How autonomous robots will soon crush last mile fees

This article summarizes an episode of Automated Podcast’s video series featuring Ali Kashani, CEO of Serve Robotics.

Ali Kashani, CEO of Serve Robotics/ Photo credit: Automated Podcast

Moving physical goods through crowded cities remains incredibly expensive and inefficient. Serve Robotics CEO Ali Kashani argues that replacing cars with sidewalk robots will completely rewrite local urban economics by crushing last-mile delivery costs.

Reducing these fees transforms occasional luxuries into daily habits, fueling neighborhood businesses. To survive this shift, city regulators and business owners must prepare for a massive transition where human labor moves from driving vehicles to managing autonomous fleets.

The plan for local growth

Lowering delivery costs triggers massive economic expansion rather than simply destroying human jobs. When delivery becomes nearly free, it forces a complete restructuring of how local businesses reach their buyers.

Preparing for this economic shift requires understanding new market rules:

• Lower delivery fees turn special treats into daily habits.
• Crowded city streets eliminate profit margins for human drivers.
• Human work shifts from driving cars to managing and repairing robot fleets.
• Making money depends entirely on keeping the robots moving constantly.

Reducing last-mile costs
Sellers currently rely on expensive delivery methods that burden modern business. Kashani links this upcoming shift to historical leaps in global trade.

“The shipping container brought down the cost of long-distance shipping so significantly that industries were born,” he argues. “It costs about US$10 to move something from Chinatown to your door, but US$2 from China. Last-mile productivity gains are 2x, not 5,000x.”

Creating new local jobs
Critics often assume automation purely removes human workers, but crushing the cost of a service massively increases demand.

Kashani says, “If our robots cut last-mile delivery from US$10 to a dollar, it will create far more jobs than it destroys. These will be better jobs for people who run and maintain the robots.”

Public streets replace the lab for planning

Secret testing can lead engineering teams to build the wrong features and solve the wrong problems. Companies must deploy on real streets early to uncover real risks, because success depends on robots that can handle unpredictable city conditions.

“You are taking a bigger risk by not [testing in public],” Kashani says, “which is building the wrong thing and not solving the problems that you ought to be solving.”

Rare events control the business plan
Operating in public instantly exposes robots to human unpredictability, from simple vandalism to outright extortion. Leaders must build financial budgets and clear rules to handle bad actors quickly without destroying the company’s reputation.

Real safety beats fake safety

Policy failures start as story failures