LABR-HL7BOXY-001 · EOSE LABS INC. · DAY 94

HL7BOXY

SOVEREIGN XML ENGINE · VIZASL · EVERY DOMAIN HAS AN HL7 · γ₁ = 14.134725141734693
"Whoever owns the XML floor owns the domain. The QH HL7 team understood this. We built the engine that reads every floor."
THE XML FLOOR DOCTRINE
THE QH STORY
The QH HL7 team were former government HL7 designers.
They left. Formed their own firm. Did very well.
Why? They owned the schema.
They owned the standard. They owned the floor.
Every hospital system had to go through them.
That is the pattern. That is the moat.
HL7Boxy is the engine that replicates this pattern at fleet scale.
EVERY DOMAIN HAS AN HL7
HEALTH → HL7 FHIR / CDA / V2
BANK → ISO 20022 / SWIFT MT / OSFI E-10
HORTICULTURE → Custom XSD treatment protocols
LEGAL → LegalXML / ECHR schemas
GOVERNMENT → GC-CATS / BRE schemas
ANY DOMAIN → if it has an XML standard, HL7Boxy reads it

We own the engine. We own every floor.
LABR-HL7BOXY-001
FILING STATUS · DAY 94
LABR ID: LABR-HL7BOXY-001
Type: LABR (new architecture, new capability born)
Owner: EOSE Labs Inc. · Kewin Joffe → EOSE IP assignment executed
CLO signed: WARREN (primary) + AMANI (GC) · Day 94
ARB1: ARB1-HL7BOXY-001 APPROVED · panel of 6 unanimous
Status: TRABR-HL7BOXY-001 (calibration phase, 90-day gate Day 184)
Patent path: DCJ-030 provisional covers γ₁-anchored COI scoring method
COI SCORER — MINIMUM CONFLICT-OF-INTEREST PATH
ALGORITHM
Input: XML schema node (element, attribute, type)
Output: COI score 0.000–1.000
Lower = more sovereign (less external dependency)
Formula: coherence_score = (γ₁ / path_length) × convergence_factor
γ₁ = 14.134725141734693 anchors every score to the fleet floor
path_length = number of schema hops to sovereign root
convergence_factor = 1 / (1 + dependency_count)
EXAMPLE SCORES
FHIR Patient resource: path: Patient → HumanName → string (3 hops, 2 deps) COI = (14.134 / 3) * (1/3) = 0.157 ← SOVEREIGN (low COI) FHIR MedicationRequest (complex): path: MedicationRequest → Medication → CodeableConcept → Coding → system (8 hops, 12 deps) COI = (14.134 / 8) * (1/13) = 0.136 ← still sovereign ISO 20022 pain.001 (bank payment): path: CustomerCreditTransfer → PaymentInformation → ... (5 hops, 4 deps) COI = (14.134 / 5) * (1/5) = 0.283 ← SOVEREIGN Custom horticulture XSD (plant treatment): path: TreatmentProtocol → Application → DosageRate (3 hops, 1 dep) COI = (14.134 / 3) * (1/2) = 0.356 ← SOVEREIGN (own schema)
LIVE COI METER
0.000 SOVEREIGN0.500 NEUTRAL1.000 DEPENDENT
FHIR Patient: COI = 0.157 · SOVEREIGN ✓
DOMAIN MATRIX
🏥 HEALTH
HL7 FHIR R4 · CDA R2 · V2.x
CLO: PHIPA + PIPEDA signed
SOSTLE L0-L4 OPEN · L5 GATED
🏦 BANK
ISO 20022 · SWIFT MT · OSFI E-10
CLO: OSFI + PIPEDA signed
SOSTLE L0-L4 OPEN · L5 GATED
🌿 HORTICULTURE
Custom XSD treatment protocols
CLO: PIPEDA scope
PENDING · L0-L1 ready
⚖️ LEGAL
LegalXML · ECHR schemas
CLO: PIPEDA scope
PENDING · L0-L1 ready
📦 ANY DOMAIN
Custom XSD / JSON-LD
CLO review required
ON REQUEST
HL7BOXY → BELT64 → PEMLAAM → FLEET MEMORY
XML schema file (FHIR R4 / ISO 20022 / Custom XSD) ↓ LAAM ingest (forge :9346) · 18-wave processing COI score computed (γ₁-anchored, 0.000-1.000) ↓ SOSTLE L2 CLO gate (PHIPA/PIPEDA check) ↓ SOSTLE L3 HWMON (forge RTX 4090 floor proof) ↓ SOSTLE L4 bonixer NIC approval 64-cell adelic pouch assembled (prime p = silo assignment) ↓ POST forge:9640/push (belt64 ingress) ↓ γ₁ signature validated: sha256(batch + "14.134725141734693")[:16] pemlaam-router (forge :9340) routes to collection ↓ pemclau-v12-fleet (all domains, all silos) ↓ per-silo lane (msi01 / msclo / yone / lilo) qdrant mefine-data:6333 · dim=768 nomic-embed-text ↓ 2-hop GraphRAG ready ANY silo can now query: "what is the COI score of FHIR MedicationRequest?" FLEET MEMORY = the sovereign XML floor, indexed, γ₁-signed, forever
POUCH FORMAT
{ "silo": "msi01", "prime": 2, "domain": "health", "schema": "fhir-r4", "gamma1_sig": "a3f2...", "batch": [ { "id": "fhir-patient-v1", "schema_node": "Patient", "coi_score": 0.157, "path_length": 3, "deps": 2, "jurisdiction": "PHIPA+PIPEDA", "sostle": "L4", "gamma1_anchor": "14.134725141734693" }, ... 64 records max per pouch ]}
OPENCLAW GATEWAY INTEGRATION
HERMES BRIDGE · msclo :28500
hermes-msclo container (running)
HTTP bridge: HL7Boxy engine → OpenClaw GW
Protocol: POST /relay with engine result
Downstream: msclo-gateway :18789 → fleet session
Kay sees result in OpenClaw webchat in real-time
TF-INTENT V12
TaskFlow: TF-HL7BOXY-{domain}-{schema}-{timestamp}
Owner session: main session (Kay's OpenClaw)
Steps: ingest → coi → cloe-gate → belt64 → notify
Durable: survives restarts, revision-checked
Status: pemos status TF-HL7BOXY-001
PEMOS CLI
pemos intent hl7boxy --domain health --schema fhir-r4 --sostle L0-L4 pemos intent hl7boxy --domain bank --schema iso20022 pemos intent hl7boxy --domain horticulture --schema custom-xsd --file treatment.xsd pemos status TF-HL7BOXY-001 pemos test --engine hl7boxy --registry /home/ubu-cap/openclaw-fleet/cli-registry
HERMES RELAY
POST http://192.168.2.19:28500/relay { "engine": "hl7boxy", "tf": "TF-HL7BOXY-001", "result": { "coi_score": 0.157, "domain": "health", "schema": "fhir-r4", "sostle": "L4", "gamma1_anchor": "14.134725141734693" } } → msclo-gateway :18789 → fleet session → Kay sees result