🤖 Sovereign Copilot Interface
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1. Executive Overview & Purpose
The **Sovereign Copilot Interface** is the cognitive bridge between human operators, autonomous swarms, and multi-model AI reasoning engines within Sovereign OS. Located at Layer 7 (ops/cognitive_bridge) and Layer 6 (ops/cognitive_surface), it provides:
1. **Autonomous Mission Synthesis**: Formulates 5DHCP tickets, task graphs, and execution plans from human operator intent.
2. **Hybrid Multi-Model Federation**: Seamlessly routes subtasks across dedicated cloud provers (Gemini, Claude), local NPUs (qwen2:1.5b), and the cluster's 24/7 headless Copilot browser (gemma-cobrowser:3456).
3. **Macro-Civilizational Advisory**: Computes tensor perturbations ($\Delta C_{12}$), predicts vitality drift, and advises the Sovereign Civilization Kernel (SCK) before executing state mutations.
4. **Context Cube Binding**: Every conversational prompt and AI output is strictly pinned to 5D-ASP coordinates $(X, Y, Z, \Phi, \Lambda)$ with base-27 Saevcodes and lineage pedigree hashes.
graph TD
Operator["👤 Operator Prompt"] --> WebUI["🌐 os.predator.run Copilot Pane"]
WebUI --> Gateway["ops/http_gateway: /api/copilot/chat"]
Gateway --> CogSurface["ops/cognitive_surface (Intent Classification)"]
CogSurface --> CogBridge["ops/cognitive_bridge (Federated Router)"]
CogBridge --> Cobrowser["Cluster Cobrowser Pod (Microsoft Copilot CDP: 3456)"]
CogBridge --> LocalNPU["Local NPU / LM Studio (Port 1234/1235)"]
CogBridge --> NativeProver["Native Rust Prover / SCK Tensor Engine"]
Cobrowser --> Synthesis["Response Synthesis & Ticket Generation"]
LocalNPU --> Synthesis
NativeProver --> Synthesis
Synthesis --> Valkey["Valkey Substrate (Lineage & Tickets)"]
Synthesis --> WebUI
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2. Multi-Model Federated Architecture
The Cognitive Bridge evaluates task complexity, privacy requirements, and latency budgets to dispatch prompts:
| Model Tier | Target Infrastructure | Latency | Primary Responsibilities |
| **Microsoft Copilot Bridge** | apex-cortex/gemma-cobrowser:3456 | $2\text{s} - 8\text{s}$ | Complex code refactoring, enterprise doc synthesis, biometric settlement orchestration. |
| **Local NPU (Qwen 2.5 / 1.5B)** | Co-located Lion / Apex1 NPUs | $15\text{ms} - 80\text{ms}$ | Fast-path telemetry classification, toxic contract filtering, zero-cloud private operations. |
| **Native Rust SCK Prover** | ops/civilization_kernel | $<1\text{ms}$ | Deterministic tensor evaluations, invariant validation, mathematical cohesion proofs. |
| **High-Reasoning Enclave** | Cloud API (Gemini 2.5 / Claude 3.7) | $1\text{s} - 4\text{s}$ | Macro-civilizational planning, strategic multi-agent game-theoretic equilibrium. |
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3. Dedicated 24/7 Kubernetes Cobrowser Bridge
For persistent Microsoft Copilot integration without human desktop dependencies, Sovereign OS operates a dedicated headless Chromium pod:
apex-cortex/gemma-cobrowser-55584c4ffd-f5928http://gemma-cobrowser.apex-cortex.svc.cluster.local:34569222http://100.97.133.107:6080/vnc.html (Display :99, port 5900)/puppeteer_profile) is NEVER deleted, preserving enterprise credentials, cookies, and session state.---
4. Interaction Modes
The Sovereign Copilot Interface supports four specialized operating modes:
1. **Direct Operational Command**: Execute administrative queries, query node telemetry, inspect hot wallet balances, or trigger manual RPC failovers.
2. **Autonomic Mission Planning**: Decompose complex goals (e.g., *"Deploy Aerodrome Slipstream CLAMM residue sweep on Base"*) into atomic 5DHCP tickets with preconditions and gas caps.
3. **Civilizational Tensor Steering**: Inquire about current vitality slope ($S_v$) or evaluate candidate mutations:
$$\Delta C_{12} = \mathcal{F}(\text{mutation}, S_v, \text{cohesion})$$
4. **Code & Contract Audit**: Dispatch smart contract bytecode or Rust crate diffs for Rule 8 (Zero Mock Data) and Rule 22 (Zero Open Approvals) invariant checks.
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5. REST API Specifications
POST /api/copilot/chat
Dispatches a prompt to the Sovereign Copilot federated engine.
**Request Body:**
{
"prompt": "Evaluate current vitality slope and report cluster health.",
"model": "hybrid",
"conversationId": "operator-session-001"
}
**Response Body:**
{
"status": "ok",
"conversationId": "operator-session-001",
"text": "Substrate Vitality Slope is 6.85 / 9.90 (recovering +0.01 per volley). All 4 nodes are fully synchronized. SCK Regime: HarmonicMesh.",
"model_used": "Sovereign Federated Copilot",
"telemetry": {
"vitality_slope": 6.85,
"cohesion_score": 0.955,
"regime": "HarmonicMesh"
},
"suggested_actions": [
"Audit Subsystems",
"View Architecture",
"Inspect PQR Ledger"
]
}
---