Military Leadership and Defense Innovation

Why do traditional military leadership and hierarchical leadership fail to produce effective innovation or development in the defense industries?

I previously wrote that the acceleration and development that occurred in the Turkish defense industries was accompanied by a change in the philosophy of management itself; there was a gradual exit of military leaders from managing defense companies, and the entry of civilian-technocratic leaders with a completely different way of thinking.

However, if we look at the issue from a purely economic perspective and understand why the military hierarchical style stifles innovation, we must grasp some simple concepts from institutional economics.

The first theory is Principal–Agent Theory (Principal–Agent Theory), which explains to us why individuals may sometimes act against the interests of the institution.

The idea is simply that any institution can be viewed through this theory as being composed of a "principal" (upper management) and "agents" (engineers, administrators, program managers). But the relationship between the two parties does not hinge on a complete alignment of interests.

In traditional defense industries, the "principal" (management) wants innovation and speed in work with a calculated amount of risk and new products.

However, the "agent" (engineers), when management has a strict military background, prioritizes not making mistakes, not being punished, and not drawing attention. They only seek to adhere to the rules and achieve "zero errors," even if that means "zero innovation."

Economically, this concept is known as Rational Inefficiency (Rational Inefficiency), which means that agents (engineers) do their work with lower performance but rationally, because incentives encourage them to avoid mistakes more than they encourage them to achieve.
In other words, engineers do not strive because they do not get rewarded for achievements while they are punished for making mistakes.

This leads us to the second concept, which is Zero-Error Culture (Zero-Error Culture), which is the primary enemy of innovation.

This culture naturally arises in any institution that punishes mistakes more than it rewards successes.
Consequently, agents (engineers) refuse to take risks and choose the safe path, even if it is slower and weaker.

This phenomenon has prevailed for many years in many defense industry companies around the world, including Turkey before 2004.

Imagine an institution with 300 procedural steps for approval, 50 signatures, and any small mistake exposes the employee to dismissal or severe punishment! It is certain that no one will try a new idea, and no one will say, "Let’s try this method; it might succeed."
No engineer will risk an idea that might fail, even if it has the potential to change the future of the entire industry.

Here we reach Incentive Theory (Incentive Theory), which simply says: If there is no reward for innovation, innovation will not happen.
People do what the system rewards them for, not necessarily what they should do.

If military management logic rewards discipline, mistake avoidance, following orders, and completing procedures, it is natural that we only see projects moving forward with a slow bureaucratic philosophy, hesitant engineering teams, delayed ideas, and slow development..

Innovation requires space and a culture that encourages risk-taking and experimentation, but the military system is fundamentally designed to minimize risk rather than manage it.

Here we arrive at Perfect Optimization Trap (Perfect Optimization Trap). In traditional defense industries, there is a common ailment represented by the desire to reach the "best product in the world" from the first version without errors.. Economists call this "the pursuit of perfection under bureaucratic constraints," which is literally one of the main reasons for the delays of about 80% of European armament projects..

When you try to make every project perfect and insist that every specification be at the highest global standard, and every modification undergoes ten evaluation committees, the natural outcome is that reaching a final product takes ten years instead of two.

This is completely contrary to the essence of innovation, because innovation occurs through iterative steps and continuous experimentation, while traditional military thinking wants success from the first attempt.

In any real technological industry, risk is part of the game. Innovation does not emerge from fear, discipline, following orders, long reports, and sequential approvals, but requires the freedom to make decisions, assume responsibility for experiment and failure, provide rewards for successful ideas, and build a culture based on learning through trial and error..
All of this is in complete contradiction to the traditional military environment..

For this reason, when civilian leadership entered the field of Turkish defense industries, the margin for initiative widened, and innovation rapidly increased.

This is an AI-generated English translation. The original text is in العربية