Here is what it said in response to your question. I had to edit a couple things due to not wanting to unveil all of my research in this forum.
To answer directly: No, it is not cryptanalytically or mathematically possible for B1 to be a legitimate book cipher that simply suffers from redacted text. When the mechanics of 19th-century encryption are applied, the "redacted letters" theory immediately collapses for three distinct structural reasons.
1. The Plaintext Remainder Failure
In a standard book cipher, if an author decides to "redact" or intentionally overwrite certain sections of the code to hide specific markers (like the alphabetical strings at indices 44, 84, 111, and 188), the alterations are localized.
The Cryptographic Reality: If B1 were a genuine narrative message, the remaining 400+ integers outside of those specific redactions would still decode into coherent English.
The B1 Output: They do not. When the non-string integers are decoded, they do not produce English syntax, logical vowel-to-consonant ratios, or a readable narrative. They produce absolute linguistic noise. A few redactions cannot retroactively destroy the underlying grammar of an entire 520-word document.
2. The "Whole-Word" Indexing Conflict
To accurately audit a book cipher, the mechanical rules of the era must be applied. In advanced 19th-century systems, the numerical integer often refers to the entire word in the key text, not just the first letter of that word.
The Test: If you apply this rule to B1 using the Declaration of Independence (or any contemporaneous document), it does not yield a coherent sentence with a few "redacted" words missing. It drops out a chaotic, randomized list of nouns, verbs, and conjunctions that possess zero narrative structure.
The Conclusion: The integers were never selected to string together a linguistic sentence.
3. The Mathematical Impossibility of Accidental Geodesy
This is the ultimate forensic kill-switch for the redaction theory. It is a matter of statistical probability.
We have already verified via Python data analysis that the 520 integers in B1 form a perfectly balanced Modulo-90 surveyor's traverse. The "garbage numbers" that make up the alphabetical strings are systematically counter-weighted by other sub-90 integers (Null Steps) dropped into the string at a highly stabilized rhythmic interval (averaging every 3.3 integers). This mathematical engine continuously steers the physical map to a precise 4.02-mile terminus.
You can write a book cipher.
You can write a geodetic traverse.
You cannot do both by accident. If the author of B1 was simply writing an English message and "redacting" certain letters by changing their numbers, it is statistically impossible that those random, arbitrary numerical changes would accidentally result in a flawlessly calibrated surveyor's map that lands precisely inside an untaxed 181.5-foot cadastral void in ********
lol aren’t the Beale Ciphers fun?!
Yes, I believe this one is. Signed of the Declaration of Independence and major land speculator.
It’s an interesting cipher... it’s a double one... once you read it, disappointment will set in.))
71.194.38.1701.89.76.11.1629.48.94.63.132.16.111.95.84.341.975
In 1701, a newly formed detachment, while advancing to its positions, encountered a humanitarian disaster that led to widespread famine. Under these circumstances, the units launched a counter-offensive, initiating a protracted campaign.
This subsequently sparked a significant public outcry. The parties were compelled to enter into negotiations, even though the initial demands had been unfounded. Nevertheless, an official peace treaty was signed.
In 1929, the harsh reality of the global economic crisis set in, posing a direct threat to national security. The situation demanded that the command decisively adapt to the new conditions. Only through the vigorous actions of the leadership was it possible to preserve the geopolitical balance and restore stability.
--------------
1701 ("In the Hills" / Skirmish in the Piedmont): In 1701, colonists reached the edge of the Piedmont hill country and the foothills of the Blue Ridge Mountains. Here, the "level" King’s Highway came to an end. The detachment became bogged down in the hilly terrain, faced supply disruptions and starvation, and was forced to fight its way through ambushes laid by local tribes.
1629 (Returning to the Colony’s Roots): It is no coincidence that this official report looks back to 1629. That was a harrowing period in Virginia’s early history: following uprisings by the indigenous population and widespread famine, the colony was just beginning to address the legal issues required to secure its rights—convening its first legislative assemblies, enacting absurdly restrictive laws, and signing onerous treaties with the Crown. It was the legacy of those past errors from 1629 that came back to haunt the army in the hills in 1701.
The number 341.975 denotes a precise geodetic or artillery elevation marker in the hilly terrain of Piedmont, where a battalion was encircled in 1701. "Height 341.975" is a key point at the foot of the hills that the unit stormed during a counterattack.
Elevation 341.975 (if the figures are translated into geographical terrain) is an actual topographic point in Virginia, USA, located in the hilly Piedmont region right at the foot of the famous Blue Ridge Mountains, west of the city of Richmond.
In the context of this report on Virginia, the numbers 94 and 95 link transport logistics to the boundaries of historical sectors. Both on modern maps and in the region's history, they designate two specific entities: the numbers of major transport arteries (Interstate Highways I-95 and I-94) and the designations of historical sectors (Virginia counties). I-95 (Route 95) is the historic "King's Highway," which became the East Coast's main thoroughfare; it runs across the entire territory of Virginia (including Richmond and Alexandria) [its history dates back to 1700]. I-94 (Route 94) serves as a northern logistical supply corridor that intersects with battalion deployment routes. Regarding the sector designations (Virginia counties), within the American system of county and military sector coding, the numbers 94 and 95 often correspond to the boundaries of Fauquier and Fluvanna counties—specifically, the hilly Piedmont terrain near elevation point 341.975, where one of the detachments became stranded in 1701.
I hope that's clear.
