SSS-Rank Skill Copy: I Can Steal Every Class

The numbers didn’t work. They had never worked. But now, sitting in the operations center at 0300 with the network display burning red, Caleb made Glen say it out loud.

"Tell me the count," Caleb said.

Glen looked at the map. Seventy-seven Towers. The display was a constellation of status indicators — gold for stable, blue for flickering, indigo for reverted, red for under attack.

"Total Towers: seventy-seven. Fully reverted: fourteen. Flickering — compromised, reverting: eleven. Stable — still under System control: fifty-two. Stabilized as bridges by me: four. Of those four, two were attacked and held, two were attacked and..." He paused. "Two fell. Port Harcourt and Dar es Salaam. The secondary nodes."

"So you have four stabilized. Two fell. Fourteen fully reverted. Eleven flickering."

"The court has fourteen relay points. I’ve cut four. Two of my cuts reopened. Net: I’ve reduced the court’s relay network by two. From fourteen to twelve."

"Twelve active relays. Feeding the signal. Waking the court."

"Yes."

Caleb pulled up the timeline. The defector’s estimate — ten days, adjusted. "After your four stabilizations, the timeline extended to twelve days. After the two Towers fell, it shortened back to nine. The court’s adaptation recovered most of the time you bought."

"Nine days."

"Nine days. Maybe less. The reversion rate is still accelerating. The eleven flickering Towers will start crossing over within forty-eight hours. Each one that reverts adds another relay. Another pulse. The signal gets stronger. The court wakes faster."

Glen did the math. Four stabilized Towers. Two fallen. Fourteen reverted. Eleven about to revert. He was losing ground. Every Tower he stabilized was matched by two more reverting. The court wasn’t just adapting — it was winning the numbers game.

Caleb was already past the surface numbers. His fingers moved across the tablet, pulling the reversion logs, the signal-strength telemetry, the relay-pulse intervals the defector had provided. The court’s signal wasn’t a steady hum. It pulsed. Each reverted Tower added a beat, and the beats had been compressing. Three weeks ago the interval between pulses was eleven seconds. Now it was six. The curve was logarithmic. Each new relay shortened the interval by a smaller margin — but the cumulative effect was acceleration. Fourteen relays pulsed at six-second intervals. Twenty-five would pulse at four. The court wasn’t waking linearly. It was waking the way a heart speeds up before it stops.

"One more thing," Caleb said, scrolling. "The relay network isn’t uniform. The fourteen reverted Towers cluster. West Africa. East Africa. The Horn. Three regional nodes feeding a central signal. When you cut Port Harcourt and Dar es Salaam, you didn’t just remove two relays. You severed the eastern and western anchor points. The court had to reroute. That’s why the timeline recovered — the reroute took three days, but once it completed, the signal restabilized. They’re adaptive. They rebuild."

"So cutting individual Towers doesn’t hold."

"Cutting individual Towers buys time. Days. Not weeks. The network routes around the loss. You need to cut enough at once that the reroute fails. Or you need to change what ’cutting’ means." Caleb looked up from the tablet. "Which is what you’re about to tell me. Isn’t it."

"I can stabilize one more Tower," Glen said. "Addis Ababa. The sixth priority. Tomorrow, with the hybrid method."

"One Tower. While eleven more revert."

"Yes."

"The math, Glen. One stabilization against eleven reversions. Even if the hybrid works perfectly, you’re net negative. The court gains ten relays for every one you cut."

"I know."

"Do you? Because the numbers say you lose. Not eventually. Now. The court wakes before you finish. The hybrid at Addis Ababa doesn’t change the math — it changes one Tower. The other ten still feed the signal."

The two fallen Towers sat in the silence between them. Port Harcourt. Dar es Salaam. Caleb had the after-action reports open in a second window he hadn’t mentioned. He mentioned them now.

"Port Harcourt held for nineteen hours," Caleb said. "The extraction engine ran. The bridge formed. Then the court’s counter-signal hit — you felt it. The whole network felt it. The Tower reverted at 0214 local time. The zone around it had been partially cleared. The System’s protective protocols had re-engaged. People had started moving back in. Families. Market stalls. When the Tower reverted, the protection dropped. The zone went hot."

Glen said nothing.

"The initial estimate from the Nigerian liaison was forty thousand in the immediate radius. The reversion pulse expanded the zone by twelve kilometers. The mana density spiked past survivable thresholds inside of ninety seconds. The people closest didn’t have time to run. The ones farther out — they had minutes. Some made it. Most didn’t have transport. The roads were the ones the System had repaired, and the reversion unmade them. Asphalt buckled. Bridges folded. The evacuation corridors became traps."

"Stop."

"I’m not trying to hurt you. I need you to hear it. Dar es Salaam was worse. The Tower there was a secondary node — lower output, smaller zone. But the population density was higher. The zone covered parts of the city that had been resettled under System protection. Three hundred thousand people inside the reversion radius. The Tanzanian government is still counting. They’ll be counting for months."

Glen’s jaw was tight. "I know what happened. I felt both of them fall. The network — when a stabilized Tower reverts, the bridge collapses. The energy doesn’t dissipate. It inverts. The extraction engine reverses. Everything the Tower had been processing floods back into the zone. I felt it. Both times. Like a door slamming shut on a room full of people."

"Then you understand the cost of the math being brutal. Every Tower you stabilize that later falls is worse than a Tower you never touched. The people who move back into a protected zone trust the protection. When it fails, they die believing it wouldn’t."

"I know."

"Good. Hold that. Because what you’re about to propose has to be better than that. It has to not fail. Or the cost gets worse, not smaller."

Glen stood. He walked to the map. His hand hovered over the display — the constellation of lights, gold and blue and indigo, the network he’d been fighting to save.

"What if the hybrid changes more than one Tower?" he said.

Caleb stopped. "What do you mean?"

"The hybrid Tower is both bridge and extraction engine. The System’s infrastructure survives. The bridge is active. The court’s signal is managed — structured, not eliminated. But what if the hybrid state does something else? What if it stabilizes the network around it?"

"How?"

"The bridge function carries pre-System energy in both directions. The extraction engine processes System-regulated mana. Both coexist. But the bridge also connects to the ley-line network. If the bridge is stable — if it’s self-regulating — it creates a resonance point. A stable node in the network. The ley-lines connected to that node carry the stable frequency outward. The Towers connected to those ley-lines receive the stabilization signal."

Caleb’s eyes widened. "You’re talking about cascade stabilization. One hybrid Tower stabilizes the ley-lines around it, which stabilizes the Towers connected to those ley-lines."

"Arthur’s notes. The seventh tablet. The section you haven’t read yet. Mary showed me last night. Arthur theorized that a properly stabilized bridge would propagate its frequency through the ley-line network. Not instantly — it takes time. But a hybrid Tower in equilibrium would stabilize every Tower within its ley-line radius."

Caleb set the tablet down. He took his glasses off, cleaned them on his shirt, put them back on. A tell Glen had learned to read — the analytical mind was shifting gears, moving from recording to computing.

"Walk me through Arthur’s reasoning," Caleb said. "Not the conclusion. The steps. Why would a stable bridge propagate at all? The ley-lines carry mana. They don’t carry commands."

"They carry frequency," Glen said. "Every Tower operates on a base frequency. The System enforces it. When a Tower reverts, the court overwrites that frequency with its own — the relay signal. The ley-lines connected to a reverted Tower carry the corrupted frequency outward. That’s how the court propagates. It’s not broadcasting through the air. It’s using the existing infrastructure. The ley-lines are the wires. The Towers are the nodes. The court hacked the network."

"So the ley-lines are frequency-conductive. They carry whatever the connected Tower imposes."

"Right. And a standard stabilization — what I’ve been doing — overwrites the frequency at a single node. One Tower. The ley-lines connected to it carry the stable frequency, but only as far as the next Tower. The next Tower is reverted. It re-imposes the court’s signal. The stable frequency dies at the first junction. That’s why cutting one Tower doesn’t hold. The network routes around it because the neighboring nodes re-corrupt the signal."

"But a hybrid Tower isn’t just stable. It’s a bridge. It carries pre-System energy. The frequency it imposes isn’t the System’s standard frequency — it’s something older. Something the court’s overwrite can’t suppress because the court’s signal is calibrated to System frequencies. The bridge emits on a channel the court can’t jam."

Caleb was nodding now, slowly, the way he did when a model was assembling in his head. "So the hybrid’s frequency propagates farther. Past the first junction. Past the second."

"Arthur thought it would propagate until the ley-line attenuated below the threshold. The pre-System energy is denser. It carries further. The attenuation curve is different — shallower. A standard stabilization propagates maybe sixty kilometers before the signal drops below effective strength. Arthur estimated a hybrid bridge would carry three hundred. Maybe more. The ley-line acts like a waveguide. The bridge’s frequency is the wave. The geometry of the convergence determines how many waveguides — how many ley-lines — the signal can ride simultaneously."

"What radius?"

"Arthur estimated three hundred kilometers. Maybe more."

Caleb sat down. The analytical mind was spinning. Glen could see the calculations building — the geometry, the coverage, the number of Towers within range.

"Three hundred kilometers," Caleb said. "At a major ley-line convergence — Addis Ababa has five lines — the propagation could reach six, maybe eight Towers. If each of those Towers receives the stabilization signal..."

"Their reversion slows. Stops. Reverses. They don’t become hybrid Towers — they become stable. System-controlled. The extraction engine keeps running. The bridge doesn’t form. But the reversion is halted."

"One hybrid Tower stabilizes eight others. That’s nine Towers total. Out of fourteen reverted and eleven flickering. That’s..."

Caleb pulled up the network map and overlaid the ley-line topology. His fingers traced the five lines radiating from Addis Ababa — northwest toward Khartoum, northeast toward Djibouti, south toward Nairobi, southwest toward Kampala, west toward an unmarked convergence in South Sudan. He began counting Towers along each line, measuring distances against the three-hundred-kilometer radius.

"Khartoum. Flickering. Two hundred and twelve kilometers northwest. Within range." He marked it. "Djibouti. Reverted. Two hundred and eighty kilometers northeast. Within range, barely. Nairobi. Flickering. Three hundred and four kilometers south." He paused. "Outside. Just. But if Arthur’s ’maybe more’ holds — if the attenuation is shallower than his conservative estimate — Nairobi is reachable."

"Don’t count Nairobi. Not yet."

"Conservative, then. Kampala. Flickering. Two hundred and sixty-seven kilometers southwest. Within range. The South Sudan convergence — there’s a reverted Tower at Juba. One hundred and ninety kilometers. Within range. That’s five. Plus two more I’m seeing on secondary lines — Dire Dawa, reverted, one hundred and forty kilometers east. And a stable Tower at Bahir Dar, one hundred and seventy kilometers north. Bahir Dar is already stable, so the cascade would reinforce it, not change its status."

"Five reachable. Two reverted — Djibouti and Juba. Three flickering — Khartoum, Kampala, and Dire Dawa. Dire Dawa’s close. It would respond fastest."

"Five Towers stabilized through cascade. Plus Addis Ababa itself. Six total. If Nairobi falls within an extended radius, seven." Caleb’s voice had gone flat — the tone it took when the numbers were running and he was reading them off like a tape. "Five relays cut. Three flickering Towers pulled back from reversion. The court loses five relay points from a single hybrid stabilization. The signal drops. The pulse interval lengthens. The reroute fails because there’s nothing to reroute to — the regional cluster collapses."

"Not enough. But it changes the math. From net negative to net positive. Instead of losing ten Towers for every one I stabilize, I gain eight. The court loses nine relays. The signal drops. The timeline extends."

"Eight is the optimistic number. Five is the conservative number. Even at five, the math flips. One stabilization against five cascaded recoveries. The court loses five relays. The pulse interval lengthens from six seconds to — I’d need to run it — probably nine or ten. The acceleration curve flattens. The timeline extends past nine days. Maybe to fifteen. Maybe more."

"Enough."

"Maybe enough. If the cascade holds. If the hybrid Tower stays in equilibrium. If the court doesn’t find a counter. They’re adaptive, Glen. You said it yourself. They rerouted around Port Harcourt in three days. If the cascade propagates, the court will feel it. They’ll come for Addis Ababa. Harder than they came for the others."

"Then I hold Addis Ababa. The hybrid is stable. The bridge self-regulates. The court’s counter-signal can’t jam a frequency it isn’t calibrated for. That’s the whole point. They can attack the Tower, but they can’t revert it. Not while the bridge holds."

"And if the bridge doesn’t hold?"

"Then I’ve stabilized one Tower with a door instead of one Tower without one. Same net result. The math is still bad. But the hybrid gives us something the standard stabilization doesn’t — a template. A proof of concept. If it works at Addis Ababa, we can replicate it. Other carriers. Other teams. The method scales."

"Other carriers? There are no other carriers."

"Not yet. The Tower classified me Beyond. The System can’t classify what I am. But I wasn’t the first person to enter a Tower. I was the first to reach the summit. If others can be trained — if the method can be taught — then one carrier becomes two. Two becomes four. The math changes."

"You’re planning for after the court."

"I’m planning for after everything."

Caleb looked at him. The glasses reflected the map’s glow — gold and blue and indigo, the network hanging between them.

"The count," Caleb said. "You asked me for the count. Here’s the real count. Fourteen reverted Towers. Eleven flickering. You have four stabilized. You can do one more — Addis Ababa. If the hybrid works and the cascade propagates, you gain eight more. Total: thirteen stabilized. Twelve reverted — the ones outside the cascade radius. The court keeps twelve relays."

"Twelve relays. Reduced from fourteen. The signal drops. The timeline extends."

"Extends to maybe fifteen days. Maybe twenty. Enough to find another answer."

"Enough to train another carrier."

"Enough to try."

Glen looked at the map one more time. Thirteen stabilized. Twelve reverted. The court with twelve relays instead of fourteen. The signal weakened. The timeline extended. Not a victory. Not a solution. A reprieve. A chance to find the next step.

But the count had a darker line. The two fallen Towers — Port Harcourt and Dar es Salaam. The six hundred million people in the zones of the twenty-four Towers he couldn’t reach. The eleven flickering Towers about to cross over. The court, waking, one heartbeat at a time.

Caleb had run the exposure numbers while Glen watched the map. Twenty-four Towers outside reach — fourteen fully reverted, eleven about to be, minus the five the cascade might recover. The zones around those Towers held populations the System had catalogued and the court didn’t care about. West Africa alone: two hundred and ten million in the reverted zones. East Africa: a hundred and forty million. The Horn: ninety million. Smaller zones scattered across the interior. The total rounded to six hundred million. People living inside the pulse radius of a reverted Tower. People whose protection had dropped or was about to. People the math couldn’t save because the math couldn’t reach them.

Glen had felt them. Not individually — the network didn’t work that way. But the ley-lines carried more than frequency. They carried the faint pressure of the lives inside their radius. When Port Harcourt fell, the pressure had cut out. Like a room going dark. He’d been standing in the operations center and he’d felt it — the sudden absence of forty thousand points of presence, gone between one heartbeat and the next. Dar es Salaam had been worse. A deeper absence. A longer silence.

Six hundred million was a number. Numbers were what Caleb worked with. Glen worked with something else — the weight of what the number represented. The pressure on the ley-lines. The lives sitting inside the radius of a Tower he hadn’t reached yet. Every hour he waited, the eleven flickering Towers moved closer to reversion. Closer to becoming silences.

The math was brutal. The math had always been brutal. But the hybrid was a new variable. A variable the court hadn’t accounted for. Arthur’s theory. Mary’s ring. Glen’s body. The team’s coordination.

Tomorrow, the variable became real.

"Get some sleep," Glen said. "Both of us. We leave at dawn."

Caleb nodded. He saved the data. Closed the display. The operations center went dark except for the emergency lighting — red and steady, like a heartbeat.

Glen walked to his quarters. The corridor was empty. The compound was quiet. Below the concrete, the ley-line network pulsed — fourteen reverted Towers feeding the court’s signal, four stabilized Towers holding against the pressure, eleven flickering Towers counting down to reversion.

His boots echoed on the concrete. The compound had been built for three hundred personnel. It held forty now. The rest had deployed to the field stations — Kampala, Nairobi, the forward base at Dire Dawa. The ones who remained moved softly at this hour, doorways closed, lights off. He passed the mess hall. Dark. The armory. Locked. The medical bay, where a single lamp burned behind frosted glass — someone on night shift, monitoring the carriers who’d come back from the last stabilization with mana burns and fractured ribs and the particular exhaustion that came from holding a Tower’s frequency inside your body for nine hours.

The ley-lines pulsed beneath him. He felt them through the soles of his boots, through the concrete, through the bedrock under the compound. Five lines crossed here. The same five that crossed at Addis Ababa. The compound had been built on a convergence deliberately — the System’s old infrastructure was strongest where the lines met, and the resistance had claimed the site years ago, before Glen had ever entered a Tower. The lines hummed at a frequency he’d learned to read the way a sailor reads the tide. Tonight the hum was wrong. The fourteen reverted Towers had corrupted the signal. Where the lines should have run clear and steady, they stuttered. A skip. A catch. The rhythm of a network under attack.

He stopped in the corridor. Put his hand on the wall. The concrete was cool. Through it, the ley-line pulse traveled up his arm — the stable frequency of the four Towers he’d saved, fighting against the corrupted frequencies of the fourteen he hadn’t. He could feel the borders of the signal. Where the stable frequency held. Where it attenuated and died. Where the court’s signal rushed in to fill the gap. The network was a battlefield and the front line ran through the concrete under his hand.

Three hundred kilometers. That was the distance that mattered. The distance a hybrid bridge’s frequency would carry before the ley-line attenuated it below the threshold. Inside that radius, the math could change. Outside it, the math stayed brutal. Five Towers, maybe six, maybe eight. The count of lives inside those Towers’ zones was smaller than the count of lives outside them. The cascade wouldn’t save everyone. It would save the ones it could reach.

The count was what it was. Fourteen against four. The court ahead. Glen behind. The math saying he couldn’t win.

But math didn’t know about the hybrid. Math didn’t know about Arthur’s theory. Math didn’t know what the Tower had made.

Tomorrow, math would learn.

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