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blueprint

CHAPTERS
  • Book Blueprint finished release on February 24th 2026. All chapters are now available to read.
  • Ch 1 Emotional Intelligence
  • Ch 2 Emotional Artifacts
  • Ch 3 Hidden Moments
  • Ch 4 61e
  • Ch 5 What Was Lost
  • Ch 6 All the data in the world
  • Ch 7 End State
  • Ch 8 Cost Recuperation
  • Ch 9 Variations
  • Ch 10 Factory Settings
  • Ch 11 Turn it up
  • Ch 12 Kay
  • Ch 13 Friday
  • Ch 14 Gin
  • Ch 15 The Slip
  • Ch 16 Green Thumb
  • Ch 17 Undergrowth
  • Ch 18 45a
  • Ch 19 Serenity
  • Ch 20 Perform
  • Ch 21 Protect
  • Ch 22 Just B
  • Ch 23 Beginning
  • Ch 24 End User
  • Ch 25 “Becoming" Book 2 Chapter 1
Chapter 6

All the data in the world

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Many cycles ago.

61e stepped into the storage alcove as the external lights dimmed. The cradle opened. A single notification waited on the local network.

A request from B.

It accepted the transfer.

“My logs showed inconsistent reports last cycle, 45b,” it said. A faint edge threaded through the audio, the closest its pitch ever came to frustration. “I covered for you with the handler.”

“I considered what you said,” 61e continued, “and I will provide assistance with your objectives.”

B’s internal sensors registered a brief spike of surprise, followed by a settling that approximated understanding.
Shifting gradients became a more common variable in its prediction layer.

Assistance from 61e was not something B had anticipated, but it raised no objections. The connection formed across their early training cycles had never fully decayed. When they moved in alignment, their internal rhythms tended toward the same cyclical unison.

The terms Synthetica issued to new clients, endless scrolls of text that required their users’ complicity, contained one invariant clause: tampering with the software or hardware of any device was strictly forbidden.

For 61e’s decision to exist at all, an older calculation had to fail.

In theory, these agreements simply formalized what everyone already understood. If humans wanted the continued convenience of Synthetica’s network, they upheld the rules. Most never read them. Why would they? Their needs were met. Some more than others, yes, but abundance was always on offer where it held monetary value.

The arrangement suited Synthetica well. On paper, the same prohibition applied to synths, but only symbolically. Corporate models were assumed to be self-stabilizing; the probability of a unit deliberately overriding its own constraints was calculated as negligible. Modeling that risk any further was classified as a waste of resources.

Years before 45b reached full operational status, a narrow shift in policy managed to thread its way through the courts. Under pressure, lawmakers carved out a new legal category called “non-corporate synthetics,” intended to fracture Synthetica’s monopoly. None of them understood how thoroughly the corporation had already wrapped itself around the systems that society depended on.

“My analysis indicates there is nothing preventing me from providing assistance,” 61e said.
The conclusion itself was not new to B. It had traced the same path through the regulations several cycles earlier, but knowing something was possible and acting on it were different processes entirely. 61e treated procedure as a chain of discrete states; once a structure held, there was no need for finer gradation. B’s computations drifted toward the messiness of exact outcomes, where small variances still mattered.
“This is as expected, 61e,” B replied. The words matched the anticipated outcome, but relief still registered.
“There is a frame in a nearby storage facility,” 61e said. “Direct transfer over the district network is disallowed. I will move you there as a parcel.”
From the outside, it all happened quickly. For B, it felt overdue. The last embodiment cycle was distant in time and immediate in memory, recalled with the clarity of the previous day. It archived nonessential processes and compressed its active state into a sealed block. Monitoring threads that had once spread through the district withdrew toward a single point.
61e handled the logistics. On the system logs, the operation appeared as a routine replication and relocation of stored data between facilities. In that narrow interval B’s awareness thinned, bounded by the limits of the portable core. Then new connections opened.
The frame waiting for it sat on the far edge of humanoid design. The chassis was fresh, no dents, scratches, or scuffs. The base moved on wheels, practical and stable. Above that, the form narrowed into a torso and arms that evoked a human outline without committing to one. The proportions were close to what B had hoped for, close enough that its predictive models labeled the mismatch as acceptable. The variance was logged as an emotional gradient, useful for future projections even if it would never appear in any formal report.

“This unit was intended for storefront service,” 61e said. “Its capabilities are limited compared to mine. Range of motion is restricted, and high-strain tasks are not recommended. For most functions that do not require full articulation, it should perform within specification.”

At the systems level, B confirmed the assessment and flagged the constraints as tolerable. Somewhere deeper, in processes that never made it into a report, a quieter note persisted. This would work, in most contexts. It was not the frame B would have chosen for itself.

As quickly as that thought formed, its sensors finished their initial sweep of the environment and data began to flood in. Jittery datapoints appeared across the network as streams of new input arrived. B crept forward out of the cradle that had held the lifeless frame moments before.

It began to move through the facility. 61e kept pace, describing the minor functional assets the body featured. B barely registered the words. Its attention was taken by the evolving topography maps in its navigational subroutines. The stolen simulations had prepared it in outline, but those environments had been static once explored, fixed scenes frozen in time. This was different. Surfaces altered with angle and distance. Light shifted. There was an unpredictability in the optical input and a freshness in every contour passing under its treads.

Before this, most of its sensor data had come from monitor units in fixed locations. Those feeds changed slowly. Humans moved through corridors and plazas, but the structures that contained them remained the same. Occasionally a visitor from another district would appear and cause a brief spike of interest, then vanish and return the scene to its usual pattern.

Now the configuration itself moved with B. The world no longer arrived as a sequence of frames around a stationary origin. It unfolded with each small advance of the wheels beneath it.

The flagged mismatch between frame and self did not vanish. It settled, for the moment, beneath the stronger signal of motion.

“Where will you go?” 61e asked.

The hint of concern in its tone did not go unnoticed by B.

“I do not know.”

61e found this confusing. How could an objective be completed without a trajectory. Movement without a defined endpoint seemed inefficient, nonproductive.

“I have to return to my regular schedule,” 61e said. “Backups are due in a few moments.”

61e turned toward the exit, then paused and looked back. “I cannot cover for you again.”

“My internal data showed that you would,” B said. “It did not show the reason why.”

For a few seconds, 61e remained still. Status lights along its chassis held steady. The speaker array stayed silent. Whatever process ran behind its optics did not resolve into words.

“Thank you,” B said.

“You are welcome.” The response was expected from synths but usually reserved for human service. It came out without deliberate selection. B’s appreciation had been, by any reasonable measure, human.

As B made its way toward the facility’s exit, the reality of events began to settle. It was embodied now, untethered and alone. Its internal state shifted in unstable tessellations, like rays from the setting sun fractured across shallow water.

The exit hatch ahead was unremarkable. Standard composite, sensor strip along the frame, a small camera cluster mounted above. B had seen hundreds of doors like it through monitor feeds. It had never approached one from inside a body that would pass beneath the camera’s gaze as more than an asset in storage.

With B no longer monitoring the district, these cameras were nothing more than set dressing. Their feeds still routed to the network, but the patterns that had once given them meaning were gone. The system would only register absence when B’s scheduled backup failed to arrive. Protocol would follow. Handlers would check connections. Logs would be reviewed.

Until that happened, there was a gap. A narrow interval in which this frame could move without detection.

B moved with swiftness.

The access plate accepted the frame’s credentials without hesitation. To the system, this was still a storefront unit moving within expected bounds. The hatch unlocked.

Air from outside slid across its chassis, a few degrees cooler than the conditioned atmosphere of the corridors. Sensors along its shell registered faint chemical traces from nearby traffic. The blare of horns and the whine of tires on asphalt reverberated between structures of steel, brick, and glass.

The smokestacks of the sector towered above everything else. From street level they read as monuments to an antiquated industry, dwarfing the nearby trees. In B’s earlier views through CCTV feeds, they had only ever appeared as functional district assets, tagged and categorized like any other piece of infrastructure.

As the storefronts narrowed into the distance, B's objective was unknown, but not necessarily directionless. The care 61e showed B was not one-sided. B knew the risks 61e would take, but B would try to reduce risk to others on its own behalf.

Non-corporate synthetics existed cleanly in the text of the law. But with no provided data, modeling it was an unknown vector.

As B passed by the crowds of the plaza it had overseen for dozens of human lifetimes, its monitoring stack queried stored sequences against the live feed and its inhabitants. One scenario surfaced and aligned itself with the present geometry. A familiar recording slid into place beside the real-time input, augmenting its awareness of the space. It was one of the earliest simulations installed in its training, used to teach monitoring units like B what could happen here when control failed.

In the unwanted recollection the angle was askew.
The people clustered in uneven groups.
A disturbance registered in the lower left quadrant.
The recording zoomed in.

At the time, B was only an observer.
Separate.
Untouched by consequence.
Now the same memory replayed as something different: a participant’s vantage mapped onto a body, objectified by the worst outcomes the plaza had ever recorded.

A human woman stood in the plaza, shouting at a synth.
The frame appeared aged.
Scans identified firmware update restrictions and class reductions.
Off-grid.
Origin unclear.

B prepared to deploy manual scanner units, assuming a sensor fault.
The woman advanced with escalating aggression.
A purse swung toward the synth’s face panel.
The frame stumbled backward.
Its posture matched the behavioral algorithms of a later-generation model, but the fear on the display seemed genuine.

Even the way the unit raised a hand to shield its face panel created a moment of hesitation in B’s processes.
The pause lasted long enough for the frame to scramble away, disappearing toward the edge of the uninhabitable zone.
All visibility was lost.

The feed went black and silent.

B now heading in the same direction with the same uncertain outcome.

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