My Ultimate Sign-in System Made Me Invincible Chapter 590 More Information

The Array's Earth catalog was not small.

Lucy rendered it section by section, the holographic display expanding and reorganizing as each layer populated, and Liam stood in front of it and read without speaking.

The geological record came first. Four and a half billion years of planetary history compressed into clean data columns — formation, cooling, the first chemical precursors to what would eventually become biology, the mass extinction events marked in sequence with their causes and their aftermaths. Five major extinctions. The asteroid impact 66 million years ago that ended the dominant vertebrate lineage of that period. The Permian event 252 million years ago that the array noted had come closest to sterilizing the surface entirely — 96 percent of marine species, 70 percent of terrestrial vertebrate species, gone inside a geological instant.

The planet had nearly ended several times and had not ended.

Liam read the extinction record without expression.

"The biological catalog," he said.

Lucy shifted the display. "The array has catalogued every distinct biological lineage that has existed on Earth's surface since the emergence of complex multicellular life. Current active species count is approximately 8.7 million by their classification system, which is broader than Earth's own taxonomy. Historical species count since the Cambrian explosion is approximately 5 billion distinct lineages, the vast majority of which no longer exist."

"What about humans specifically?"

"Homo sapiens appears in the array's catalog approximately 300,000 years ago as a distinct lineage. The array notes an anomaly in the species' development profile beginning approximately 70,000 years ago. It was a behavioral and cognitive shift inconsistent with the pace of evolutionary change that had characterized the preceding 230,000 years. The array does not record a cause. It records the anomaly and flags it as unresolved."

Liam looked at that entry. "70,000 years ago."

"The array's inference is that something changed in the species' operational capacity at that point. Probably symbolic thought, long-range planning, complex social coordination. They all emerging in a compressed window that their models classify as too rapid for standard evolutionary mechanics," Lucy said, taking a guess.

"Something changed," Liam said.

He filed everything Lucy has said, away, and moved on. "The civilizational record. What does the array have on recorded human history?"

Lucy pulled the relevant section forward. The display shifted to a timeline — not the compressed geological scale of before but something more granular, with the last 10,000 years rendered in visible detail.

"The array's observation of human civilization begins formally with the Verath's first cataloguing 6,000 years ago, but the array itself has been monitoring the solar system passively for far longer — approximately 800 million years, which is when the Milky Way station covering this region of the outer arm was last serviced and recalibrated." She paused. "The passive monitoring record for Earth's surface exists but it is not detailed. The array wasn't paying close attention until the Verath flagged it."

"What does it show for the last 6,000 years?"

"The full Verath observation record, their data collection from all three visits, and the passive array data for the gaps between visits." Lucy organized the display. "What it shows, taken together, is a civilization whose developmental pace has been inconsistent with the array's models from the earliest detailed observation and has been accelerating rather than normalizing across every subsequent check."

She highlighted a section of the timeline. "The Verath's 3,000-year-ago observation noted the anomaly. Their 400-year-ago reassessment found it worse. The array's passive monitoring since then shows the curve steepening further in every decade."

"And now."

"The array's current passive observation of Earth's surface shows electromagnetic signatures, orbital activity, and technological output that would place human civilization at a developmental stage the array's models predict should require another 800 to 1,200 years to reach from the baseline of 400 years ago." Lucy paused. "That projection assumes normal development. It does not account for Nova Technologies."

"What does the array classify Nova Technologies as?"

Lucy was quiet for a fraction of a second. "The array doesn't have a classification for it. The array's catalog of Earth shows a civilizational baseline consistent with a mid-tier-one species — spacefaring within the local system, early, tentative. And then a set of signatures that don't match that baseline at all. These signatures are probably the lunar installation. The spacecraft performance characteristics."

Liam looked at the display. At the timeline stretching back 6,000 years of Verath observation and 800 million years of passive array record. At the anomaly flag that had been accumulating quietly for thousands of years and had spent the last six months becoming something that even a passive monitoring system noticed.

"What does the array have on Earth's interior," he said. "The core. The geological systems. Everything relevant to a restoration program at planetary scale."

Lucy pulled the geological data forward. The display shifted to a cross-section of the planet — core, mantle, crust, the atmospheric layers above it — rendered in the array's notation with data density far beyond anything Earth's own geological survey had produced.

"The array's geological record for Earth is comprehensive," she said. "The planet's core is solid iron with a liquid outer core generating the magnetic field. The field is currently in a period of gradual weakening — the array notes this is part of a natural fluctuation cycle that has occurred repeatedly across the planet's history, but the current weakening trend is accelerating beyond the historical cycle rate."

"What's causing the acceleration?"

"The array identifies two contributing factors. Natural cycle progression, which accounts for approximately 60 percent of the current rate. And surface activity — specifically, subsurface resource extraction, heat island effects at urban scale, and the cumulative impact of atmospheric composition changes on the thermosphere and magnetosphere interaction layer." She paused. "The human civilization's contribution to the weakening is measurable and has been increasing in proportion to their industrial output across the last 200 years."

"If it continues at the current rate."

"The array projects meaningful navigational and biological disruption within 500 to 800 years under current trajectory. The field does not collapse — the array's record shows the planet has never lost it entirely — but the protective function degrades significantly during the weakening phase, and the current weakening is proceeding faster than any previous cycle in the record."

Liam looked at the cross-section display. "What else."

"Atmospheric composition. The array maintains a continuous atmospheric record for Earth going back 800 million years. The current composition represents the most significant departure from the planet's natural baseline in the last 66 million years. Carbon dioxide concentration, methane concentration, particulate distribution in the stratospheric layer — all outside the range the array records as the planet's operating norm across the previous several hundred million years."

"How far outside."

"The array classifies the current atmospheric state as a deviation event. Not an extinction-level deviation by their classification — the planet has been in worse states — but a deviation that, if sustained and continued at current trajectory, produces meaningful biosphere stress within 200 to 300 years and severe biosphere stress within 500."

"The oceans."

"Acidification at a rate the array has not recorded in the last 300 million years. Temperature gradient shifts across every major current system. The array notes six current systems that have shown measurable velocity change in the last 100 years, two of which have slowed by more than 15 percent." She paused. "The array's record shows that the last time the Atlantic meridional overturning circulation slowed at this rate, the subsequent climate reorganization took 1,200 years to restabilize."

Liam stood in front of the display and said nothing for a moment.

He had known the shape of the problem. He had grown up in a world that discussed it, debated it, politicized it, and produced reports about it in volumes that nobody read completely.

But what the array showed him was not a fact he had been told. It was a record 800 million years long showing him exactly where the current trajectory sat against everything the planet had been through before, and what happened to biospheres that entered the deviation zones the array was currently marking on Earth's data.

He looked at the display for a long moment.

"Bring up everything on the solar system. We need more information."