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Ryan settled into the chair and found his rhythm.
"Mechs have a unique property that no other technology platform shares," he said. "They're inherently spectacular. A two-hundred-and-fifty-foot humanoid machine standing in the ocean is something that every human being on the planet would stop and look at. It's visceral. It's primal. It bypasses analysis and goes straight to the gut."
"When I livestreamed Scrapper's untethered test, ten million people watched in real time. Not because they understood the plasma reactor or the neural link or the energy distribution architecture. Because a giant robot ran through a fence. That's it. That's the entire appeal. It moved, and it was huge, and people lost their minds."
"If I'd livestreamed a battery test instead, showing the same plasma reactor technology in a lab setting, do you know what would have happened?"
The chairman thought about it. "Nothing."
"Exactly. Nobody watches battery demonstrations. Nobody shares them. Nobody talks about them at dinner. But a mech? A mech is front-page news in every country on Earth. The technology inside it could be identical, and the public response would be completely different."
"That's the cultural argument for Crimson Typhoon. It's not just a laboratory. It's a landmark. The most visible, most talked-about piece of engineering ever built. And every conversation about it, every news segment, every tourist who comes to see it, every kid who puts a poster of it on their wall, that's attention. That's influence. That's soft power."
The chairman was listening carefully now. This wasn't the usual pitch. This wasn't "fund my research because the science is important." This was "fund my research because the product will reshape how the world sees us."
"Our facility is on the coast," Ryan continued. "The barrier islands are less than twenty miles offshore. If Crimson Typhoon is built and tested here, it will be visible from those islands with the naked eye. You can't hide a two-hundred-and-fifty-foot machine. Satellite imagery will detect it within hours of its first outdoor appearance."
"So why try to hide it? Make it a feature, not a liability. The islands already have tourism infrastructure. A Jaeger standing in the ocean within visual range turns them into the most visited destination in the country overnight. The economic impact on the surrounding region would be measured in billions annually."
"And the security implications of foreign observation?"
"Minimal. Crimson Typhoon has an armored exterior. Foreign intelligence can photograph it, measure it, estimate its weight and speed. They'll learn its dimensions and its gait pattern. None of which tells them anything about the technologies inside: the drift system, the reactor design, the plasma cannon, the neural architecture. The exterior is a shell. The value is internal."
Ryan paused for effect.
"We could even use it for strategic misdirection. Publicly demonstrate capabilities that suggest one thing while the actual specifications are something else entirely. Let foreign analysts build their models around what they can see. They'll be wrong, and they won't know it."
The chairman was quiet for a moment. "You're proposing to use a two-hundred-and-fifty-foot robot as a tourism attraction and a disinformation platform."
"I'm proposing to use it as a technology laboratory that also happens to be a tourism attraction and a disinformation platform. Three birds, one very large stone."
A pause. Then a sound that might have been a chuckle suppressed into a cough.
"You make an interesting case. But you haven't addressed the fundamental risk. If the project fails, if Crimson Typhoon can't be built, none of the secondary benefits materialize, and we're left with a twenty-billion-dollar hole."
Ryan glanced at his system panel. Project Two: sixty-seven percent. In less than six months since Scrapper's completion, the system had unlocked more than two-thirds of Crimson Typhoon's technology base. At this rate, the remaining technologies would be available within months. The engineering wasn't speculative. It was inevitable.
But he couldn't explain that.
"Give me more time," Ryan said. "I'll deliver results that make the risk assessment irrelevant."
The chairman seemed to recognize that Ryan had reached the limit of what he could promise without revealing something he wasn't willing to share. The conversation pivoted.
"Let's discuss your energy systems."
Ryan knew this was coming. The real business.
"We've completed preliminary testing of your plasma reactor and ion battery technologies in military applications," the chairman said. His voice had lost its casual warmth. This was the institutional voice. The voice that moved budgets and shaped policy.
"A single ion battery can power a main battle tank for approximately twenty miles of continuous operation. If the plasma reactor is used as the primary power source, that range extends to fifty miles. With no combustion, no exhaust signature, no thermal footprint detectable by conventional surveillance."
The chairman let those numbers sit in the silence.
"What you've invented isn't an energy system, Ryan. It's a strategic weapon. An oil-economy killer. If these technologies reach commercial scale, the global energy market restructures overnight. Oil-dependent economies collapse. Petrodollar alliances fracture. Supply chains that have been stable for seventy years disintegrate."
"I'm aware of the implications."
"Then you understand why we're asking you to hold off. The reactor and battery patents are yours, per the terms of our agreement. You have the legal right to license them commercially at any time. We're asking you, as a matter of strategic coordination, not to enter the energy market until we've developed a deployment framework that manages the transition."
"What's the timeline?"
"Years, not months. Possibly a decade. We need to position our own energy infrastructure, negotiate with allies, prepare contingencies for the economic disruption. If the transition happens too fast, it destabilizes everything. Including us."
Ryan understood. He'd always known the reactor and battery patents were too powerful to deploy casually. An energy technology that made oil obsolete wasn't just a product. It was a geopolitical event. Dropping it into the market without preparation would be like detonating a bomb in the global economy.
"I'll cooperate," Ryan said. "On one condition."
"Name it."
"Invest the compensation in the Crimson Typhoon project."
A long silence.
"Those are separate matters. We can't tie energy policy to mech construction."
Ryan had expected the rejection. He had a backup.
"Then grant Prism Sciences a full tax exemption for the duration of the hold period. As long as I'm sitting on those patents without monetizing them, my company operates tax-free."
A shorter silence this time.
"That we can do."
"Then we have a deal."
"We have a deal." The chairman's tone carried the faint bemusement of someone who'd just been negotiated into a corner by a teenager. "Is there anything else?"
"Not tonight."
"Then goodnight, Ryan. And congratulations on today's experiment. Three minds in one space. That's something that's never been done before."
"Thank you, sir. Goodnight."
The line went dead.
Ryan set the phone down and sat in the quiet office. Through the window, the ocean was a dark line against a darker sky. Somewhere out there, twenty miles offshore, the barrier islands sat in the dark. Empty beaches. Quiet harbors. Small hotels with vacancy signs.
They had no idea what was coming.
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