strong performance improve comprehension and machine discoverability.
Five first-click tests and a mobile usability review shaped CTA placement, service naming and the quote-request flow. Performance checks were included throughout front-end implementation.
SEO, GEO and UX worked best as one content-design problem. The next phase would connect analytics events to search queries and run controlled tests on trust messaging and CTA timing.