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"Hello." Ryan picked up the red phone.
The voice on the other end was warm but carried the unmistakable weight of someone accustomed to being the most powerful person in any room they entered.
"Ryan. This is the first time we've spoken directly. I've been wanting to have this conversation for a while. Things have been busy on my end. Today I finally have the time."
Ryan placed the voice immediately. He'd seen enough press conferences and Senate hearings to recognize it. The chairman of the board that oversaw Aegis Industrial's parent organization. The person who, in practical terms, controlled the largest defense-industrial apparatus in the country.
"I've been following your projects closely," the chairman continued. "I watched today's experiment on the laboratory cameras. No audio, unfortunately, but I could see the result. Three-person neural synchronization?"
"Successful. All three triplet sets achieved full sync. The liquid neural connection system is performing at specification for three-person operation. From here, it's a matter of training the pilots to sustain the connection for longer durations."
"Impressive. I've always believed in the neural link program."
A pause. Then the chairman's tone shifted from congratulatory to exploratory.
"I wanted to ask you something. The neural link's potential for controlling non-humanoid machines. We've seen demonstrations of brain-computer interfaces being used to pilot drones abroad. Our own teams have attempted to adapt your Scrapper system for unmanned aircraft, with mixed results."
Ryan rubbed his chin. "The neural link is most efficient when controlling a human-shaped machine. The pilot's own motor neuron pathways map directly to the mech's movements. The decoding is fast because the signal vocabulary matches the human body's vocabulary. The pilot can even use physical motion to reinforce the neural commands, which virtually eliminates decoding errors."
"Non-humanoid platforms are a different problem. Every action the aircraft needs to perform, engine ignition, weapon deployment, flight surface adjustments, has to be mapped to a different neural signal. An aircraft has dozens of discrete control functions, each requiring its own neural command pathway. Building that mapping is a massive systems engineering challenge."
"Is it something you'd be willing to pursue?"
Ryan considered. "Not at this time. My current project load is at capacity. The three-person drift is where I want to focus."
The chairman didn't sound surprised. "The drift is successful. What's your next step?"
"I want to build a large-scale mechanical arm. A single limb, scaled to Jaeger proportions, connected to the drift system. The purpose is to test the maximum neural pressure that human pilots can sustain when linked to a machine of that size. It's the critical unknown. We know the drift works between people. We know the neural link works between a person and a small mech. We don't know what happens when three connected minds try to drive something two hundred and fifty feet tall."
The line was quiet for a moment.
"The Jaeger," the chairman said. "Crimson Typhoon."
"Yes."
Another pause. Longer this time.
"Ryan, we've evaluated your Jaeger proposal thoroughly. Multiple review cycles. The technologies in your outline are genuinely visionary. The plasma cannon, the drift system, the reactor design, all of it represents potential breakthroughs across multiple domains."
"But."
"But building a two-hundred-and-fifty-foot combat mech for twenty billion dollars is, by any rational assessment, an enormous gamble. Our analysts believe the actual cost could be significantly higher. And once a project of that scale begins, the sunk-cost dynamics make it extremely difficult to stop, even if the results aren't materializing."
Ryan had expected this. The chairman's concerns were legitimate. Twenty billion dollars was a staggering commitment, and the people responsible for that money had careers, reputations, and institutional credibility on the line.
"Our preferred approach," the chairman continued, "is to extract the individual technologies from your proposal and develop them separately, in their respective fields, at a manageable pace. The plasma cannon is already underway. The neural link has commercial applications through your prosthetics venture. The reactor technology is being scaled for industrial use. Each of these can be validated independently, at lower cost, with lower risk."
"That approach would take decades," Ryan said.
"You're fourteen years old. You have decades."
"The technologies don't work in isolation. I've explained this before. The First Principles problem. You can't understand a component by studying it outside its system. You have to build the system to understand the component. Crimson Typhoon isn't a vanity project. It's a laboratory. The only laboratory that can teach us how these technologies actually interact under real-world conditions."
"I understand the argument. But twenty billion dollars for a laboratory is a hard sell, even with your track record."
Ryan knew this was the moment. The chairman had called him personally. Had watched the three-person drift in real time. Was still on the line, still listening, still open. If Ryan couldn't make the case now, he might not get another chance at this level.
"Sir, may I explain why I believe Crimson Typhoon matters beyond the technology?"
"Go ahead."
Ryan straightened in his chair.
"Building Crimson Typhoon isn't just a scientific endeavor. It's an economic and cultural one."
The chairman's posture changed. Ryan couldn't see it, but he could hear it in the quality of the silence. The man was listening differently now.
"Every major technology platform in history has generated economic value that dwarfed its development cost. The internet. GPS. Semiconductor fabrication. The initial investment looked insane at the time. The returns made the investment look trivial in retrospect."
"Crimson Typhoon contains over a thousand discrete technologies. Each one has potential applications outside the mech itself. The plasma cannon alone justifies the weapons research budget. The drift system has implications for coordinated operations across every branch of the military. The reactor design could transform the energy sector. The materials science required for the airframe will advance every industry that uses high-performance alloys."
"But those technologies can be developed separately," the chairman interjected.
"They can be developed separately and understood poorly. Or they can be developed together, inside the system they were designed for, and understood completely. The difference isn't just speed. It's depth. When you build the complete machine, you discover interactions between components that you could never predict from studying them in isolation. Those discoveries are where the real breakthroughs come from."
Ryan paused. Then he played his strongest card.
"And there's the cultural dimension. Crimson Typhoon wouldn't just be a machine. It would be a statement. The most advanced piece of engineering ever constructed by human hands, built here, by our people, with our technology. The global attention would be unprecedented. The talent it would attract, the partnerships it would enable, the industries it would spawn. We're not just building a mech. We're building a symbol of what this country can achieve when it decides to reach for something extraordinary."
The line was silent for a long time.
"You make a compelling case," the chairman said finally. "I'm not going to approve twenty billion dollars on a phone call. But I'm going to authorize the next phase. Build your test arm. Prove that the drift can control a Jaeger-scale system. If that works, we'll have a very different conversation about full construction."
"That's all I'm asking for."
"For now."
"For now," Ryan agreed.
The chairman chuckled. "You remind me of someone. I can't decide if that's reassuring or terrifying."
"Hopefully both, sir."
"Goodnight, Ryan."
"Goodnight."
The line went dead. Ryan set the receiver down on the red phone and sat in Patricia's empty office for a long time, thinking.
The test arm was approved. The next domino in the chain.
Build the arm. Prove the drift works at scale. Then make the case for Crimson Typhoon with data instead of words.
One step at a time. One piece at a time.
The Jaeger was coming.
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