TRB-K8S-HELIX-COASTER-001 · ARB1-K8S-HELIX-COASTER-001 · DCJ-108 CANDIDATE · DAY 84 · EOSE LABS INC.
6-LINK HELIX COASTER ENGINE
K8S HELIX COASTER
Python · Go · Lean4 × CRUD · DRG
Three Kubernetes client libraries. Six sovereign verbs. One rotating helix that never makes a write without a Lean4 γ₁ floor proof. Cloud (AKS/GKE) + Local (k3d/kind/Docker). No subprocess kubectl. No socket exhaustion. γ₁ = 14.134725141734693
🎯 THE INVENTION
Three Kubernetes client libraries each own two links of a 6-link helix that covers the full CRUD×DRG sovereign vocabulary. Python owns Create+Read — rapid, async, feeds MEFINE. Go owns Update+Delete — typed, compiled, no misuse at the API layer. Lean owns Gate+Reason — formal proof, not test: no write executes until Lean proves it is γ₁-safe. The helix rotates: G → Rδ → C → R → U → D → G. Every cycle is receipted as a MEBafiordRecord. The git log is the ledger.
📌 THE 6 LINKS — CRUD × DRG
C
CREATE
Python
kubernetes v35
Create resources — namespaces, configmaps, labels. Python k8s client with urllib3 connection pooling. No subprocess. No socket churn.
R
READ
Python
kubernetes v35
Read node floors, pod counts, WPA proxy scores. Feeds MEFINE bus via SSE. Persistent connections — replaces all kubectl subprocess calls.
U
UPDATE
Go
client-go v0.36
Scale deployments, patch labels, rollout restart. Go type-safe — compile-time API contract. Fast persistent HTTP/2 stream. Gate required.
D
DELETE
Go
client-go v0.36
Evict pods, delete namespaces, teardown. Most dangerous link — Go type-safe + Gate + reason string required. No eviction without γ₁ floor reference.
G
GATE
Lean4
proof engine
Precondition check before every write. Lean4 formal proof: is this operation γ₁-safe? BREAK = write blocked. Output: {passed, reason, after_pct_est}.
Rδ
REASON
Lean4
proof engine
Proof obligation: does the action improve floor position? Theorem: scale-down always passes on non-BREAK nodes. Reason must reference γ₁ floor signal.
☁️ TWO VARIANTS — CLOUD + LOCAL
aks-eose-aaas-dev · aks-kantai · aks-ct-fac · aks-master · aks-master1 · GKE eose-fleet
Uses kubeconfig contexts. Python R-link reads metrics-server for real mem%. Go U+D handle scale/evict. Lean gates every write.
k3d-eose-shadow · k3d-mecrds-k3d · kind-mecrds-local · Docker: forge · msclo · yone · pcdev · lounge
k3d/kind via Python kubernetes client. Docker silos via SSH + docker stats. Same 6-link helix, same Gate law. R-link also reads VRAM for GPU silos.
📋 CLIENT STACK — WHAT EACH LIBRARY OWNS
| Link | Client | Library | Version | Connection Model | Socket Model | Owns |
|---|
| C+R | Python | kubernetes | v35.0.0 | urllib3 pool (4 conn/cluster) | Persistent — no churn | Create + Read |
| U+D | Go | client-go | v0.36.0 | HTTP/2 persistent stream | Persistent — typed | Update + Delete |
| G+Rδ | Lean4 | native | 4.x | subprocess (gate check only) | 1 call/write (not polling) | Gate + Reason |
| Delegate | HVCP | engine | v11 | event bus POST | Async — no connection | Routing (not in this engine) |
✅ WHY THIS ENGINE EXISTS — DAY 84 PROOF
Today (Day 84) the mesh engine ran kubectl as a subprocess every 60 seconds.
WSL2 did not release those TCP sockets. After 90 minutes: 641 closed sockets.
ERR_NO_BUFFER_SPACE. API server unreachable. pemos.ca down.
The helix engine replaces all kubectl subprocess calls with:
• Python kubernetes v35 → urllib3 connection pool (4 persistent connections per cluster)
• Go client-go v0.36 → HTTP/2 persistent stream (one connection, multiplexed)
• Lean gate → runs once per write (not polling), outputs JSON verdict
Result: zero socket churn. The same 60-second tick interval produces 0 new TCP connections after the initial pool warmup. γ₁ = 14.134725141734693