The factory director has a new skill every day, which has broken down the strategic deception bureau

Lu Fan watched as the fifty robotic dogs, each with its own clear division of labor and duties, worked together in perfect harmony, comparable to an elite veteran squad.

There are none of the coordination chaos and command conflicts that are common in unmanned equipment.

He stood there, completely stunned.

Some of the robotic dogs were equipped with composite bulletproof armor, facing dense rifle fire and fragmentation impacts without retreating or collapsing, acting as a shield to break through the defense line head-on.

Some are equipped with light grenade launchers and individual rocket launchers for precise targeting and elimination of enemy forces in bunkers and for breaching obstacles.

Some units also carried enclosed supply compartments and medical modules to quickly transfer ammunition and rescue the wounded in blind spots of the front line.

The last batch of dedicated personnel conducted covert reconnaissance, encirclement, and blockade, effectively cutting off all enemy retreat routes.

The entire combat system is both offensive and defensive, with full logistical support and seamless tactical coordination, without any redundancy or errors.

Lu Fan exclaimed, "This ability to form differentiated groups of multiple aircraft and conduct synchronous and coordinated operations across the entire domain is the ultimate test of cluster-distributed intelligent algorithms and low-latency formation scheduling systems."

"Currently, the robot dog swarms in all countries around the world can only achieve simple synchronized movement of up to ten units."

"Once the division of labor becomes differentiated and the number exceeds thirty units, problems such as command delays, path conflicts, and tactical disconnects will arise."

"These fifty robot dogs operate simultaneously, achieving zero errors and zero delays in cross-functional collaboration thanks to this cluster algorithm."

"It has completely surpassed all existing technologies worldwide by a generation!"

"Wait...something's not right!"

This... why does this robot dog look so familiar?

It looks a bit like the robot dog I bought online?

Since the robot dog hadn't arrived yet, Lu Fan couldn't confirm it.

However, what really sends chills down everyone's spine are the battlefield environment parameters marked in the data.

In actual combat, Er Mao activated military-grade full-band electromagnetic suppression throughout the entire process, maximizing the interference intensity.

It covers all civilian and conventional military communication frequency bands.

However, all the robot dogs maintained stable signals, kept in formation, and executed commands accurately throughout the entire process.

None of the machines experienced loss of connection, loss of control, or misoperation.

Its anti-interference capability far exceeds that of the prototypes currently in service in various countries.

Su Zhe's understanding has been overturned: "It can maintain precise cluster collaboration even under high-intensity electromagnetic suppression."

"This indicates that it is equipped with an independent encrypted communication link and an anti-interference and fault-tolerant algorithm, with both the hardware module and the underlying program being fully utilized."

"This... completely solves the biggest battlefield pain point for military unmanned equipment."

"However, this tactic is somewhat similar to... a drone swarm..."

Within minutes, the entire conference room fell into complete silence. After reviewing the documents, everyone froze in their seats, their faces filled with blankness and disbelief.

They had previously been certain that the Russian bear's legged robot dog project was still in the initial project initiation and laboratory research phase.

It will take at least one to two years before the prototype is tested and mass-produced for military purposes.

It's simply impossible to quickly implement it in real-world scenarios.

But the real battlefield results and overwhelming technical parameters before their eyes shattered everyone's preconceived notions.

"Wasn't the Russian robotic dog project just initiated and underwent intensive research? How could it have achieved a technological breakthrough so quickly and been directly deployed in actual combat?"

"This pace is completely contrary to the usual research and development patterns!"

"This is outrageous..."

"Could it be that the intense battlefield pressure on Er Mao forced out the strongest Da Mao?"

"Is Russia really going to test its top-secret unmanned weapons?"

An invisible sense of oppression and urgency hung over the conference room, weighing heavily on everyone's mind.

Especially Gao Kai, the chief person in charge of the robot dog project.

At that moment, I felt ice-cold all over, and the pressure in my heart suddenly exploded.

The three teams worked in tandem, tackling challenges day and night with iterative adjustments, but were stuck on fundamental problems related to dynamic balance and cluster collaboration.

Research progress has been extremely slow.

However, the enemy has already deployed mature equipment capable of annihilating elite special forces teams in actual combat.

This generational gap is almost suffocating.

The entire venue was deathly silent, the atmosphere extremely oppressive.

Chen Jingshan swept his gaze across the researchers in the room, who all wore different expressions, and stared at Gao Kai, asking with a sense of pressure.

"The robot dog's combat capabilities and this core technology are right in front of everyone... I don't care about your feelings or your shock."

"I only have one question: how much room for improvement does our robot dog research project have to catch up?"

Gao Kai: "Director, which company manufactured these robot dogs?"

"Da Mao removed the trademark... so we don't know yet!"

"I mean, is it possible... this isn't a product from the Russian family!"

Chen Jingshan immediately retorted, "What if?"

Upon hearing this, Gao Kai was instantly speechless!

Yeah... what if!

Looking back 60 years, the military industry at that time thought of imitating its big brother and catching up with the United States.

The idea was to trade eight for one, even if it came at a higher cost, as long as we won.

So back then we tried every means to learn from and imitate others, but today, looking around the world, there are not many people or fields worth learning from.

And at this very moment, the only opponent of China's military industry workers is that one word: "what if".

When it came to developing the sixth-generation fighter jet, Shenyang Aircraft Corporation (SAC) said, "I have to do it independently, in case Chengdu Aircraft Industry Group (CAC) sabotages us."

Chengfei said, "Then I have to do it myself, just in case there are spies inside Shenyang Aircraft Corporation."

As a result, two sixth-generation fighter jets were launched simultaneously.

At this time, a noodle factory on the ground said, "What if the national team is wiped out?" So it secretly manufactured airplanes and took them into the sky, only to find that they were locked onto by its own radar.

Therefore, military engineers immediately developed a new type of anti-radar coating.

The radar unit took a look.

The radar couldn't lock onto our aircraft, so military engineers immediately developed an even more powerful radar.

Therefore, what we have seen in recent years is that China's military industry is stepping on its own two feet, spiraling upwards from the ground.

Initially, we developed a drone system, but we were afraid that the other side might have one too.

So we developed an anti-drone system.

But fearing that the other side might also develop anti-drone systems, we developed a drone swarm.

But fearing that there might also be swarms on the other side, they developed electromagnetic weapons to counter drone swarms.

Previously, the US said they wanted to develop an upgraded version of the AIM-120 missile, a revolutionary dual-pulse missile with strong terminal maneuverability.

If the Americans really manage to make this happen.

Our fighter jets are like target drones on the other side in the air.

So, we military engineers were wondering what to do next.

As a result, the PL-15 project was launched immediately.

In 2015, a dual-pulse powered missile with a range of 150 kilometers and an unpowered range of 100 kilometers was successfully developed.

At this time, the US's dual-pulse missile was still just a concept on PowerPoint presentations.

That's why PL-15 came about.

Our fighter jets will no longer need to engage the enemy directly, but can launch missiles from 200 kilometers away.

Then, the missiles were withdrawn and, guided by an early warning aircraft, the enemy aircraft were directly attacked.

However, we military industry workers are not happy or complacent because of this.

Because the technology of adding digital guidance to early warning aircraft is something the US has been using for decades.

Their unilateral crushing of Iraq during the Gulf War is the best proof of this.

Americans also use this tactic.

Therefore, military industry professionals are eager to know where the weaknesses of this system lie.

So... someone suggested it.

What if the AWACS is shot down before the war even begins?

Although it's unlikely, what if it is?

So we built the PL-17, with a range of 400 kilometers.

Specifically targeting the enemy's early warning aircraft.

The goal is to shoot down the enemy's early warning aircraft before their guided missiles can shoot down ours.

But who will detect the enemy's early warning aircraft?

Should we rely on our early warning aircraft?

What if someone else takes our place first?

So we pulled out the WZ-8.

This ultra-high-speed unmanned reconnaissance aircraft can reach a top speed of Mach 6-7.

The flight distance is approximately 7300 to 8500 kilometers per hour.

It rushes ahead to detect the location of enemy early warning aircraft and then guides missiles to strike them.

At this point, they are already far ahead.

However, our military engineers also asked a question: "What if the other side also has a hypersonic drone?"

So we pulled out an electronic countermeasures system for ultra-high-speed drones.

It can not only interfere with enemy drones, but also infiltrate enemy communications.

We could easily disrupt them before they even have a chance to do so.

But then I thought, if we can make it, the enemy can definitely make it too.

What if the other side has the same countermeasures?

So military engineers pulled out the Attack-11 stealth drone, which completely changed the rules of air combat.

In the past, early warning aircraft would direct fighter jets to launch missiles and then guide the missiles to strike enemy aircraft.

Now, early warning aircraft guide fighter jets, fighter jets guide drones, and drones launch missiles to strike enemy aircraft.

This way, the enemy will have no chance to catch our fighter jets, let alone encounter our rear early warning aircraft.

But that's not enough. What if? What if the other side attacks us with rocket artillery?

So, the military engineers took out the Land Shield 2000, whose rate of fire of 4000 rounds per minute was sufficient to deal with most situations.

What if there's a "what if" situation?

In rare cases, 4000 rounds per minute was not enough.

The military worker pulled out the Land Shield 3000, which was nicknamed "The Life-Taking 3000".

It has 11 30mm barrels and a rate of fire of 12000 rounds per minute, or 200 shells per second.

Unbeknownst to many, the military worker's word "what if" has become China's biggest adversary.

Today, the phrase "what if" has appeared again.

Our predecessors overcame one "what if" after another, and now it's our generation's turn!

Can it work?

The atmosphere in the room became extremely tense.

Just then.

Lu Fan's phone rang.

"Hello, this is SF Express. Your robot dog has arrived. Please come down and sign for it!"

……