Thanks, It's a way wider topic of society adaptation, Army need quality material, and army can lead the progress now and should attract best minds.
Should work with proper approach.

SBS Summary

When you need to kill three bosses to advance to the next level.

It's more about enterprise practices. Use Waterfall on strategic level and be Agile at tactical. Eventually it will all rely on involved people

And the commander who masters telemetry will outmaneuver the one who is still reading yesterday's report.
War has not changed in its purpose. It has changed completely in its architecture. Those who understand that distinction will define the next generation of military power.

The advantage goes not to whoever has the most, but to whoever processes reality fastest and acts on it most decisively. Data is the new terrain. Event pipelines are the new supply lines.

Conclusion
The factory model of warfare - mass production of firepower, industrial logistics, attrition over time - is giving way to something closer to a high-frequency trading floor.

The technology revolution did not ask permission to enter the battlefield. It arrived the same way it always does - gradually, then suddenly.

What was unimaginable a decade ago is now standard kit at the tactical level. Autonomous systems relay targeting data. AI-assisted analysis compresses intelligence cycles. Commercial satellite constellations provide persistent overhead coverage that was once the exclusive privilege of superpowers.

The Technology Revolution Completes Its Migration
The same forces that dismantled legacy industries in the civilian sector - cloud computing, sensor miniaturization, machine learning, real-time analytics - are now finishing their migration into the military domain.

War now demands a workforce that can hold a rifle and understand a data pipeline. That is a profound human capital challenge that most military institutions are still working to solve.

They are operators. And their domain - endpoint management, network segmentation, event correlation, threat detection - requires a depth of specialization that the traditional military personnel model was never designed to accommodate.

The difference is that enterprise IT going offline costs money. Military IT going offline costs lives.
Secure, resilient, low-latency infrastructure is no longer a support function. It is a weapons system. The people who design, defend and maintain that infrastructure are no longer support personnel

Perhaps the most consequential shift is infrastructural. Modern military operations demand communications architecture, cybersecurity posture, sensor integration, and data management at a scale and complexity that rivals - and in many cases exceeds - what large technology enterprises operate.

War Has More IT Than IT Itself

The clash itself generates your ranking. Units that instrument their operations, capture lessons in real time, and feed those lessons back into the next sprint improve at a rate that traditional after-action review cycles simply cannot match.

Continuous feedback over periodic reporting. Adaptive execution over scripted maneuver.

Every engagement produces a multidimensional datapoint: geospatial, temporal, kinetic, electronic, human.
This is not metaphor. It is methodology. The military is borrowing, consciously or not, the architectural logic of agile systems. Iteration over rigid planning.

Each operation is a sprint with defined objectives, measurable outputs, and immediate retrospectives. Each battle is an epic - a collection of coordinated sprints executed across domains simultaneously.

War Runs on Sprints Now
The most striking parallel emerging from modern conflicts is how closely high-tempo military operations now resemble software development at scale.

A dashboard that shows an adversary formation repositioning in real time does not just inform an operation - it can flip it entirely, converting a defensive posture into an offensive opportunity within a single decision cycle.

Monitoring dashboards are no longer the exclusive domain of network operations centers. They have migrated to the tactical edge, translating raw telemetry into situational awareness that commanders can act on while the situation still exists.

The cleaner and faster the data pipeline, the narrower that gap becomes - and in modern warfare, the difference between a five-minute lag and a thirty-second lag can be the difference between a successful strike and an empty target.

The Retrospective Problem
Traditional military reporting has always suffered from the same structural flaw: by the time information travels up the chain and becomes actionable intelligence, it is already history. Reports describe what was, not what is.

Every contact, every movement, every electronic emission is a signal. The battlefield has become an endless telemetry board, generating event after event in real time, and the commanders who win will be those who can read that board faster than their adversary can update it.

Speed, awareness, and complexity have been compressed into a single, relentless stream of data. The modern battlefield is no longer a fog; it is a glass house. Transparent, instrumented, and unforgiving.

War of Things: The Dawn of Event-Driven Warfare

The fundamental nature of war has not changed. Men still fight, commanders still decide, and ground still matters. What has changed - irrevocably and with accelerating velocity - is the operating environment in which all of this happens.

GSUA Winter Summary

No significant changes in targets, only wings +30%.

2220 attack sorties a day, 2.35 sorties per hit, 2.15 targets per yoblik.
Destruction rates - Tank: 5%, APC: 18%, LAT: 22%, Bike: 27%, personnel - 55%.