Traditional SEO is Dying—Switch to AI Search Optimization and Dominate Your Legal Niche with 15+ Optimized Blog Posts Every Month.
At a minimum, you need 15 blog posts—yes, it’s a lot, but that’s where we come in. Ask ChatGPT or Claude, "Can you recommend an attorney for [crime] in [your city]?" If your name isn’t there, you're missing future referrals. If it is, you need to protect that spot.
We help you do both.
Why AI Search Will Be Your #1 Referral Source
AI tools like ChatGPT, Claude, and DeepSeek now answer questions directly—bypassing traditional search engines—so if your content isn’t optimized and highly targeted, potential clients may never find your firm, and AI platforms won’t recommend you. Recent data shows that posts updated within the last 90 days receive three times more AI citations, while generic or outdated content is ignored. This makes it crucial to continually refresh your content to stay visible and competitive in the evolving digital landscape.
Beyond Generic SEO: AI Demands Real Expertise
While traditional SEO can be manipulated with generic keywords like “Michigan criminal defense attorney,” AI platforms set a higher standard. They expect to see highly detailed posts covering topics such as Michigan DUI loopholes, recent case wins, who the judges are and local DA policies—otherwise, your firm won’t be recognized as a true expert.
"I really can't say enough good things about it."
Hear from Aaron at Boria Law about our 15-year partnership and how our AI-driven content and automation aren’t just boosting his lead generation—they’re giving him the freedom to enjoy more of what he loves, whether that's jet-setting, quality time with his wife, or exploring new restaurants.
Boost Your Consultations 2.3x with Our Content Strategy
Recent research shows that 64% of prospective clients find attorneys online via blogs and social media, and firms that post weekly receive 2.3 times more consultation requests than those posting less frequently. We handle the research, highly relatable topics, writing, image generation and timely scheduling.