BY LANRE OGUNDIPE
THE DEEPEST lesson of Ukraine is not simply that cheap drones can damage expensive weapons, or that technology has made warfare more distributed.
It is more consequential than that.
Modern deterrence increasingly depends on resilience: the ability to absorb the first blow without allowing the attacker to convert disruption into political collapse.
Resistance asks: Can you stop the attack?
Resilience asks: What happens after the attack succeeds in damaging something?
A missile can destroy a runway. A cyberattack can disrupt a network. Electronic warfare can degrade sensors and communications. A damaged subsea cable can reduce connectivity. A blockade can interrupt fuel and food deliveries. A drone strike can destroy an expensive platform.
A state that has concentrated all its communications in a few vulnerable nodes, depends on uninterrupted fuel imports, has little spare industrial capacity and cannot replace damaged weapons quickly may possess formidable weapons while remaining strategically fragile.
None of those effects is necessarily decisive.
The decisive question is what happens next.
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Can the runway be repaired? Can communications be rerouted? Can energy supplies be rationed and redistributed? Can damaged equipment be replaced? Can drones and munitions be produced faster than they are consumed? Can software be rewritten as the adversary changes tactics? Can government continue to function? Can financial transactions continue? Can the population retain confidence that the state remains capable of fighting?
This changes the meaning of deterrence.
The objective is no longer merely to convince an adversary that it cannot destroy you. It is to convince the adversary that its initial investment in force will not purchase the political outcome it expects.
The attacker may damage the runway, cut the cable, jam the network, destroy the fuel depot, sink the ship or disrupt the port.
The question is whether those blows produce collapse—or merely friction.
If the defender can repair, reroute, regenerate, adapt and continue functioning, the initial attack has failed to deliver the political result for which it as intended.
That is the emerging logic of deterrence:
You cannot disrupt us faster than we can recover.
That is a much harder problem for an attacker to solve—and a much harder problem to price.
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A state that has concentrated all its communications in a few vulnerable nodes, depends on uninterrupted fuel imports, has little spare industrial capacity and cannot replace damaged weapons quickly may possess formidable weapons while remaining strategically fragile.
A smaller state with distributed infrastructure, redundant communications, dispersed military systems, domestic repair capacity, reserve stocks, resilient logistics and a society capable of functioning under pressure may be harder to defeat than its balance sheets suggest.
The decisive resource, therefore, is not simply firepower.
It is time.
The Seven Clocks
A Taiwan crisis would not be governed by a single countdown. It would be governed by several clocks running simultaneously, with each altering the speed and value of the others.
The PLA clock measures how quickly China can generate coercive pressure: missiles, aircraft, naval and coast-guard forces, cyber operations, electronic warfare, inspections, quarantine measures, blockade pressure and other instruments of military-economic coercion.
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The Taiwan clock measures how long Taiwan can continue functioning under that pressure: maintaining energy, communications, ports, government continuity, military logistics, financial systems and public confidence.
The Alliance clock measures how quickly the United States and regional partners can make decisions, share intelligence, establish logistics, move forces and coordinate a response.
The Industrial clock measures how quickly damaged capabilities can be replaced: missiles, interceptors, drones, sensors, communications equipment, spare parts, fuel and other critical matériel.
The Chinese economic clock measures how long Beijing can sustain the costs of coercion itself: disrupted trade, sanctions, capital-market pressure, supply-chain shocks and damage to an economy deeply integrated with global commerce.
The Semiconductor clock measures how quickly the rest of the world can reduce its dependence on Taiwan’s concentrated advanced-chip ecosystem—and therefore how long disruption remains globally consequential.
Above them all sits a seventh dimension: the Nuclear clock.
It measures how quickly a conventional confrontation begins generating incentives for nuclear signalling, escalation management and risk manipulation.
The clocks are not independent. They form a causal system.
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The PLA clock tries to make the Taiwan clock expire first.
China’s strategic advantage is therefore not simply the number of missiles, ships or aircraft it possesses. It is the possibility of generating enough simultaneous pressure that Taiwan’s political and military functions begin to fail before outside assistance can become effective.
Taiwan’s answer is to slow the political payoff of the PLA clock by extending its own functional endurance.
That is why resilience matters.
The important questions are not merely who has more, but who can continue functioning after the first blow; who can replace what has been destroyed; who can repair what has been damaged; who can adapt faster; who can restore communications; who can maintain energy; who can preserve political cohesion; who can absorb economic pain; and, ultimately, who can keep the conflict below the threshold at which escalation becomes uncontrollable.
If Taiwan can maintain communications after cable damage, preserve energy after maritime disruption, repair infrastructure, disperse command systems, regenerate unmanned platforms, replace damaged equipment and maintain government continuity, China’s initial military superiority does not automatically produce political victory.
The Alliance clock then becomes critical.
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Outside assistance has value only if Taiwan remains functional long enough for that assistance to matter. A perfectly equipped alliance that reacts after the defender’s political and logistical systems have already collapsed may arrive too late.
The Industrial clock determines what happens after the first stocks of weapons are consumed.
Modern war can burn through precision munitions, interceptors, drones and spare parts at extraordinary speed. The side that cannot replenish them eventually loses capabilities regardless of how sophisticated its original arsenal was.
This is why Ukraine has exposed a problem that military procurement often obscures:
Stockpiles are not the same thing as sustainable combat power.
Combat power is partly the rate at which a system can be regenerated.
The Chinese economic clock introduces the reverse pressure.
A short, tightly controlled operation may impose manageable costs on Beijing. A prolonged confrontation is different. Trade disruption, sanctions, capital-market instability, export losses, shipping disruption and damage to China’s own industrial inputs could cause the costs of coercion to accumulate.
This does not mean economic pain would automatically stop China.
It means duration changes the calculation.
The longer coercion continues without decisive political success, the more China’s own economic clock begins to matter.
The Semiconductor clock operates on a different timescale.
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Taiwan’s advanced semiconductor ecosystem cannot simply be recreated elsewhere by announcing new fabs. Manufacturing capacity requires equipment, engineering talent, supplier networks, process knowledge, logistics and advanced packaging capabilities. Building redundancy therefore takes years.
That creates a paradox.
The more strategically important Taiwan’s semiconductor ecosystem becomes, the greater the global incentive to protect it. But the longer the world remains dependent on a concentrated ecosystem, the greater the economic shock created by serious disruption.
The world therefore has its own question:
How quickly can it build redundancy before a crisis forces the issue?
And then there is the Nuclear clock.
As conventional confrontation becomes longer, more expensive and more politically dangerous, nuclear signalling can enter the calculation. Its purpose need not be to use nuclear weapons on the battlefield. Nuclear capabilities can instead be used to signal resolve, raise the perceived cost of intervention, create uncertainty about escalation and encourage an opponent to exercise restraint.
That creates a dangerous paradox.
A defender’s successful resistance can make a conflict less attractive to the attacker—but it can also increase the temptation to manipulate escalation when conventional pressure fails to produce the desired result.
Exercises, deployments, alerts or nuclear rhetoric can then be interpreted differently by different actors. A signal intended to deter escalation can instead produce fear of imminent escalation.
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The nuclear dimension therefore cannot be treated as an appendix to conventional war.
It is part of the crisis architecture.
THE CLOCKS INTERACT
The strategic contest can be reduced to a contest over time.
China tries to compress Taiwan’s time.
Taiwan tries to expand it.
The Alliance tries to arrive before that time runs out.
Industry determines whether the response can be sustained.
China’s economy determines how long Beijing can sustain the pressure.
The semiconductor system determines how quickly the global economy can adapt to disruption.
The nuclear clock determines how far the entire system can safely escalate.
This is why a simple comparison of ships, aircraft and missiles can be deeply misleading.
The important questions are not merely who has more, but who can continue functioning after the first blow; who can replace what has been destroyed; who can repair what has been damaged; who can adapt faster; who can restore communications; who can maintain energy; who can preserve political cohesion; who can absorb economic pain; and, ultimately, who can keep the conflict below the threshold at which escalation becomes uncontrollable.
That is the new battlefield.
It is not measured only in kilometres, tonnage or missile counts.
It is measured in time-to-repair, time-to-replace, time-to-adapt, time-to-decide and time-to-recover.
The most important strategic asset may therefore be the ability to make an adversary’s first strike produce disruption without producing decision.
That is resilience.
And resilience, properly understood, is not passive defence. It is deterrence by denying the attacker the outcome it believes its initial advantage will purchase.
The new deterrence equation is therefore more demanding than the old one.
Not simply:
You cannot defeat us.
But:
You cannot disrupt us faster than we can recover.
That is the infrastructure of endurance.
Ogundipe, public affairs analyst and former President Nigeria and Africa Union of Journalists, writes this column every Monday.
