Time rolled back more than ten minutes, to the moment the war robots first set foot aboard the Enrojet flagship.
To break through the interception systems deployed by the enemy, the war robots raised their cannons and unleashed ferocious attacks on their targets.
Just as the Enrojet Command Center's attention was fully drawn to them, specially designed projectiles were fired amid the barrage, slamming into the warship's decks and various devices.
No one noticed that these silvery-white projectiles did not explode violently on impact. Instead, they rapidly "melted," seeping into every crevice like pools of silvery-white liquid.
This was the Academy of Sciences' latest research achievement-the nano-infiltration device.
Under the original design concept, they were supposed to be mounted on curvature missiles, infiltrating enemy computer systems through attacks launched from extreme range.
But actual combat was far too complicated.
For one thing, with various composite shields and interception weapons in place, curvature missiles had difficulty approaching enemy warships.
For another, the enemy could physically sever an infiltrated warship's communications links at any time to block Zero's intrusion. Attacking too early would not only fail to achieve the intended effect, but could even alert the enemy.
Thus, the device was ultimately used in an interstellar boarding operation to seize control of the flagship.
These silvery-white projectiles consisted of vast numbers of specially modified nano-robots, with greater endurance and mobility.
In the volley just fired, each war robot had launched more than ten of these specialized projectiles on average.
In unseen corners, enormous numbers of nano-robots launched a saturation attack on the flagship from every direction.
An overt assault concealed a covert infiltration!
Once some of the nano-robots successfully made contact with the tachyon communication equipment,
the war was already over.
The scene it had expected did not appear on the