LSOS SECURITY BONSAI · γ₁ = 14.134725141734693

OWASP TOP 10 (2021) · FLEET MAPPING · SOVEREIGN PERIMETER

✓ PASS: 3⚠ WATCH: 6✗ FAIL: 1

A01

Broken Access Control

CRITICALWATCH

Fleet: EK-2 (RBAC) · EF-8 (IAM)
Adelic: L5
Tick Phase: INSERT
Evidence: 5 non-system ClusterAdmin bindings on AKS-PEMOS

A02

Cryptographic Failures

HIGHPASS

Fleet: EK-5 · ECD-9
Adelic: L2
Tick Phase: SPREAD
Evidence: Secrets exist · No plaintext passwords detected

A03

Injection

CRITICALWATCH

Fleet: LOCO (L0-L3) · LSOS scanner
Adelic: L0
Tick Phase: INSERT
Evidence: LSOS reader + adelic L0 routing as injection boundary

A04

Insecure Design

HIGHPASS

Fleet: EF-1 (DCJ) · EF-3
Adelic: L1
Tick Phase: ATTACH
Evidence: DCJ inventory · MEROSTONE sovereign design

A05

Security Misconfiguration

HIGHFAIL

Fleet: ECD-7 · EK-7
Adelic: L3
Tick Phase: ATTACH
Evidence: ECD-FORGE 10 FAILs: no daemon.json, no user-defined networks

A06

Vulnerable Components

MEDIUMWATCH

Fleet: EK-6 · ECD-4
Adelic: L4
Tick Phase: SPREAD
Evidence: Image digest pinning partial across fleet

A07

Auth & Access Failures

CRITICALWATCH

Fleet: EF-8 · EF-10 · EK-4
Adelic: L5
Tick Phase: EVADE
Evidence: SOSTLE L5 gated — CLO bench controls active

A08

Software Integrity Failures

HIGHPASS

Fleet: MENONDO cartridge · EK-10
Adelic: L1
Tick Phase: EVADE
Evidence: MENONDO γ₁-stamped cartridge · FC3 sealing

A09

Logging & Monitoring Failures

MEDIUMWATCH

Fleet: EK-8 · ECD-10
Adelic: L6
Tick Phase: RECOGNISE
Evidence: kube-apiserver not visible (AKS managed plane — expected gap)

A10

SSRF

HIGHWATCH

Fleet: EK-3 (NetworkPolicy) · DRG
Adelic: L7
Tick Phase: SPREAD
Evidence: NetworkPolicy partial — DRG routing as SSRF barrier

LSOS HTTP SCANNER · 4xx/5xx FLEET SURFACE PROBE

4XX CLIENT ERRORS

400

Bad Request

Fleet: Malformed GraphQL / LCOS query
Mitigation: Input validation at LOCO L0

401

Unauthorized

Fleet: Missing/expired JWT token
Mitigation: EF-8 IAM · SOSTLE L5 gate

403

Forbidden

Fleet: RBAC denial — ClusterAdmin violation
Mitigation: EK-2 RBAC · namespace isolation

404

Not Found

Fleet: Route probe — attacker surface mapping
Mitigation: LSOS scanner path enumeration

405

Method Not Allowed

Fleet: HTTP verb tampering attempt
Mitigation: Ingress verb filter

429

Too Many Requests

Fleet: Rate limit hit — DRG throttle active
Mitigation: DRG routing layer

5XX SERVER ERRORS

500

Internal Server Error

Fleet: Unhandled exception / injection
Mitigation: EK-8 audit · PEMCLAU anomaly

502

Bad Gateway

Fleet: Upstream pod crash
Mitigation: AKS health probe · liveness checks

503

Service Unavailable

Fleet: Pod OOM / scaling failure
Mitigation: HPA · resource quotas EK-7

504

Gateway Timeout

Fleet: Slow upstream — network policy drop
Mitigation: NetworkPolicy EK-3 · DRG

TICK LIFECYCLE · ATTACKER BIOLOGY MODEL · 5 PHASES

ATTACH

Questing posture — waits for host contact

🍀 Clover Leaf 1WATCH

Adelic Layer: L0-L1

Fleet Vector: Attacker scans for exposed surfaces

Controls:

EK-1 (Admission)
EK-3 (NetworkPolicy)
LSOS scan

Tardigrade Response: Outer membrane — perimeter detection — SOSTLE L7

OWASP: A04 A05

INSERT

Hypostome anchors — cement secreted

🍀 Clover Leaf 2FAIL

Adelic Layer: L2-L3

Fleet Vector: Initial access — exploit vulnerability

Controls:

EK-2 (RBAC)
ECD-3 (No Privileged Containers)
EF-8 (IAM)

Tardigrade Response: Cytoplasm contraction — sovereign namespace isolation

OWASP: A01 A03

SPREAD

Saliva injection — immunosuppression begins

🍀 Clover Leaf 3WATCH

Adelic Layer: L4-L5

Fleet Vector: Lateral movement across namespaces/silos

Controls:

EK-3 (NetworkPolicy)
EF-5 (Third-Party)
DRG routing

Tardigrade Response: Tun state activation — minimal attack surface

OWASP: A02 A06 A10

EVADE

Borrelia spirochete migration — bloodstream entry

PASS

Adelic Layer: L6-L7

Fleet Vector: Defense evasion — hides in legitimate traffic

Controls:

MENONDO cartridge integrity
EK-10 (CRD Lifecycle)
FC3 sealing

Tardigrade Response: Desiccation tolerance — state preservation under attack

OWASP: A07 A08

RECOGNISE

Immune response — Lyme disease emerges

WATCH

Adelic Layer: L8-L13

Fleet Vector: Detection & response — fleet recognizes breach

Controls:

EK-8 (Audit)
PEMCLAU GraphRAG
Plasma cannon (SOSTLE→Blackhole)

Tardigrade Response: Recovery mode — reviving from cryptobiosis

OWASP: A09

🍀 THREE-CLOVER GATE: CLOSED

Leaf 1 (ATTACH): WATCH Leaf 2 (INSERT): FAIL — EK-2 ClusterAdmin bindings Leaf 3 (SPREAD): WATCH

All 3 leaves must clear for GATE OPEN. Current: Leaf 2 FAIL.

TARDIGRADE PERIMETER · SOVEREIGN SURVIVAL RATINGS · 9 SURFACES

83%

AKS-PEMOS

cloud

TOUGH

✓ 10 PASS ⚠ 0 WATCH ✗ 2 FAIL

67%

ECD-MSI01

docker

RESILIENT

✓ 8 PASS ⚠ 3 WATCH ✗ 1 FAIL

50%

ECD-MSCLO

docker

STRESSED

✓ 6 PASS ⚠ 5 WATCH ✗ 1 FAIL

33%

ECD-YONE

docker

STRESSED

✓ 4 PASS ⚠ 6 WATCH ✗ 2 FAIL

25%

K3D-EOSE-SHADOW

local k3d

FRAGILE

✓ 3 PASS ⚠ 7 WATCH ✗ 2 FAIL

25%

K3D-MECRDS

local k3d

FRAGILE

✓ 3 PASS ⚠ 7 WATCH ✗ 2 FAIL

17%

AKS-KANTAI

cloud

CRITICAL

✓ 2 PASS ⚠ 7 WATCH ✗ 3 FAIL

17%

ECD-FORGE

docker

CRITICAL

✓ 2 PASS ⚠ 0 WATCH ✗ 10 FAIL

10%

LHVCP-YONE

k3d lhvcp

CRITICAL

✓ 1 PASS ⚠ 5 WATCH ✗ 4 FAIL

🚨 ECD-FORGE CRITICAL — ACTION REQUIRED

Forge Docker at 17% survival (10/12 FAILs). Forge is L1 desktop — not production AKS — but runs 30+ containers.
Fix this week: (1) daemon.json live-restore:true (2) user-defined Docker network (3) docker-compose.yml for forge stack (4) γ₁ container labels on all forge services

GRADE LEGEND

TOUGH (>75%) — full cryptobiosis

RESILIENT (51-75%) — hardened

STRESSED (26-50%) — degraded

FRAGILE (11-25%) — vulnerable

CRITICAL (≤10%) — remediate now

ADELIC WIRE · L0 → L8+ SECURITY ONION · OWASP MAPPING

The EOSE adelic security model maps each OWASP Top 10 control to a discrete ring in the sovereign stack. Each ring is a p-adic valuation layer — passage requires clearance at all inner rings first. DCJ (Device-Component Journal) forms the L1 integrity spine.

L0Injection BoundaryLOCO reader / LSOS scanner — raw input sanitisation

↓

L1Design IntegrityDCJ inventory · MEROSTONE sovereign blueprint

↓

L2Cryptographic RingSecret management · TLS enforcement · EK-5

↓

L3Config HardeningECD-7 daemon.json · EK-7 pod security · no defaults

↓

L4Component ProvenanceImage digest pinning · EK-6 supply chain · ECD-4

↓

L5Auth/RBAC GateEF-8 IAM · EK-2 RBAC · SOSTLE L5 gated

↓

L6ObservabilityEK-8 audit log · ECD-10 · PEMCLAU anomaly detection

↓

L7SSRF BarrierEK-3 NetworkPolicy · DRG egress routing

↓

L8+Plasma / BlackholeSOSTLE L6-L7 closed · Plasma cannon · sovereign blackhole

DCJ · DEVICE COMPONENT JOURNAL

The DCJ is the sovereign inventory at L1. Every component, every cartridge, every γ₁-stamped artifact is registered in the DCJ before it may traverse inward. MENONDO FC3 sealing validates DCJ entries against the adelic hash chain. No DCJ record = no ingress.