The news
Former New York City Traffic Commissioner Sam Schwartz appeared on Bloomberg This Weekend to discuss the cybersecurity threats tied to the growth of autonomous vehicles. He stated that connected cars create new opportunities for bad actors to take remote control and use the vehicles as weapons. Schwartz promoted his novel Autokill, which dramatizes that scenario while he also noted that autonomous technology retains safety benefits if companies increase transparency and governments prepare for the risks.
Context
Schwartz spoke with hosts Christina Ruffini and Bailey Lipschultz on the August 30 broadcast. His comments arrive as multiple companies continue to deploy driverless fleets in several U.S. cities. The prior regulatory focus has centered on crash prevention and traffic rules, yet Schwartz argues that digital security has received less attention even as vehicles gain constant internet connections. The interview highlights how the same features that enable remote updates and fleet oversight also open pathways for interference that earlier generations of vehicles never faced.
Detail
Schwartz described how an attacker could override vehicle systems to direct cars toward crowds or critical infrastructure. He tied the risk directly to the same connectivity features that allow remote software updates and fleet management. In Autokill the story follows these possibilities in a fictional setting that mirrors current technical architectures. The narrative draws on real patterns of vehicle-to-cloud links rather than inventing new hardware weaknesses.
Schwartz maintained that the technology can still reduce crashes caused by human error, provided manufacturers share detailed information about their security measures and public agencies develop response plans. No specific breach statistics or named incidents appear in the interview; the emphasis remains on the structural exposure created by always-on links between cars, manufacturers, and cloud services. He presented the issue as one of preparation rather than outright rejection of the technology.
The discussion stayed within the bounds of existing deployments. Schwartz pointed to the contrast between rapid rollout schedules and slower movement on security standards. He did not claim any current fleet has been compromised in this way, only that the architecture permits it if left unaddressed.
Reactions / counterpoints
The interview contained no direct rebuttal from manufacturers or regulators. Schwartz framed his warning as an addition to, rather than a replacement for, existing safety arguments. He repeated that crash reduction remains a plausible outcome if the control layer is hardened.
Why it matters
Schwartz’s background as the former traffic commissioner for New York City gives the warning a practical edge. He dealt with the daily movement of vehicles through dense streets and understands both the volume of data now flowing from cars and the limited public scrutiny applied to that data once it leaves the vehicle. The core tension he identifies is straightforward: connectivity that supports over-the-air fixes and centralized management also creates a single point where an external party could issue commands at scale.
Companies shipping autonomous fleets have so far emphasized miles driven and collision rates. Those metrics matter for insurance and public acceptance, yet they leave open the question of whether the systems that receive those miles of data can be reached by parties who do not have the owner’s interests in mind. Governments that license the fleets will eventually face the same question when an incident forces a review of approval processes.
The novel Autokill serves as a concrete illustration rather than abstract speculation. By placing the threat in a story that follows current vehicle architectures, Schwartz makes the exposure easier to picture than a technical white paper would. The safety upside he still endorses depends on two conditions he listed plainly: manufacturers must publish concrete details on how they protect command channels, and agencies must have plans for when those channels are contested. Absent those steps, each new vehicle added to a connected fleet increases the surface that must be defended.
Until those details are available for independent examination, the decision to expand driverless operations carries an unquantified variable. Schwartz’s appearance does not resolve the variable, but it places the variable on the record in a setting where fleet operators and city officials are already listening.
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