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Dr. James Alcott was in his lab when the notification hit.
He opened the video on his phone, watched it in sixty seconds of fast-forward, and let out a long breath.
"It's comparable to our technology," he said to his assistant. "Maybe slightly behind, actually. The signal acquisition is slow. The matching took minutes. Our system locks on in under thirty seconds."
He replayed the moment where the prosthetic's fingers closed. Then he replayed it again.
"But nobody watching this video knows that," he said quietly. "They see a man move a hand with his mind. That's all they need to see."
He called his marketing lead. "We need to film our own demonstration. Today."
-----
Ryan's prosthetic video crossed borders the same day it was uploaded.
His international audience had grown steadily since the untethered Scrapper test. The original videos had been reposted to foreign platforms by fans, subtitled by volunteers, clipped and remixed and shared across every social media ecosystem on the planet. He'd never uploaded a single video outside the domestic platforms. He didn't need to. His audience came to him.
The prosthetic footage followed the same path. Within hours, fan-translated versions appeared on every major international video site. By evening, it was trending globally.
The comments were predictable in their variety:
"Where can I buy this? My brother lost his hand in Afghanistan."
"Disappointed. I wanted more mech content."
"My mother says I should study hard and become like him. My school does not offer a class in building giant robots."
"Every time I remember he is fourteen years old, I have to sit down."
"Similar technology has existed for years in academic labs. This is not as revolutionary as people think."
That last comment appeared in various forms under every repost. And it was technically correct. Brain-controlled prosthetics existed in research settings. Multiple universities had demonstrated neural-controlled limb movement. The technology was real.
What those commenters missed was the gap between "demonstrated in a lab by a team of fifty researchers using million-dollar equipment on a single pre-screened patient" and "demonstrated in a converted textile workshop by a teenager using a sensor cap the size of a baseball hat on a volunteer with no prior prosthetic experience."
The difference wasn't capability. It was accessibility. And accessibility was what turned research into products.
-----
Harvard University. The Whitfield Neuroscience Laboratory.
Professor Osman walked in without knocking.
The lab's director, Professor Andrew Whitfield, was at his desk reviewing scan data. He was a compact man with a thick beard and the permanently rumpled appearance of someone who owned one outfit and wore it every day. His lab was one of the two dedicated brain-computer interface research centers at Harvard, and his work on neural prosthetics was among the most cited in the field.
"Have you seen the news?" Osman asked.
"Which news?" Whitfield didn't look up.
"The mech kid. He's in your field now."
Whitfield knew about Ryan Mercer. Everyone in neuroscience knew about Ryan Mercer, the way everyone in aviation knew about the Wright brothers: unavoidable, frequently discussed, impossible to ignore. But Whitfield had filed the mech project under "impressive engineering, not my problem" and moved on.
Osman pulled up the prosthetic video on his phone. "Watch this."
Whitfield watched. His expression didn't change. When the video ended, he set the phone down.
"That's a basic neural acquisition system with slow signal matching and limited motor command vocabulary. Our lab demonstrated higher fidelity three years ago."
"I know that. You know that. The thirty million people who watched this video today don't know that."
The lab door opened. A woman in her forties walked in, right arm ending just below the shoulder. She greeted Whitfield warmly. Jennifer, one of the lab's long-term volunteers, here for her weekly session.
"Morning, Jen."
"Morning, Andrew." She glanced at Osman's phone screen. "Is that the kid with the robot? My son won't stop talking about him."
Whitfield guided Jennifer toward the testing area, where his graduate students were prepping the equipment. As she settled in, he turned back to Osman.
"What's your point?"
"My point is that you need funding. Harvard isn't going to increase your budget. You've been looking for private investment for months. Meanwhile, a teenager just uploaded a video that makes the entire world care about brain-controlled prosthetics, and you're sitting here with technology that's objectively better than his."
Whitfield was quiet. His lab's prosthetic system was more advanced than what the video showed. Jennifer could control a prosthetic hand with individual finger articulation, variable grip strength, and wrist rotation, all with sub-second response times. The neural acquisition was faster, the decoding more precise, the motor command vocabulary richer.
But nobody outside of academic conferences and classified literature reviews had ever seen it.
"You're suggesting I publicize my work."
"I'm suggesting you stop hiding it. You have a better product than the most famous teenager on Earth. If you show it, funding will come to you. Companies will come to you. You won't have to beg Harvard for scraps anymore."
"I'm a scientist, not a performer."
"Science doesn't pay for itself, Andrew. Research grants are, at the end of the day, a performance. You perform competence, and they give you money. Right now, a fourteen-year-old is performing competence better than you, with worse technology, because he understands something you don't: people have to see it to believe it."
Whitfield stared at his friend. The words stung because they were accurate.
"What would you have me do?"
Osman leaned in. "Simple. Film your best demonstration. Release it publicly. Let the world see what Harvard's lab can actually do. The kid raised the tide. Now ride it."
Whitfield thought about it for a long time.
Then he thought about his budget. About the grant applications collecting rejections. About Jennifer, who came to his lab every week because it was the only place she could feel her right hand, and who deserved a product she could take home.
"Fine," he said. "Set it up."
-----
Ten thousand miles away, Ryan was in a late-night meeting.
Reeves and Cross sat across from him, a thick data report between them on the table.
"The dual-connection protocols are fully validated," Reeves said. "Six experimental rounds, three pilot pairs, consistent results across all metrics. Neural synchronization rates, memory fragment exchange patterns, sustained connection durations. Everything is within the predicted parameters."
"We're confident the three-person drift is viable," Cross added.
Ryan flipped through the report. The data was clean. The progression was logical. Dual connections had been mastered. The pilots could maintain stable sync for extended periods. The neural pressure remained well within safety thresholds.
Three-person drift was the next step. The step that would determine whether a Jaeger could be piloted.
"Tomorrow morning," Ryan said. "First three-person connection test."
Reeves and Cross nodded. They'd expected this answer. They'd been ready for it since the fourth dual-connection test had come back clean.
Tomorrow, three minds would share one space for the first time in human history.
-----