From the Lab
News, events, and research from Computer Biology Labs.
At the St. Thomas Aquinas High School Open House, prospective students, parents, and teachers talked out loud with Raider Man, an interactive ConstantLife.AI persona of the school's mascot, built through our partnership with the STA AI Initiative.
In September we exhibited ConstantLife.AI at two major museum gatherings: the Florida Association of Museums' 40th annual Conference & Expo in West Palm Beach and the Southeastern Museums Conference's 75th-anniversary annual meeting in Winston-Salem, North Carolina.
For St. Anthony Catholic School's 100th anniversary, ConstantLife.AI and History Fort Lauderdale brought Father John J. O'Looney, the parish's longtime pastor, back as an interactive persona that students, alumni, and parishioners could talk with.
Fort Lauderdale's Computer Biology Labs is debuting a ConstantLife.AI experience that lets families chat live with AI-powered versions of George Washington, Thomas Jefferson, Benjamin Franklin, and John Hancock, launching August 2 at History Fort Lauderdale to mark the anniversary of the Declaration's signing.
ConstantLife.AI brought an interactive, AI-powered George Washington to the Museum of Miami's July 4 celebration, where visitors and Miami-Dade County Mayor Daniella Levine Cava held live, two-way conversations with the nation's first president.
On June 28, History Fort Lauderdale hosted the debut of ConstantLife.AI, letting visitors hold live, two-way conversations with AI-powered interpretations of George Washington and Fort Lauderdale pioneer Ivy Stranahan, the first in a planned series of interactive historical experiences.
Real-time avatars get compared to multiplayer games, but that comparison hides the hard part. A live avatar has to listen, understand, respond, speak, animate, and stream in real time, doing unique work for every user. Here's why that makes them a real-time systems problem, not a graphics one.
Continuity is central to biological intelligence. Memory, identity, and growth all depend on persistent threads of experience. But what happens when we apply that same expectation to artificial systems?