⁨GM is testing “eyes-off” driving—and it changes everything⁩

One of the most intriguing developments in the automotive industry in recent weeks is that GM has begun public-road testing of advanced driving technology intended to enable “eyes-off” driving under defined conditions in the future. For automotive and technology enthusiasts in Israel, this is not just another headline about driver assistance, but a sign that the race toward autonomy is entering a new, more practical and aggressive phase. After years of promises, cancellations, rebranding and distinctions between “hands-free” systems and more genuine autonomy, GM is signaling that it wants to return to center stage.

What has GM just announced?

The key development is not a theoretical announcement, but a move to supervised testing on public roads in Michigan and California using the next generation of its automated-driving technology. According to the company, this development phase draws on knowledge accumulated over millions of kilometers with Super Cruise, as well as additional experience gained from previous autonomous-driving projects.

The implications are significant: GM is not talking only about a system that maintains its lane and following distance, but about a foundation for more advanced technology in which the driver will not need to monitor the road continuously at every moment in the scenarios for which the system is approved. This is an entirely different discussion from conventional ADAS.

The difference between “hands-free” and “eyes-off”

To understand why this announcement is noteworthy, it is important to distinguish between two stages:

• Hands-Free – The driver can take their hands off the steering wheel but must continue monitoring the road.
• Eyes-Off – Under defined conditions, the system assumes broader responsibility, and the driver is not required to monitor the road continuously every second.

This is a dramatic difference in terms of user experience, legal responsibility, regulation, in-vehicle hardware and the trust the manufacturer must build with the public. The fact that GM is already testing the technology on public roads therefore makes this one of the hottest stories of early April 2026.

Why is this particularly interesting now?

The global automotive market is going through a complex period. On the one hand, manufacturers continue investing in electric vehicles, software and connectivity. On the other hand, it is increasingly clear that the next competitive advantage will come not only from driving range or fast charging, but also from advanced autonomous-driving capabilities. After the robotaxi hype became divided between promises and reality, major manufacturers are realizing that the right commercial path may begin with privately owned premium vehicles.

In other words, rather than waiting for an entire city filled with driverless vehicles, it is possible to begin with a more limited solution: driving on highways in suitable weather, with precise mapping, advanced sensors and clear restrictions. This is a more conservative approach, but also a much more realistic one.

Is GM trying to close the gap?

Quite possibly. In recent years, manufacturers such as Mercedes and BMW, along with various technology companies, have sought to establish leadership in autonomous driving through incremental stages. GM already has a strong foundation in Super Cruise, regarded by many as one of the most polished driver-assistance systems in the US market. It is now trying to build a deeper layer of automation on that foundation.

This move also sends a message to investors and the market: GM has not abandoned its vision of autonomy, but is changing its path toward achieving it. Fewer sweeping promises, more phased development, with a clear goal of commercial launch later in the decade.

What is behind the technology?

As with any advanced system of this kind, it combines several layers:

• Sensors – Cameras, radar and sometimes lidar, depending on the final architecture.
• Precise road mapping – A fundamental requirement for safe operation on approved roads.
• Powerful in-vehicle computing – For real-time processing of the surroundings, lanes, other vehicles and unusual events.
• AI-based software – To identify complex scenarios and make decisions.
• Backup and safety system – To ensure that the vehicle can transition to a safe state if the driver does not resume control in time.

This is precisely where the automotive industry is gradually shifting from an industry of metal and engines to a software, semiconductor and functional-safety industry. Customers may see a steering wheel, a screen and an emblem on the hood, but an enormous engineering revolution is taking place beneath the surface.

What does this mean for drivers in Israel?

We need to be realistic here. Even if the technology matures in the US over the coming years, it will not arrive in Israel immediately. Local regulation, road mapping, insurance liability, adaptation to the local language and road signs, and manufacturer service will all determine when and whether systems of this kind reach the local market.

But Israelis have good reason to follow developments now. First, technology developed today in the US and European markets ultimately reaches models sold here as well. Second, even if a full Eyes-Off system does not arrive tomorrow, some of its capabilities will filter more quickly into advanced driver-assistance systems in new vehicles, including braking, lane keeping, automatic lane changing and smarter cruise control.

Will it also influence the choice of a new car?

Certainly. More and more buyers are asking not only about fuel economy, electric range or rear-seat space, but also about software capabilities and OTA updates, the quality of driver-assistance systems and the pace at which the vehicle may evolve after delivery. In this sense, a new car is becoming a digital product that is updated throughout its life.

So even though GM itself is not as prominent in Israel as certain Korean, European or Chinese brands, its influence on the industry as a whole is broad. When it steps up its autonomous-driving efforts, its competitors must respond.

The major challenge: trust, safety and regulation

The main challenge facing autonomous driving is not only technological. It is also psychological, legal and societal. For an Eyes-Off system to gain acceptance, it must demonstrate three things:

1. That it is safer than a human driver, at least in approved scenarios.
2. That the driver understands when its use is and is not permitted.
3. That there is a clear mechanism for transferring control when required.

This is an especially sensitive area because the gap between “advanced convenience” and “overconfidence” can be dangerous. It is therefore reasonable to assume that even when these systems are launched in the future, they will initially come with strict restrictions involving speed, road types, weather conditions and even specific geographic areas.

The bottom line

GM's latest move is one of the freshest and most interesting developments in the automotive industry right now, precisely because it is not about another new crossover or another promise of a future battery. It addresses a deeper question: When will the car truly begin driving for us, rather than merely helping us drive?

If these tests proceed as planned, the coming years could transform autonomous driving from a field of trials and demonstration videos into a tangible feature of production premium vehicles. For automotive enthusiasts in Israel, this is a development worth following closely—because although it begins overseas, its implications will eventually reach our roads as well.