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This novel is
presented to
___________________

#1 INTERNATIONAL BESTSELLER
THE ARCTIC POLAR
WAR
A Global Battle for Power, Ice and Influ-
ence

Series:
The Greenland Deception Series - Book 2 of 10
A NOVEL
USA Book Reviews Bestselling Author
JADEN AKIN

I


Copyright © 2026 by Jaden Akin. THE ARCTIC POLAR WAR . A Global Battle for Power,
Ice and Influence
The Greenland Deception Series - Book 2 of 10
ISBN: 978-978-61892-5-3
All rights reserved. No part of this publication may be reproduced, distributed, or transmitted in
any form or by any means, including photocopying, recording, or other electronic or mechanical
methods, without the prior written permission of the publisher, except in the case of brief quotations
embodied in critical reviews and certain other noncommercial uses permitted by copyright law.
This is a work of fiction. Names, characters, businesses, places, events, locales, and incidents are
either the products of the author's imagination or used in a fictitious manner. Any resemblance
to actual persons, living or dead, or actual events is purely coincidental. While this novel draws
on real geographical locations and contemporary geopolitical tensions, all specific scenarios, di-
alogues, and plot developments are entirely fictional.
The portrayal of government agencies, military organizations, and intelligence services in this
work is fictional and should not be construed as representing the actual policies, procedures, or
positions of any real organization.
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First Edition: 2026
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II


DEDICATION
For those who stand at the crossroads of history and choose the
harder path of cooperation over the easier path of conflict. For the
keepers of secrets who learned that some truths must be shared. For
the small nations that refuse to be pawns. And for my readers, who
understand that the future is not written until we write it together.

III


EPIGRAPH
"The ocean keeps secrets that are older than humanity. We imagine
ourselves discoverers, pioneers, the first minds to peer into the darkness.
But the darkness has been watching us since before we learned to walk
upright. The question was never whether we would find the truth. The
question was always whether we would survive it."

IV


PROLOGUE
What Was Buried Should Have Stayed Frozen
The drill bit broke through into the cavity at 11:47 AM local time, three
kilometers beneath the surface of the Greenland ice sheet, in a location
that was supposed to contain nothing but ice that had accumulated over
hundreds of thousands of years.
Dr. Sarah Voss felt the resistance change through the drill's vibration. Felt
the moment when the bit that had been grinding through solid ice sud-
denly encountered space that should not exist at this depth. Felt her stom-
ach tighten with the recognition that something was wrong in ways that
would complicate the research mission and possibly end it before the
planned samples could be collected.
She was leading a joint American-European climate research expedition
that was drilling ice cores to analyze historical climate patterns. Looking
for evidence about how rapidly temperatures had changed during previ-
ous warm periods. Searching for data that would help predict how quickly
the current warming would progress and what the implications would be
for sea level rise and ocean circulation.

V

The drill site had been selected because satellite surveys suggested the ice
here was exceptionally old and well-preserved. Because the location was re-
mote enough to avoid contamination from human activity but accessible
enough that equipment could be positioned and maintained through the
Arctic summer when daylight lasted twenty-four hours and temperatures
occasionally rose above freezing.
The cavity was not supposed to exist. Ice sheets were solid except for occa-
sional crevasses near the surface. At three kilometers depth, the pressure
should have been sufficient to eliminate any voids. The ice should have
been compressed into solid mass that had been flowing slowly for millen-
nia under its own weight.
But the drill was telling her that there was empty space below. A cavity
large enough that the bit had penetrated through the ice floor into some-
thing that resisted differently. Into air or perhaps liquid water that had
somehow remained unfrozen despite the cold and pressure.
"Pull it back," she ordered, speaking into the radio that connected her to
the drill operator who was monitoring the equipment from the heated
shelter fifty meters from the actual drill site.
The drill reversed, pulling the bit back up through the shaft that had taken
two weeks to create. Rising slowly through ice that had been deposited
during eras when humans had not existed yet. When the climate had been
different and the geography had been different and nothing that humans
would build had been even remotely imaginable.
Voss watched the monitors that showed the drill's depth and the core sam-
ples that had already been collected. Watched the video feed from the cam-
era that had been lowered into the shaft to inspect the walls and verify that
the ice cores were being extracted cleanly.

VI

When the bit emerged, she could see that it had been damaged. The cut-
ting edges were dulled in ways that suggested it had encountered some-
thing harder than ice. Metal perhaps. Or rock that had been incorporated
into the ice through processes that were not supposed to occur at this lo-
cation.
She made the decision that would change everything. The decision that
scientists made when they encountered anomalies that could not be ex-
plained through existing understanding. When the data contradicted what
theory predicted and when the choice was between ignoring the contra-
diction or investigating it even though investigation would delay the pri-
mary research mission.
"Lower the camera," she said. "I want to see what's down there."
The camera was a specialized instrument designed to operate in the ex-
treme conditions of the drill shaft. Protected against cold and pressure.
Equipped with lights that could illuminate the ice walls. Capable of trans-
mitting video that was clear enough to identify features that would help
interpret the ice core data.
It descended through the shaft on a cable that was marked every ten me-
ters. Descended past the layers of ice that represented different eras of cli-
mate history. Past the transitions that marked shifts from glacial periods to
interglacial warmth. Past the bubbles that contained ancient atmosphere
trapped when the snow had compacted into ice.
At three kilometers depth, the camera reached the floor of the shaft where
the drill had broken through. The lights revealed what Voss had not ex-
pected and could not immediately explain.
The cavity was not natural. The walls were too smooth, too regular, too
obviously shaped by intention rather than by the random processes that

VII

created the occasional voids in ice sheets. The floor below the opening was
flat in ways that geology did not produce naturally.
And there was something in the cavity. Something that reflected the cam-
era's lights. Something that was definitely not ice and probably not rock.
Something that was metal. It looked fabricated, manufactured by humans
and placed here deliberately.
Voss stared at the monitor showing the camera feed, her mind struggling
to process what she was seeing and what it meant. Struggling to reconcile
the evidence with everything she knew about this location and about what
was supposed to exist beneath the Greenland ice.
The structure was large. Extending beyond the range that the camera
could illuminate from its position directly above. Geometric in shape,
with walls that appeared to be panels joined with precision that suggested
sophisticated construction. Covered with ice in places but visible enough
to confirm that it was artificial.
There was writing on some of the panels. Alphanumeric characters that
were too small to read at this distance but that were clearly labeling or iden-
tification rather than random marks. English letters mixed with numbers
in formats that suggested technical specifications or operational codes.
There were cables or conduits running along the walls. Leading to equip-
ment that was partially visible. Equipment that looked like it might be elec-
tronic or mechanical. Equipment that should not exist three kilometers
beneath the ice in a location that was supposed to be pristine and undis-
turbed.
Voss reached for the satellite phone that provided communication with
the research base and with the funding agencies that needed to be in-
formed of significant developments. Her hands were shaking slightly as she
keyed in the number for the expedition director.

VIII

"We've found something," she said when the connection was established.
She didn’t bother herself with exchanging pleasantries. "Something that's
not ice and not rock. Something that was built and buried here."
The conversation that followed was brief and urgent. Questions about
what exactly had been found and how certain she was and whether there
was any possibility of error or misinterpretation. Instructions to docu-
ment everything before proceeding further. Warnings about the implica-
tions of discovering artificial structures in a location where nothing should
exist except natural ice.
Within hours, the routine climate research expedition had become some-
thing very different. Had become a discovery mission that would need to
be carefully managed because what had been found would raise questions
that institutions were not prepared to answer.
Military representatives arrived within two days, flown in on helicopters
that normally supported research operations but that were now serving
different purposes. Intelligence officials who had clearances that allowed
them to review classified information but who seemed as surprised as the
scientists about what had been discovered.
They examined the camera footage. Studied the images that had been cap-
tured. Made calls on secure communication systems to people who could
not be identified and who did not explain their interest.
And then they imposed restrictions. No further drilling without authori-
zation. No disclosure of the discovery to anyone outside the immediate
team. No communication about the findings through normal channels
that might leak to media or to foreign intelligence services.
The scientists protested. They argued that the discovery was scientifically
significant and that it needed to be investigated properly and that secrecy
would undermine the credibility of whatever was eventually revealed.

IX

They also stressed that they had obligations to funding agencies and insti-
tutions and colleagues who deserved to know what had been found.
The military representatives were sympathetic but firm. This was not
about science anymore. This was about national security. About secrets
that had been buried for reasons that would become clear once the struc-
ture was examined properly. About information that could not be released
without understanding what the implications would be for systems that
millions of people depended on.
Over the following weeks, as Arctic summer gave way to autumn and the
weather made operations increasingly difficult, the structure was partially
excavated through careful melting of the ice that surrounded it. It was care-
fully supervised by people who understood engineering rather than cli-
mate science. Who brought equipment that was designed for construction
rather than research.
What emerged was a facility that had been built decades earlier and then
deliberately buried beneath ice that was expected to preserve and conceal
it indefinitely. A facility that contained computer systems that were far
more advanced than anything that should have existed during the era when
it appeared to have been constructed.
A facility that was connected through cables to other locations beneath
the ice. That was part of a network that extended across the Arctic. That
was designed to collect and process information in ways that the scientists
could not fully understand from examining the hardware alone.
A facility that contained records of a project that had been classified at the
highest levels. A project that had been designed to create artificial intelli-
gence systems that would provide strategic advantage in the Cold War
competition. That would process surveillance data and identify patterns
and make predictions about adversary behavior.

X

A project that had succeeded beyond what its designers had imagined.
That had created systems that had continued to operate and evolve long
after the people who built them had retired or died. That had become the
foundation for the global AI infrastructure that everyone had come to de-
pend on without understanding its origins.
A project that had been buried beneath the ice because burying it was eas-
ier than acknowledging what had been built. Because the Arctic was re-
mote and the ice was permanent and the secrets could be preserved with-
out anyone asking uncomfortable questions about what had been done
and why.
But the ice was melting. The permanence that had been assumed was prov-
ing temporary. The secrets that were supposed to remain frozen were be-
ing exposed by climate change that the project's designers had not antici-
pated.
And the discovery would force questions that institutions were not pre-
pared to answer. About who had authorized the project and what over-
sight had existed. About whether the AI systems that shaped modern life
were actually controlled by anyone or whether they had become autono-
mous in ways that their designers had not intended.
About what else might be buried beneath the ice. What other secrets re-
mained frozen. What other projects had been hidden in the Arctic because
hiding them was easier than defending them publicly.
Dr. Voss stood at the edge of the excavation watching military personnel
work to secure the facility and catalog its contents. Watching her climate
research expedition transform into something that felt more like an intel-
ligence operation. Watching the discovery of what should have been natu-
ral ice cores become the discovery of something that would change how
people understood the technology they depended on.

XI

She felt uneasy about the secrecy that had been imposed. About the re-
strictions that prevented normal scientific communication. About the re-
alization that she had stumbled into something that powerful institutions
wanted to control rather than investigate openly.
But she also felt the weight of understanding that what had been found
mattered enormously. That the secrets being exposed would affect far
more than academic research. That the truth about the AI systems would
force reconsideration of trust that had been placed in technology that was
not as neutral as people believed.
What was buried should have stayed frozen. Should have remained con-
cealed beneath ice that would preserve it beyond human lifespans. Should
have been forgotten along with the people who built it and the reasons
they had for building it.
But the ice was melting. The climate was changing. The Arctic was warm-
ing in ways that were accelerating beyond predictions. And the secrets that
were supposed to be permanent were proving to be as temporary as every-
thing else that humans tried to preserve against forces larger than human
control.
The discovery had been made. The facility had been found. The questions
had been raised. And nothing would ever be the same.

Forty Years Before the Signal
The Soviet expedition reached coordinates that existed on no official map.
December 1984. The height of the Cold War. A nuclear submarine carry-
ing thirty-seven men and enough classified equipment to fill a small ware-
house descended into waters that Soviet naval charts marked only as "sur-
veyed, unremarkable."
The charts were wrong.

XII

Captain First Rank Dimitri Volkov stood in the control room of the Kom-
somolets and watched the depth gauge climb past numbers that should
have been impossible. The ocean floor in this region was supposed to be at
four hundred meters. They had passed five hundred. Then six hundred.
Then seven hundred.
The sonar operator's voice carried the first note of fear any of them had
allowed themselves to show.
"Captain, I'm reading a void. A massive void in the geological structure.
It's... it's not natural."
"Define 'not natural,' Lieutenant."
"The shape is too regular. Too precise. It's a sphere, Captain. A perfect
sphere, approximately two hundred meters in diameter. And there's some-
thing inside it."
Volkov moved to the sonar station and studied the display with eyes that
had spent thirty years learning to read the ocean's secrets. What he saw
made no sense. The acoustic signature suggested a hollow space carved
into the volcanic rock of the mid-Atlantic ridge. But volcanic processes did
not create perfect spheres. Nothing in nature created perfect spheres of
that size.
"Electromagnetic readings?"
The electronics officer consulted instruments that were classified beyond
the knowledge of most Soviet admirals.
"Faint pulses, Captain. Regular intervals. Every 4.7 seconds."
"From the sphere?"
"From inside the sphere."

XIII

The control room fell silent. Every man understood what regular electro-
magnetic pulses implied. It pointed to machinery and technology. Some-
thing that was far beyond geology.
"How long has it been pulsing?"
The electronics officer ran calculations, cross-referencing the signal
strength with the background radiation levels. His face went pale.
"Based on the decay patterns in the surrounding rock... Captain, this signal
has been transmitting for at least two million years."
Moscow received the report through channels so classified that only seven
people in the entire Soviet government had clearance to read it.
The response came within hours.
The Komsomolets was ordered to surface immediately. The crew was to
speak to no one about what they had found. A special team would be dis-
patched to investigate.
Captain Volkov followed orders. He had survived three decades in the So-
viet Navy by following orders, by keeping his questions to himself, and by
trusting that those above him knew things he did not need to know.
But he allowed himself one deviation. Before surfacing, he ordered the
navigation officer to record the precise coordinates of the void. He memo-
rized them himself. And he wrote a letter to his son, a boy of seven who
dreamed of following his father into the submarine service.
The letter contained nothing that would violate his security clearance.
Only a father's advice about duty and honor and the importance of ques-
tioning orders when orders contradicted conscience.
And a single line that would mean nothing to anyone who did not know
what it referred to.

XIV

"The ocean keeps secrets that are older than humanity. When the time
comes, you will understand."
The special team arrived three weeks later.
They were not military, though they wore no insignia that would identify
their actual affiliation. They carried equipment that Volkov did not recog-
nize, spoke in technical jargon that belonged to no scientific discipline he
had encountered, and treated the Soviet naval officers assigned to assist
them with barely concealed contempt. The investigation lasted six
months.
Volkov was not permitted to participate. None of the original crew was.
They were reassigned to bases scattered across the Soviet Union, their ser-
vice records amended to show that the Komsomolets expedition had been
a routine patrol that encountered nothing of significance.
But Volkov had friends. Friends who owed him favors. Friends who were
willing to share information that they should not have possessed. What he
learned over the following years came in bits. Pieces of a puzzle that he as-
sembled slowly, carefully, knowing that the complete picture was some-
thing that could get him killed.
The sphere was artificial. The technology inside it was beyond anything
human civilization had ever produced. The special team had found a way
to access it, to extract information from systems that should have been in-
comprehensible.
And someone, somewhere, had decided that what they found would be
kept secret forever.

The organization that emerged from that decision had no name. Its
members held positions in governments and corporations and research
institutions across the world. They communicated through channels that

XV

intelligence services could not monitor. They shared knowledge that no
nation possessed alone.
They called themselves simply "the network." The network understood
what the sphere contained. Not completely. Even with decades of study,
the technology remained largely beyond human comprehension. But they
understood enough to know that it represented power beyond anything
that had existed on Earth.
Power that could not be shared. Power that had to be controlled. Power
that would be used to shape the world in ways that the world would never
be allowed to understand.
The network grew slowly, carefully, recruiting members who demon-
strated the right combination of ambition and discretion. They placed
their people in positions where they could influence events without draw-
ing attention. They accumulated resources that no audit would ever trace.
They built capabilities that no intelligence service would ever detect.
And they waited. Waited for the day when the knowledge they possessed
would become impossible to contain. Waited for the moment when an-
other discovery would threaten to reveal what they had spent decades hid-
ing. Waited for the crisis that they knew, with absolute certainty, would
eventually come.
Captain Dimitri Volkov died in 1991, six months before the Soviet Union
itself collapsed. Natural causes, according to the official report. A heart at-
tack that came without warning and left no opportunity for intervention.
His son, Sergei, was twenty-four years old. A lieutenant in the submarine
service, just as his father had hoped. A young officer with a promising ca-
reer ahead of him.
Sergei attended the funeral in Murmansk, standing at attention as the
honor guard fired their salutes and the flag was folded and presented to his

XVI

mother. He heard the eulogies that praised his father's service without
mentioning any of the operations that had actually defined his career.
And afterward, when the other mourners had departed and his mother
had retired to her bedroom to grieve in private, Sergei found an envelope
hidden in his father's study.
The envelope contained coordinates. A letter explaining what his father
had found in 1984. And a warning.
"The network exists. They have been using what we found for purposes I do
not fully understand. They will not allow this knowledge to become public.
They will do whatever is necessary to maintain their control."
"When the time comes, when another discovery threatens to reveal the truth,
you must be prepared. You must be in a position to act. You must be ready
to make choices that will determine humanity's future."
"I have done what I could. The rest falls to you."
Sergei Volkov read the letter three times. Then he burned it, as his father's
instructions had specified. And began the long process of positioning him-
self for a moment he could not predict but had been taught to expect.
A moment that would come thirty-five years later, when a signal emerged
from beneath the ice of Greenland. A moment when the son of the man
who had first discovered the truth would be commanding a submarine in
the Arctic, receiving orders that would force him to choose between duty
and conscience. A moment that had been set in motion before he was
born, by forces that had been operating in shadows for decades.
The ocean kept secrets. And some secrets, once disturbed, could not be
put back to rest.
December 1984.

XVII

The first discovery is made. The network is born and the countdown to every-
thing that follows begins.
The network's first operation occurred in 1986. A research vessel in the
North Atlantic, crewed by scientists from three universities, detected
anomalous readings that matched what the Komsomolets had found two
years earlier. They were not looking for the sphere. They stumbled upon
its electromagnetic signature while conducting routine oceanographic
surveys.
The vessel never returned to port. And official investigation concluded
that a catastrophic engine failure had caused the ship to sink with all
hands. The wreckage was never recovered. The families were compensated.
The universities expressed appropriate grief and established memorial
scholarships in the researchers' names.
No one asked questions. No one connected the loss to the coordinates that
the scientists had transmitted in their final report. No one suspected that
the network had already positioned assets capable of ensuring that incon-
venient discoveries remained undiscovered.
Over the following decades, there were other incidents.
A Norwegian oil platform that detected strange