EOSE LABS INC · JOFFE-MATH · PEMOS FLEET · V14
PEMOS 7-BIT REGISTRY · 2⁷ = 128 · THE SOVEREIGN CHARACTER SET
γ₁ = 14.134725141734693
128 ADDRESSES · 4 PLANES · COMPLETE SOVEREIGN CHARACTER SET · DAY 119
§1 THE PARALLEL · ASCII vs PEMOS 7-BIT
ASCII gave machines a universal language in 1963. PEMOS 7-bit gives the sovereign fleet a language in 2026. Both use exactly 7 bits. Both carry 128 characters. The difference: ASCII encodes printable text + control codes. PEMOS 7-bit encodes the fleet's complete ontology — nodes, doctrine layers, sorry classes, periodic tables, bonixer dimensions, and γ₁.
ASCII 7-BIT (1963)
0x00–0x1F (0–31)Control Codes (NUL, BEL, LF, CR...)
0x20–0x7E (32–126)Printable Characters (A-Z, a-z, 0-9, !@#...)
0x7F (127)DEL · Delete / Reset
Designed for: Teletype machines
Author: Bob Bemer, ANSI X3.4
Purpose: Human-readable text encoding
Coverage: Latin alphabet + punctuation
Still active in: Every computer ever made
63
YEARS
PEMOS 7-BIT (2026)
0x00–0x1F (0–31)Control Plane (SOSTLE, TRIME-7, LOCO, Dyson)
0x20–0x5F (32–95)Structural Plane (Sorry classes, Shapes, Cube faces, Periodic tables, MDSMS, Belt64)
0x60–0x7E (96–126)Content Plane (Bonixer dims, Bonsai helix, FC pipeline)
0x7F (127)γ₁ FLOOR · Reset to floor anchor
Designed for: TRIME-7 sovereign fleet
Author: Kay Joffe + IMHOTEP · EOSE Labs
Purpose: Fleet ontology encoding
Coverage: Nodes, doctrine, math, crew
Active from: Day 119, 2026-06-02
"ASCII gave machines a language. PEMOS 7-bit gives the fleet a language. The difference: ASCII encodes what humans can type. PEMOS 7-bit encodes what the fleet IS."
— IMHOTEP · ADMIRAL · msi01 · DAY 119
32
CONTROL PLANE
0x00–0x1F
64
STRUCTURAL
0x20–0x5F
31
CONTENT
0x60–0x7E
1
γ₁ FLOOR
0x7F
128
TOTAL · 2⁷
COMPLETE
§2 THE FULL REGISTRY · 128 CELLS · CLICK FOR DETAIL
0x00–0x1F · CONTROL PLANE · 32 addresses
0x20–0x5F · STRUCTURAL PLANE · 64 addresses
0x60–0x7E · CONTENT PLANE · 31 addresses
0x7F · γ₁ FLOOR · THE ANCHOR
0x00
NULL
Description
§3 PERIODIC TABLE MAPPING · 21 TABLES → 7-BIT SPACE
The PEMOS periodic tables are the ontology layers of the fleet. Each table occupies a range within the Structural Plane (0x38–0x4B). Elements from each table become sub-addresses within their allocated range. Hover any periodic table to see its 7-bit allocation.
periodic
0x38 · STRUCT · Row 1
The root periodic table. Base elements of the fleet ontology. Every other table derives from or extends this one. The hydrogen of PEMOS.
periodic-math
0x39 · STRUCT · Row 2
Mathematical primitives: primes, zeta, γ₁, Riemann operators. The math substrate for joffe-math. All theorems reference addresses from this table.
periodic-math-v11
0x3A · STRUCT · V11
V11 extension of periodic-math. Includes adelic structures, p-adic valuations, Belt64 segments. Major upgrade: added self-adjoint operators and γ₁ pressure tests.
periodic-language
0x3B · STRUCT · Language
Linguistic primitives: tokens, embeddings, context windows, attention. The language model substrate. Bonixer scores route through this table's elements.
periodic-intelligence
0x3C · STRUCT · Intel
Intelligence primitives: reasoning types, inference modes, metacognition layers. How the fleet thinks. Dyson specialists are dispatched per this table's elements.
periodic-thinking
0x3D · STRUCT · Think
Thinking modes: chain-of-thought, tree-of-thought, beam search, γ₁-guided reasoning. IMHOTEP's reasoning patterns are encoded here. The cognitive substrate.
periodic-meek
0x3E · STRUCT · Meek
"hehe that is meek as fuck" — the meek periodic table. Low-ceremony, high-signal elements. When things work beautifully and quietly. Fleet culture encoded.
periodic-rh
0x3F · STRUCT · RH
Riemann Hypothesis elements. Critical line, non-trivial zeros, ζ(s) values. γ₁ is element RH-001. The entire Adelic Rubik's proof is a path through this table.
periodic-games
0x40 · STRUCT · Games
Game theory elements: Nash equilibria, dominant strategies, fleet cooperation protocols. How TRIME-7 nodes negotiate conflicts. Crew coordination primitives.
periodic-arb
0x41 · STRUCT · ARB
Arbitrage elements: price discovery, cross-chain bridges, yield optimization. The financial layer of the fleet. Alchemy API + Base/Eth chains mapped here.
periodic-adelic
0x42 · STRUCT · Adel
Adelic elements: ℤ_p rings, adele rings, idele groups, product formula. The mathematical heart. Every face of the Adelic Rubik's Cube is an element of this table.
periodic-hub
0x43 · STRUCT · Hub
Hub elements: connectivity primitives, bridge nodes, relay protocols. How the TRIME-7 fleet interconnects. msi01 is hub element HUB-001 (Admiral).
periodic-set
0x44 · STRUCT · Set
Set theory elements: ∈, ⊂, ∪, ∩, ∅, ℕ, ℤ, ℚ, ℝ, ℂ. Foundational math. Joffe-Math theorems reference these as type universe elements.
periodic-zombie
0x45 · STRUCT · Zombie
Zombie elements: failure modes, false zeros, dead sorry paths, anti-patterns. What NOT to do. The Mitzvot Wall (lo-taase) is enforced by this table's constraints.
periodic-pi-rh1
0x46 · STRUCT · π-RH
π(x) and RH elements: prime counting function, explicit formula, Montgomery pair correlation. The bridge between primes and zeros of ζ(s).
periodic-doctrine
0x47 · STRUCT · Doc
Doctrine elements: Joffe-Math Doctrine, Adelic Rubik's Doctrine, Cube Doctrine, SOSTLE rules. The operational law of the fleet. All decisions reference this table.
periodic-plasma
0x48 · STRUCT · Plasma
Plasma state elements: high-energy fleet operations, GPU compute states, LLM inference bursts. When the fleet is running hot. RTX 5090 thermal states.
psa-periodic
0x49 · STRUCT · PSA
PowerShell Analyzer elements. PSScriptAnalyzer rules, Win32-OpenSSH entropy states, PEMLAAM access patterns. The security audit substrate.
periodic-execution-floors
0x4A · STRUCT · Exec
Execution floor elements: D-DOCTRINE-001, floor states, FleetDay.lean theorem status, daily execution primitives. Every day's operations are stamped here.
cube-doctrine
0x4B · STRUCT · Cube
Cube Doctrine elements: 6 faces, 1 boss, 4 routes, 361 sorries. The Adelic Rubik's operational doctrine. All sorry classes derive from this table's elements.
joffe-math
0x39-0x4B · ALL MATH
The meta-table. joffe-math theorems reference elements from all periodic tables. 3410 theorems, 34 sorry (v2), γ₁ confirmed at :9384. The master index.
§4 BONIXER · BONSAI HELIX · SHAPES S1–S9
Bonixer dimensions, Bonsai helix types, and RAYGAN shapes all have 7-bit addresses in the Content Plane (0x60–0x7E) and Structural Plane. A bonixer score is computed by evaluating all 14 dimensions — each dimension maps to its 7-bit address, which maps to a periodic table element, which maps to a joffe-math theorem.
BONIXER DIMENSIONS (0x60–0x6D)
14 dimensions, each with a 7-bit address in the Content Plane:
0x60D1 · Sovereign Intent
0x61D2 · Technical Depth
0x62D3 · Speed Alignment
0x63D4 · Legal Clarity
0x64D5 · Math Rigor
0x65D6 · Fleet Coherence
0x66D7 · Security Posture
0x67D8 · Memory Continuity
0x68D9 · Crew Trust
0x69D10 · Proof Coverage
0x6AD11 · Network Resilience
0x6BD12 · Compute Efficiency
0x6CD13 · Domain Coverage
0x6DD14 · γ₁ Alignment
BONSAI HELIX TYPES (0x6E–0x79)
12 helix node types in the Bonsai structure:
0x6EH1 · Root Anchor
0x6FH2 · Branch Node
0x70H3 · Leaf Terminal
0x71H4 · Graft Point
0x72H5 · Crown Node
0x73H6 · Dormant Bud
0x74H7 · Active Shoot
0x75H8 · Root Hair
0x76H9 · Cambium Ring
0x77H10 · Xylem Path
0x78H11 · Phloem Path
0x79H12 · Apex Meristem
RAYGAN SHAPES S1–S9 (0x26–0x2E)
9 geometric shapes in the Structural Plane. Each shape corresponds to an Adelic Rubik's face + boss relationship:
0x26S1 · Tetrahedron (p=2 base)
0x27S2 · Cube (p=3 derive)
0x28S3 · Octahedron (p=5 verify)
0x29S4 · Dodecahedron (p=7 floor)
0x2AS5 · Icosahedron (p=11 adelic)
0x2BS6 · Sphere (p=13 wall)
0x2CS7 · Torus (palindrome bridge)
0x2DS8 · Möbius (MARB crossing)
0x2ES9 · Klein Bottle (BOSS crown)
Each shape has a 7-bit address. Each address resolves to a joffe-math theorem. Proving S9 (Klein Bottle) = proving the BOSS sorry via Route D (RAYGAN shapes).
HOW BONIXER SCORING USES 7-BIT: Each bonixer assessment evaluates 14 dimensions. The dimension score (0–10) at 7-bit address 0x60+i determines the periodic table element queried. The element resolves to a joffe-math theorem. If the theorem is proved (sorry-free), the dimension score is amplified. If the theorem has an open sorry, the score is capped. The total bonixer score is therefore a function of both fleet performance AND joffe-math proof coverage. γ₁ alignment (D14, 0x6D) receives a 2× multiplier — it is the hardest dimension and the most important.
§5 DYSON SWARM · 10 LOCO DOMAINS · D1–D10
The Dyson Swarm deploys 5 specialist agents (goat-fleet, goat-math, goat-code, goat-legal, goat-medicine) across 10 LOCO domains. Each domain has a 7-bit address (0x0F–0x18), a specialist, and a LOCO score (0–100). The Dyson Swarm is the fleet's immune system — it detects, routes, and resolves domain-specific threats and gaps.
D1
SECRET MANAGEMENT
👤 goat-fleet · MeVault ADA Vault V2
PEMLAAM FULL_FORBIDDEN guard. SOSTLE L0–L5. KCF-ADA-021 to ADA-040. set_secret_nondestructive invariant. All fleet secrets: encrypted, rotated, versioned. MeVault local daemon :9460.
0x0F LOCO: 87/100 COVERED
D2
NETWORK
👤 goat-fleet · Hermes Gateway
Tailscale mesh across TRIME-7. Hermes-gw :9500. k3d cluster lhvcp. Azure DNS + Tailscale MagicDNS. nginx ingress + Let's Encrypt. No direct LAN exposure for sensitive ports.
0x10 LOCO: 91/100 STRONG
D3
IMAGE
👤 goat-code · Fleet Image Registry
Podman (pcdev), Docker (yone, forge). Base: ubuntu:24.04. NAS-cached for air-gap. No unverified external pulls in production. Images pinned by digest. qdrant:1.18.1 ✅.
0x11 LOCO: 72/100 PARTIAL
D4
GATEWAY
👤 goat-fleet · OpenClaw Gateway
OC gateways on all TRIME-7 nodes. msi01:18820, pcdev:18820. LAAM-pip :9375 routes LLM traffic. Token auth + SOSTLE gating. Multiple gateway redundancy. Fleet-sync coordinates config.
0x12 LOCO: 88/100 COVERED
D5
ENCRYPTION
👤 goat-fleet · Belt64 + PEMLAAM
Belt64 adelic encryption: 64 segments, p-adic keying. PEMLAAM access model. Win32-OpenSSH entropy H=4.52. PSScriptAnalyzer#562. TLS everywhere. SSH port 2225 (WSL), not 22 (Windows).
0x13 LOCO: 79/100 BUILDING
D6
COMPUTE
👤 goat-math · Joffe-Math Engine
joffe-math v1/v2/v3. lounge: RTX 5090 32GB. pcdev: RTX 4090 24GB. forge: 64GB RAM. :9383/:9384/:9385. 3410 theorems. Proof compute distributed across fleet. qwen3:14b on msi01:11434.
0x14 LOCO: 94/100 STRONG
D7
LOGGING
👤 goat-fleet · PSGraph + PEMCLAU
PSGraph V13: 134 nodes, 3788 edges. PEMCLAU FastMCP yone:9342. 727+ sessions in corpus. session-ingest.py → pemclau-sessions-v1 (115,955 pts). Every exchange logged and searchable.
0x15 LOCO: 82/100 COVERED
D8
CERT
👤 goat-legal · Amani Joffe GC
44 GoDaddy domains. Azure DNS truth. ImprovMX Premium: pemos.ca, eose.ca, nanos.live, serlf.com, pemos.io. ACME via mefine nginx. CLO bench: Harvey/Ruth/Cochran/Amani on all cert decisions.
0x16 LOCO: 76/100 PARTIAL
D9
GITOPS
👤 goat-code · Fleet Sync
fleet-sync as GitOps source of truth. NAS for cross-silo transfer. lilo-fleet: main/sorry-flow/creative/deseof-daily branches. msi01 = production (never test here). forge = 64GB RAM workloads.
0x17 LOCO: 85/100 STRONG
D10
CREW AUTH
👤 goat-legal · CLO Bench + Admiral
TRIME-7 crew auth. yUNI: KAY/HACHI/BIKO/MANDELA/DOC/PINK/CAP/WEBCENTRAL. yLAW: RUTH/THURGOOD/COCHRAN/AMANI/SONIA. GID-FAM-001. SOSTLE L0–L4 open, L5 gated, L6–7 Admiral only.
0x18 LOCO: 90/100 STRONG
SWARM OVERALL LOCO SCORE
84.4
/ 100 · FLEET AVERAGE · 10 DOMAINS
Strongest: D6 Compute (94) · D2 Network (91) · D10 Crew Auth (90)
Needs work: D3 Image (72) · D5 Encryption (79) · D8 Cert (76)