menu_open Columnists
We use cookies to provide some features and experiences in QOSHE

More information  .  Close

The Civilian Black Box

75 0
22.09.2026

The Civilian Black Box

What Airlines, Soyuz, SpaceX and Modern Engineering Can Teach Us About Protecting People in War

When an airliner crashes, we search for the black box.

We recover the flight-data recorder.

We recover the cockpit-voice recorder.

Investigators reconstruct what the aircraft was doing, what its systems were doing, what the crew knew and what happened in the final moments.

The purpose is not simply to count the dead.

It is to understand the failure.

The International Civil Aviation Organization makes an important distinction. Under its international accident-investigation framework, the objective of a safety investigation is the prevention of future accidents and incidents; assigning blame or liability is not its purpose.

That separation helped aviation build one of the world’s most powerful cultures of learning from catastrophe.

Something terrible happens.

Preserve the evidence.

Understand the sequence.

Try not to let it happen again.

A missile strikes an apartment building.

A shell hits a street.

A building damaged months earlier collapses.

A parent disappears beneath rubble.

The world counts casualties.

Sometimes there is an investigation.

Sometimes there is compensation.

Sometimes there is neither.

And eventually the world’s attention moves elsewhere.

Perhaps civilians need a black box too.

Not a black box belonging to Ukraine, Russia, Sudan, Israel, Palestine, America, China or any military alliance.

A black box belonging to humanity.

Call it the Civilian Black Box.

Its rule would be extraordinarily simple:

One civilian harmed. One record. One continuing responsibility.

First, Learn From Spacecraft

The engineering principle begins with Soyuz.

Place Russia’s Soyuz beside SpaceX’s Crew Dragon and the contrast is remarkable.

Dragon represents a modern engineering philosophy: sophisticated software, extensive automation, touchscreen interfaces, sensors and an integrated emergency escape system.

Soyuz comes from another lineage.

It is smaller and more mechanically conservative. Its fundamental architecture reaches back decades.

But Soyuz embodies one of safety engineering’s most valuable principles:

assume that something will fail.

Then create another route to survival.

If normal systems cannot bring Soyuz home under relevant failure conditions, the spacecraft has degraded modes, including ballistic re-entry.

The ride may become harsher.

Precision may be lost.

The mission may be over.

But the humans can survive.

SpaceX solves some of the same problems differently.

Crew Dragon integrates eight SuperDraco abort engines into the spacecraft. Instead of depending upon a traditional escape tower, Dragon itself can rapidly separate its crew from a failing launch vehicle.

Two different architectures therefore produce a common principle:

Normal. Backup. Survival.

Normal means accomplish the mission.

Backup means continue after failure.

Survival means forget the mission if necessary and save the human.

That hierarchy should exist in every conflict zone on Earth.

Then Learn From Airlines

Commercial aviation adds another principle.

Do not merely survive catastrophe.

Aircraft recorders preserve information precisely because human memory, institutional incentives and physical evidence can disappear after disaster.

Investigators examine wreckage, aircraft systems, flight recorders, human factors and the sequence of events.

Aviation consequently turns individual catastrophes into collective knowledge.

War should do the same for civilians.

When a civilian is killed or seriously injured, there should be a permanent independent record.

Who depended upon this person?

What evidence survives?

What medical treatment is required?

Was the building already damaged?

Were warnings available?

Did emergency communications work?

Was compensation provided?

What happened to the children afterwards?

The objective is larger than casualty counting.

It is to reconstruct the human consequence.

Ukraine: The First Failure Mode

Ukraine demonstrates why.

UN human-rights monitors recorded at least 372 civilians killed and 2,349 injured during August 2026 alone.

During the first eight months of 2026, they verified 2,222 civilians killed and 13,058 injured—already exceeding the civilian casualties recorded during all of 2025.

Each casualty produces........

© The Times of Israel (Blogs)