CASE STUDY
CASE STUDY
CASE STUDY

Web Development for an AI-Powered Legal Platform

Omis Digital partnered with AI Esquire to build a modern, conversion-focused website that positions them as the leading AI intake solution for solo and small law firms. The goal was to simplify their product story, communicate the urgency around missed calls, and turn high-intent traffic into qualified demo requests from attorneys seeking faster, more reliable client intake.

CLIENT:
AI Esquire
service(s):
Web Design
year:
2025
INDUSTRY:
AI SaaS
1/4
1/4
1/4

About The Client

Most small law firms lose clients before the first conversation. Nearly half of prospects can’t reach a firm, 80% hang up when they hit voicemail, and 64% never receive a follow-up. AI Esquire needed a website that clearly explained these issues, highlighted the urgency of fast response times, and positioned their solution as essential—not optional.

2/4
2/4
2/4

The Problem

Omis Digital designed a modern, conversion-driven website that simplified AI Esquire’s value proposition and showcased how their 24/7 intake system solves missed calls and inconsistent workflows. We created clear messaging, product storytelling, and UX flows that demonstrated how the platform answers, qualifies, routes, and books every lead automatically.

3/4
3/4
3/4

The Solution

Most small law firms lose clients before the first conversation. Nearly half of prospects can’t reach a firm, 80% hang up when they hit voicemail, and 64% never receive a follow-up. AI Esquire needed a website that clearly explained these issues, highlighted the urgency of fast response times, and positioned their solution as essential—not optional.

4/4
4/4
4/4

Results

Omis Digital designed a modern, conversion-driven website that simplified AI Esquire’s value proposition and showcased how their 24/7 intake system solves missed calls and inconsistent workflows. We created clear messaging, product storytelling, and UX flows that demonstrated how the platform answers, qualifies, routes, and books every lead automatically.