Lawyers Who Learn #66 From Coding at 11 to Running the 'Oscars of Legal Innovation’
Nine years ago, when Tom Martin talked about chatbots and artificial intelligence to lawyers, they dismissed it, saying it sounded like a science fiction novel. Today, his LawDroid platform serves courts, legal aid organizations, and law firms with AI solutions he's been quietly perfecting since that early skepticism—all while remaining bootstrapped and profitable.
In this episode of Lawyers Who Learn, David Schnurman, CEO of Lawline, explores Martin's journey from first-generation law school graduate to legal tech pioneer. Growing up in Los Angeles, California—his father a "philosopher barber" who instilled the belief that "you could do anything you put your mind to," his mother an Avon manager who became number one in the country—Martin's early encounter with an Apple II computer as a preschooler sparked a lifelong fascination with technology.
Martin founded a fully remote probate practice in 2006, years before COVID normalized virtual legal work. His LawDroid experiment began when he learned about Joshua Browder, a teenager using chatbots to help people fight parking tickets in London. Martin created his own chatbot to help Californians incorporate businesses, gradually building a sustainable platform serving legal aid organizations that "can't throw enough bodies at the problem."
His philosophy of "learning through experimentation" led him to co-found the American Legal Technology Awards after attending a black-tie awards ceremony in London. The event has grown from a virtual experiment to an in-person "law prom" drawing 140 attendees, which Martin still personally organizes despite admitting he's "not the most extroverted person."
Martin candidly discusses juggling multiple projects while acknowledging he wishes he spent more time with his daughters, ages 18 and 23. His bootstrapped approach allows him to "place many bets over time" rather than being forced into rigid timelines, adapting organically as AI capabilities evolve at breakneck speed.