A new AI-driven simulation of the 2028 U.S. presidential election, produced by Election Time in collaboration with Elon Musk’s Grok AI, has drawn attention online for its detailed Electoral College forecast. The simulation explores a hypothetical matchup between former Vice President Kamala Harris and incumbent Vice President JD Vance, analyzing early primary polling, betting odds, historical voting patterns, demographic shifts, and recent election trends. The model emphasizes that the results are not predictions but tools to explore possible outcomes and understand the strategic landscape of the race.
On the Democratic side, Harris is projected to lead the early primary with 32 percent support, ahead of Governor Gavin Newsom at 23.8 percent. Other contenders, including Pete Buttigieg, Alexandria Ocasio-Cortez, and Governor Josh Shapiro, trail far behind, highlighting early fragmentation. Betting markets suggest Harris’s likelihood of entering the race has increased to 56 percent, reflecting her national profile, fundraising ability, and voter recognition. Meanwhile, the Republican primary shows JD Vance commanding 49.2 percent support, far ahead of Donald Trump Jr., Marco Rubio, and Ron DeSantis, indicating a strong path toward nomination bolstered by incumbency and party loyalty.
Grok AI’s Electoral College simulation projects Vance winning many solid Republican states across the Midwest, Mountain West, and Deep South, giving him an early advantage of 139 to 108 electoral votes. Adding likely states such as Florida, Texas, Arizona, and Iowa increases Vance’s total to 246, just short of the 270 needed. Lean and tilt states—including Nevada, Georgia, Wisconsin, Michigan, Pennsylvania, Minnesota, and New Hampshire—could decide the election. In the final projection, Vance wins 326 electoral votes, extending Republican dominance into traditionally competitive states, while Harris’s support remains concentrated along the West Coast and parts of the Northeast, illustrating the structural challenges Democrats may face in 2028.
