Does technology exist to replace human beings, or to make us more perceptive, capable, and responsible?
I tend to judge cars by somewhat old-fashioned standards. Before asking about the size of the screen, the length of the options list, or the prestige of the badge, I want to know how the car reads the road. How do the front and rear move through a corner? What does the steering tell the driver? How naturally does weight transfer under braking?
I do not see a car as merely a means of transportation. It is a machine that manages inertia, gravity, friction, tire grip, and structural rigidity. A good car does not throw all of that physical complexity at the driver as noise. But neither does it conceal everything. It preserves useful information while filtering out needless harshness. That balance is part of what makes a car feel genuinely good.
How a Machine Answers Its Driver
That is one reason I liked the Volkswagen Golf. It was never especially flamboyant, but the way it moved had a quiet persuasiveness. For a front-wheel-drive hatchback, the front and rear worked together with unusual coherence through a corner. The car responded to the driver's inputs without exaggeration, but never indifferently.
I had a similar experience with the Cadillac ATS. It was mechanically serious enough to unsettle several assumptions I once held about American cars.
My appreciation for Audi belongs to the same story. At its best, the brand displayed an almost stubborn engineering discipline: quattro, body structure, assembly quality, the visual order of the cabin, even the tactile response of a single switch. It was not simply a matter of styling. It was an attempt to refine the point of contact between a human being and a machine.
That is why I have long liked Audi's slogan, Vorsprung durch Technik, which the company renders in English as “Progress through Technology.”
The phrase once sounded like a declaration of confidence in German mechanical engineering: engine, transmission, chassis, suspension, materials, aerodynamics, and assembly. Technology was largely the language of metal and machinery, a world that could be touched, heard, and felt through the body.
When “Technology” Means More Than Machinery
Today the word has become much broader. Software, artificial intelligence, data, batteries, semiconductors, autonomous driving, networks, cybersecurity, and user experience all belong to the technological domain. A modern automobile is no longer only a machine on wheels. It is a moving computer, a networked device, and increasingly a system designed to assist or replace the driver's judgment.
There is no need to deny this transformation. Technology has brought real benefits. Cars are safer, quieter, and able to process information with remarkable speed. A phone can unlock a vehicle, check its charging status, and deliver features through a software update that did not exist the day before. That is an extraordinary achievement.
But this is where the question begins.
When technology advances, do human beings advance with it?
We often assume the two are identical. More automation, larger displays, smarter algorithms, and more seamless interfaces are treated as evidence of human progress. Yet the equation is not so simple. As technology takes over more tasks, life may become easier. At the same time, we may understand less about how those tasks are performed, what to inspect when something fails, or even the basic physical principles on which the system depends.
Convenience can expand our abilities. It can also become a source of fragility.
What Physical Controls and Digital Keys Reveal
Consider physical controls in a car. A touchscreen may look cleaner and allow manufacturers to rearrange menus or add features through software. But driving changes the problem. A physical switch can be found by touch without taking one's eyes off the road. It may still work with gloves, in an emergency, or when the display has frozen.
That is not merely an outdated interface. It is a direct connection between human sensation and mechanical function. As more controls disappear behind glass, the part of the car we can verify with our fingertips becomes smaller.
A phone-based key presents the same tension. Under normal conditions it is wonderfully convenient. But if account authorization fails, connectivity becomes unreliable, or the battery dies, a mechanically sound vehicle may become unusable. The motor has not failed. The wheels are still attached. Yet the car cannot move because an invisible layer of authentication above the physical machine has brought the entire system to a halt.
It is a revealing image of technological civilization.
A good tool extends human capability. A poorly designed one substitutes for human judgment until the underlying capability is forgotten.
The Most Advanced Systems Are Also Targets
The issue becomes more serious in the military sphere. Modern warfare depends on drones, satellites, GPS, data links, AI-assisted analysis, precision-guided weapons, and network-centric operations. These systems provide formidable advantages. They are also among the first things an adversary will try to disrupt.
What happens when communications fail, GPS is jammed, sensors are deceived, or data is corrupted? A military is not strong merely because it possesses advanced equipment. A strong military can continue its mission when that equipment no longer works as designed.
Can its personnel still navigate with a map and compass? Can they understand the commander's intent and exercise judgment when communications with higher headquarters are lost? Can they preserve essential functions through manual procedures when automated systems fail? When electronics fall silent, do human eyes, ears, and judgment remain reliable?
The more advanced our technology becomes, the more important some of our oldest competencies become.
Using Technology Better
This is not simply a matter of personal taste. It is a question of organizational resilience. Businesses, militaries, and societies do not necessarily become stronger by adopting more automation and AI. An organization whose members accept system outputs without understanding principles or structure may look efficient in ordinary conditions and still collapse with surprising speed in a crisis.
This is not an argument for rejecting technology. It is an argument for using it well. AI, electric vehicles, autonomous systems, networks, and software should continue to develop. But development should not make human beings less capable. Good technology should expand perception, judgment, and understanding rather than replace them and leave people weaker.
For Christians, this is also a question of stewardship and vocation. Tools may be received as gifts and developed for the common good, but they do not absolve their makers or users of moral responsibility. A system can assist judgment; it cannot bear guilt, practice wisdom, or love a neighbor in our place.
That, I think, is the deeper meaning of progress through technology.
Technology itself is not the true subject of progress. Human beings design it, interpret its outputs, use it, govern it, and bear responsibility for its consequences. If we hide behind technology without understanding its principles, limits, or fallback options, we have not achieved progress. We have built an exquisitely packaged form of dependence.
Progress Through Technology, but Whose Progress?
This is not a call to return to the past, nor a claim that the newest technology is automatically good. We need a more mature path between those habits.
Cars should become more intelligent, but not so opaque that drivers lose all feel for how the vehicle is moving. Interfaces should become more convenient, but essential functions should remain controllable by touch in an emergency. AI should become more capable, but unless human judgment and responsibility deepen with it, we will not become more advanced. We will become more dependent.
Audi's Vorsprung durch Technik should no longer be heard only as an old slogan of German engineering. In an age of AI, software, automation, and networks, it should become a wider question.
Progress through technology—but whose progress?
If technology advances while human beings do not, we may become more vulnerable in a more convenient world. Technologies that make life easier are multiplying. Technologies that make human beings wiser and more capable are far rarer. Only the latter deserve to be called progress in the fullest sense.
The path we need is neither a retreat into the world before technology nor surrender to a future in which the human person has disappeared.
Use technology without becoming subordinate to it. Enjoy convenience without losing perception, judgment, and basic competence. Make machines more intelligent while helping human beings become more discerning.
That is the meaning of progress through technology worth recovering in our time. It may also be the third option we need.