Chapter 183: Technology
Like his old uniform—or the tactical gear worn by STF operatives—this one was also designed entirely in black. Every inch of its surface absorbed light, eliminating reflections and making it ideal for concealment. The material was mostly carbon-fiber fabric, reinforced at vital joints and the chest with matte black plates that provided protection without restricting movement.
At first glance, the uniform radiated quality and defense, but Adyr knew its real strength lay elsewhere. The demonstration videos he’d watched had hinted at a far more surprising feature.
He pulled the uniform out of its box, spread it on the floor, then took up his sharp left-hand sword. Without hesitation, he pressed the blade into an unarmored section at the abdomen. Despite its sharp edge, the sword met firm resistance. Still, that wasn’t the most impressive part.
Adyr gripped the uniform with one hand and pushed harder with the blade. Fibers parted with difficulty, and eventually, a clean cut appeared. Then he stopped and watched.
The torn fabric began to shift, as if it had a will of its own. Threads twitched and reached toward one another, pulling themselves back together. Within seconds, the gap had closed entirely, like a wound knitting itself shut. It was impossible to tell there had ever been a cut.
"Technology," Adyr murmured with a faint smile.
According to the shop’s description, they’d developed this feature by studying the Grave Bloom Spark extracted from the Cannibal’s body—a gruesome source for an elegant solution.
Humankind had always drawn its technologies from nature, and some of the most profound examples spoke for themselves. Velcro, for instance, was inspired by the tiny hooks on burdock burrs that cling stubbornly to clothing and fur. By mimicking this simple but effective structure, engineers created a fastening system now found everywhere, from shoes to spacesuits.
Another example can be seen in Sharklet surfaces, which reproduce the microscopic texture of shark skin to discourage bacteria and reduce microbial buildup. Hospitals and laboratories now use these patterned materials to help keep surfaces sterile without harsh chemicals.