Having superior weapons, better equipment, or a stronger defensive position does not automatically mean you are going to win.
Numbers matter. But how you organize those numbers matters even more.
Let's use a military analogy.
Imagine 20 security personnel standing in front of you. They are equipped with helmets, shields, batons, and protective gear.
Now imagine you have 60 people.
That is a three-to-one numerical advantage.
Most people see 20 armed, equipped individuals and assume there is no way through.
I see 60 people who have the potential to operate as a coordinated team.
Here is the part people miss: leapfrogging.
In military operations, leapfrogging is a method of coordinated movement. Rather than everybody moving independently, teams work in sequence, with one element supporting another as responsibilities shift.
One team performs its assigned function while another prepares to assume the next responsibility. The process repeats.
The objective is not to have 60 people doing the same damn thing. It is to have 60 people doing different jobs toward the same objective.
Think about that.
You have three groups of 20.
Each group has a responsibility. Each understands its role, its timing, and how its actions affect the other groups.
That is the difference between a crowd and an organized force.
Now, apply that principle to the security scenario.
The defenders have equipment, training, and a position to hold. The larger group has numbers, but those numbers mean very little without discipline and coordination.
In an actual confrontation, attempting to overwhelm security personnel or take their weapons could produce catastrophic injuries. A three-to-one advantage does not establish how many people would be hurt or who would prevail.
But the underlying military principle is worth understanding.
Leapfrogging is about maintaining coordinated progress while distributing responsibilities across a team.
And this is not limited to combat.
Look at manufacturing.
One team prepares materials. Another assembles. Another performs quality control. Another handles distribution.
Each team advances the objective by completing its responsibility and allowing the next team to continue.
Look at software engineering.
Designers establish the interface. Developers build the functionality. Testing teams validate the results. Deployment teams deliver the product.
Different responsibilities. Shared objective.
Sixty people running around independently are just sixty people. Sixty people operating under a coordinated plan become something entirely different.
That is what military training teaches you to recognize.
It is not simply about strength.
It is not simply about equipment.
It is about understanding your objective, assigning responsibilities, maintaining discipline, and coordinating movement.
Conversely, a smaller, better-organized group can outperform a much larger one.
That is why I look at team structure before I look at headcount.
Numbers create potential. Coordination turns potential into capability.
And leapfrogging is one example of how coordinated teams maintain progress without everybody trying to do the same job at the same time.
That is the theory. And it is applicable to a hell of a lot more than combat.