History does not belong only to inventors. It belongs to those who take what already exists and reorganize it into something usable at scale.
Nikola Tesla represents the inventor: a man who imagined entirely new worlds of electricity and energy but never built a system that could be deployed widely.
Jeff Bezos represents the improver: He did not invent shopping, warehouses, or delivery trucks, but he reorganized them into a machine that changed how the world buys everything. Both matter. But in war, it is usually the improver who wins. Military history makes this clear.
In the 18th century, European armies had cannons, but they used them poorly. Guns were heavy, slow, and built differently in every foundry. Ammunition did not fit from one gun to another. Repairs were difficult and logistics a nightmare. Artillery was mostly used in static defensive positions. Armies fielded only a couple of guns per thousand soldiers and could barely move them once a battle began.
Then came Jean-Baptiste Vaquette de Gribeauval, a French artillery officer and engineer. He did not invent the cannon. What he did was redesign the entire system. He standardized gun sizes and parts. He made cannons lighter and easier to move. He ensured that wheels, barrels, and ammunition could be swapped between units and that soldiers were trained on the same equipment and followed the same doctrine. This turned artillery from a clumsy tool into a reliable and mobile weapon.
These reforms were tested in 1792 at the Battle of Valmy, when Prussian armies invaded France, and French forces were on the retreat.
When the French finally stood their ground, they dared not launch a direct assault against a qualitatively superior Prussian force. Hence, they remained in defensive positions and began bombarding the Prussian positions with their canons. The battle quickly devolved into a prolonged artillery duel. French guns, organized and standardized under Gribeauval’s system, fired faster, more accurately, and more effectively than the Prussians could match.
Successive Prussian attempts to reach the French lines were repelled. Their offensive was initially stalled, and then collapsed, sending them on a retreat back to Prussia.
The invasion failed, and no other subsequent invasion attempts were made. In France, the battle is still remembered as “the cannonade of Valmy” because it was artillery, not maneuvering infantry, that decided the outcome.
From reform to dominance
Napoleon Bonaparte later turned this reform into dominance. Before becoming emperor, Napoleon was an artillery officer. He understood how powerful this new system was.
With his newfound abilities, he habitually concentrated guns into massive formations called “grand batteries,” with sometimes over 100 cannons firing together. Artillery no longer supported infantry. It broke the enemy first.
Napoleon’s victories rested not only on genius but also on a standardized industrial system built before he took command. The improver made the conqueror possible.
A similar pattern is unfolding today in the Ukraine-Russia War. What began as hundreds of improvised hobbyist drones built in garages and small workshops has become an industrial doctrine.
In the early stages of the war, Ukraine’s drones resembled artillery before Gribeauval’s reforms: relatively expensive, scarce, non-standardized, and difficult to replace. Each unit used different frames, different electronics, and different payloads. Parts were not interchangeable. Training was inconsistent. Logistics were fragile. But as battlefield demand exploded, this ad-hoc model became unsustainable.
Ukraine did not solve the problem by creating a single state monopoly factory or consolidating procurement in a handful of large defense companies.
Instead, the state took control of production indirectly by procuring from a myriad of private workshops and small plants, while enforcing common standards. Frame sizes were normalized. Payload interfaces became largely interchangeable. Components became easier to repair and replace. Doctrine and training were unified.
In effect, Ukraine underwent its own Gribeauval-style reform: not inventing a new weapon, but reorganizing an existing one into a scalable system. The consequences now resemble a post-Gribeauval battlefield. Entire towns such as Myrnohrad, Pokrovsk, Kurakhove, and Vuhledar have been subjected to what soldiers describe as drone sieges. Supply lines are hunted daily by First-Person View (FPV) drones. Battlefields are saturated with low-cost, expendable systems. Failure is assumed. Losses are expected. Replacement is built into planning.
These drones are no longer rare assets. They are consumables used for intelligence, surveillance, and reconnaissance (ISR), for offensive strike missions, and for defensive area denial. Cheap local production, unified doctrine, and simplified logistics allow them to be deployed in enormous numbers and adapted rapidly to changing conditions.
This is not an invention. It is organization, scale, and doctrine. A modern Gribeauval moment.
Conversely, Israel today resembles the state of European artillery before Gribeauval. Its drone force is based on scarcity, sophistication, and high cost. Systems are over-engineered. Production is limited. Parts are not easily interchangeable. Doctrine is cautious and centralized. Drones are treated as precious assets that must not be lost. Many are imported, and those produced locally are very mission-specific.
On the other side, Ukraine treats drones the way Napoleon treated artillery: numerous, mobile and expendable. History shows this model wins. Modern warfare rewards mass, tolerance for loss, interchangeability, and speed over perfection. If Israel wishes to remain aligned with contemporary conflict, it is imperative that it undergoes its own Gribeauval reforms.
And the implications are enormous. Almost any drone can be turned into a guided or loitering munition. What was once a recreational device can become a precision weapon at a fraction of the cost of traditional systems.
A basic FPV strike drone may cost only a few hundred to a few thousand dollars, yet it can destroy or disable equipment worth hundreds of thousands or even millions. Even with high failure rates from jamming or interception, the economics remain decisive. If only one drone in five, or even 10, reaches its target, the cost-exchange ratio still favors the attacker. Losing several cheap drones to destroy a tank, artillery system, or radar is a rational trade. Failure is not a flaw of the system; it is built into the model.
Cheap drones also force the enemy to expend scarce and expensive interceptor missiles and reveal positions. A $1,000 drone can trigger a $100,000 defense response. Quantity itself becomes a weapon. And yet Israel has no structured national program to exploit this logic at scale.
Instead, it remains dependent on imported systems or boutique domestic platforms, expensive, slow to produce, and designed for narrow missions.
Modern war rewards cost advantage and mass, not perfection in small numbers. Battlefield dominance will not belong to those who produce the best drone. It will belong to those who can build 10,000 “good enough” ones. The wars of tomorrow will not reward perfection. They will reward those who can show up “en masse.”