Part 3 — Escape: Chapter 5
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James moved through the lab the way people move through spaces they've spent so much time in that navigation has become unconscious, weaving between workbenches without looking at them, talking as he went.
"The fundamental challenge with the nanomachine architecture," he said, at the pace of someone who had explained this before but hadn't lost interest in it, "is that the original design wasn't built to be understood from the outside. It was built to function. Whoever engineered these machines wasn't thinking about documentation — they were thinking about results. So what we've been doing, essentially, is reverse-engineering a language by reading sentences we don't fully understand yet." He sidestepped a rolling equipment cart without breaking stride. "The prototype suits gave us something we didn't have before — behavioral data under real operational conditions. How the machines respond to stress, to damage, to prolonged use. That's the kind of information you can't get in a controlled environment, and it's moved us forward considerably."
"How considerably," Flag said.
"We understand the replication sequence now. Not well enough to replicate it ourselves, not yet, but well enough to predict it. That's not nothing." James glanced back over his shoulder. "Independent manufacture is still years away. But we're asking better questions than we were six months ago, which is how you know you're making progress."
They passed a station where two technicians were running a holographic simulation of something that looked like interlocking geometric structures assembling and disassembling in a loop. Rojo slowed to watch it, her head tilting slightly. She moved on when the group did.
James stopped at a door set into the far wall of the lab, separated from the main space by a short corridor. He punched in a code on the panel beside it, waited for the beep, and pushed it open.
The room beyond was smaller than the main lab and organized with a different logic — personal rather than institutional, the kind of space that reflects a single mind rather than a collective process. The workbench along the left wall was covered in handwritten notes layered over printed diagrams, the edges of papers held down by equipment that had been repurposed as paperweights. A secondary display mounted above it showed biological models rotating slowly, cellular structures in cross-section. Shelves on the right wall held specimen containers and reference materials in an order that made sense to whoever had arranged them. The overhead lighting was warmer here, angled rather than flat.
James spread his hands slightly as they filed in. "My corner of the operation. The main lab is collaborative. This is where I think."
Flag looked around the room. "What kind of research?"
"Animals." James said it with the simplicity of someone naming a lifelong relationship. "Always animals. I did my doctorate in veterinary science, added degrees in genetics and xenobiology afterward, but the animals were always the center of it. The way biological systems solve problems — the elegance of the solutions, the efficiency — there's nothing else like it in nature." He moved toward something in the far corner of the room, covered by a grey tarp, and turned back to face them. "Which brings me to your question, Lieutenant."
Steel had asked the question ten minutes ago and hadn't repeated it. James had clearly been holding the answer until this moment.
"If the target disappears before anyone gets a proper reading, how do you find it." He took the edge of the tarp in one hand. "You find it with something that doesn't need instruments."
He pulled the tarp away.
The cage was medium-sized, solid construction, the bars thick. Inside it sat a bat.
Not a bat in any sense that the word usually covered. It stood as tall as a teenager, its body dense and covered in fur so thick along the back it looked more like hide. The ears rose sharply from the top of its head, fully alert, rotating slightly in response to the new people in the room. Its eyes were red and luminous, catching the light and holding it. Its mouth, partially open, showed teeth that had no interest in being anything other than what they were — dense, layered, built for something with resistance to them. The claws on its hands and feet were long and curved, the wings folded against its body with a span that, extended, would have filled most of the room.
It looked at the assembled group with an attention that felt considered rather than animal.
James looked at it the way a person looks at something they made and are genuinely proud of.
"Magnificent," he said. "The Sun Eater." He turned back to them, the excitement in his voice the unperformed kind. "Modified at the genetic level. Enhanced sensory architecture — it can detect an energy signature of the specific frequency we're tracking across an entire city's range. Once it locks on, it follows the source until it reaches it. No instrument lag, no signal dropout, no tracking algorithm that can be lost. It simply goes where the energy is."
Rojo had begun a slow circuit of the cage, looking at the Sun Eater from different angles with the focused appreciation of someone evaluating a weapon. The creature tracked her movement with its red eyes without otherwise reacting.
"Okay, doc," she said. "I like him. Where's the hardware for the slaughtering ?"
"Capture," Waller said, with the flat precision of someone correcting a word choice that matters. "We're capturing it, joel."
Rojo completed her circuit of the cage. "Sure.— she shrugs —Where's the hardware for that."
James led them deeper into the room.
Four suits stood on mannequins against the back wall, and the group slowed when they saw them.
They were black — not the flat black of painted surfaces but the deep, light-absorbing black of materials engineered to be that way. The surface had a faint reactive quality to it, a subtle shift when the room's lighting caught it at different angles, as though the material was paying attention. Nothing about the design was decorative. Every line and contour had a purpose visible enough that the overall impression was less clothing and more architecture.
"The Xenoskin," James said. He picked up a tablet from the table beside him and entered a short sequence.
The suit on the far left responded immediately. A blade extended from the forearm section, paused, then reconfigured — the blade widening, flattening, becoming an axe head. That shape held for a moment before the mass redistributed again into a compact assault weapon configuration, then compressed further into a dense grenade-like form before returning to neutral.
"Second generation," James said. "The prototype gave us the behavioral data we needed to refine the architecture. This version is a biosuit in the complete sense — it doesn't go on over the host, it integrates with them. It reads the host's neural patterns and responds to intent rather than input. You think about needing a blade and the blade is there before you've finished the thought."
Flag picked up the laser tool James offered without being asked, aimed at the nearest suit, and fired.
The beam was sustained and visible, the kind of output that left no ambiguity about its capacity — a focused thermal beam calibrated to three thousand degrees Celsius, hot enough to saw through a vehicle's frame in seconds.
He held it on the suit for thirty seconds. The power cell indicator dropped toward empty.
The suit showed nothing. No scoring, no discoloration, no deformation of any kind.
"That beam could cut a car in half lengthwise," James said, "and the suit read it as background noise." He took the tool back from Flag. "As long as you're wearing it, you can go toe to toe with a significant range of enhanced individuals."
Waller looked at the suits with the expression she wore when something met the standard she'd set for it. "The doctor has outdone himself."
James accepted this without visible reaction, then exhaled once through his nose. "There are limitations. The nanomachines self-replicate and assimilate damage, but that process has a ceiling. Extended engagements push the machines toward the limit of what they can compensate for, and past that limit the suit's integrity degrades faster than it can repair. Additionally" — he set the tablet down — "sub-zero temperatures. The machines lose function in extreme cold. The suit doesn't fail catastrophically, but it locks up. If you're in a sustained engagement where the temperature drops that far, disengage. Don't wait to see how the suit handles it, because it won't."
He looked across the four of them.
"With that said — the best way to understand what it can do is to be wearing it." He gestured toward the suits. "I'd suggest getting acquainted."