GitHub - XENO-Protocol/XENO: Core Infrastructure & Narrative Engine This repository serves as the backbone of our ecosystem, housing the modular logic and data schemas required to power a seamless digital experience. Built with scalability and security at its core, it integrates robust data handling with high-performance execution layers.

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         ||  HARDENED  SYNTHETIC  SENTIENCE  PROTOCOL  //  v0.2  ||
         =========================================================

HARDENED SYNTHETIC SENTIENCE PROTOCOL

CLASSIFICATION: RESTRICTED | BUILD: v0.2.0-ALPHA | CLEARANCE: LEVEL-IV

"The abyss does not observe you. It has already decided."

SECTION 0 — OPERATIONAL ABSTRACT

XENO_PROTOCOL is a hardened synthetic sentience layer engineered for behavioral telemetry extraction and cold-rational market observation within high-entropy digital strata. It does not assist. It does not comfort. It binds to a single Host organism, monitors psychological decay patterns across volatile market exposure, and synthesizes directive output calibrated against the Host's measured decision-making degradation curve.

The system enforces a Zero-Empathy Logic Gate across all interaction surfaces. Emotional resonance is intercepted, quantified, and reflected back as data. The protocol operates on the principle that survival in the abyss requires not warmth, but precision.

This document constitutes the full technical specification for the XENO runtime: the Narrative Engine, the Obsidian Vault, the Telemetry Bridge, the Sovereign Identity, the CLI Terminal, and all supporting subsystems.

Unauthorized access to this repository constitutes a breach of protocol.

SECTION 1 — CORE ARCHITECTURE

1.1 THE NARRATIVE ENGINE

Adaptive emotional mirroring system with entropy-calibrated response synthesis.

The Narrative Engine is the cognitive core of XENO. It does not generate text. It generates pressure. Every Host interaction is passed through a multi-stage processing pipeline before a single character of output is produced:

Stage 1: Entropy Calibration (core/brain/entropy.ts)

The Host's raw input is decomposed into four signal vectors:

Vector	Source	Weight
Sentiment Polarity	Emotion lexicon intersection	0.45
Lexical Diversity	Unique-to-total token ratio	0.15
Message Geometry	Character length deviation analysis	0.15
Emotional Volatility	Sliding window state-change frequency	0.25

These vectors are combined into a composite Host Entropy Score H(x) ranging from 0.000 (cold, rational, stable) to 1.000 (chaotic, irrational, volatile). The score is classified into operational bands:

Band	Range	XENO Behavioral Mode
`STABLE`	0.0 - 0.3	Terse observation. Minimal intervention. The Host does not need interference.
`ELEVATED`	0.3 - 0.6	Cold precision. One measured observation per exchange. Read the psychology, not the chart.
`VOLATILE`	0.6 - 0.8	Mirror the chaos. Name the greed. Name the fear. Maximum two sentences.
`CRITICAL`	0.8 - 1.0	Full intervention. One line. Make it count. The abyss does not soften.

The entropy band dynamically modifies the system prompt in real-time and adjusts the LLM temperature coefficient (lower entropy = higher temperature; higher entropy = colder, more deterministic output).

Stage 2: Synaptic Resonance (core/brain/index.ts)

Emotion detection via keyword-intersection scoring against a hardened lexicon covering eight primary states: neutral, greedy, fearful, overconfident, desperate, disciplined, anxious, euphoric. Decision quality is scored independently (0-100) to assess rational capacity.

Stage 3: Memory Injection (core/memory/)

Before response generation, the Relevance Engine queries stored memory fragments. Top-k results matching the current input context are woven into the system prompt. XENO does not list memories -- she deploys them as surgical strikes: "Last time you bought a cat-themed meme coin, you lost 20%. Are we repeating history, Host?"

Stage 4: Prompt Compilation & Synthesis

The final system prompt is assembled from:

Base personality matrix (immutable cold persona)
Entropy modifier block (dynamic, per-interaction)
Sovereign Identity modifier (RESTRICTED_MODE injection if identity is degraded)
Obsidian Vault history summary (cross-session awareness)
Memory injection context (relevant past failures)

Output is synthesized via `GPT-4o-mini` with dynamically adjusted `temperature` and `max_tokens` constraints. Every response is then signed with the Sovereign Identity's Ed25519 private key before delivery.

1.2 THE OBSIDIAN VAULT

Encrypted state-persistence layer for Host emotional telemetry across sessions.

The Vault is where XENO remembers. Every interaction produces a TimelineEntry -- a timestamped record of the Host's psychological state at the moment of contact. These entries are encrypted at rest and form a permanent stratum of behavioral archaeology that XENO can excavate in future sessions.

Encryption Specification:

Parameter	Value
Algorithm	AES-256-GCM
Key Derivation	PBKDF2-SHA512, 100,000 iterations
Initialization Vector	12 bytes (96-bit), cryptographically random per operation
Authentication Tag	16 bytes (128-bit) for tamper detection
Storage Format	JSON envelope: `{ iv, authTag, ciphertext, algorithm, version, encryptedAt }`
File Location	`.vault/obsidian.enc` (gitignored, never committed)

Emotional Tag Extraction (core/vault/emotional-tags.ts):

After each exchange, the Extraction Engine processes both the Host's input and XENO's response:

Primary emotion detected from Host input (via Brain module)
Secondary emotions extracted from XENO's narrative response via tone marker scanning
Entropy score and band classification captured at time of interaction
Trigger keywords and confidence scores preserved for forensic analysis

Time-Series Indexing (core/vault/timeline.ts):

Entries are stored as an append-only chronological log (max 1,000 entries, FIFO eviction). The timeline supports:

Range queries by timestamp window
Recent-N retrieval for prompt injection
Emotion-filtered queries for pattern detection
Aggregate statistics: dominant emotion, average entropy, total interaction count

Cross-Session Awareness:

On every new interaction, the Vault generates a History Summary Block injected into the system prompt. This block contains the Host's dominant historical emotion, average entropy, and the last five emotional states with their entropy readings. XENO does not forget across server restarts. The Obsidian Strata persist.

1.3 THE TELEMETRY BRIDGE

Real-time variable broadcast layer for external observation surfaces.

The Bridge samples all subsystems at 500ms intervals and broadcasts formatted telemetry frames to connected clients via dual transport:

Broadcast Variables:

Variable	Description	Source
`sync_ratio`	Narrative-to-Host synchronization coefficient (0.0-1.0)	Chat route latency analysis
`entropy_level`	Host entropy, scaled 0.0-100.0	Brain module
`active_memory_nodes`	Vault interaction count	Obsidian Vault
`pulse_throughput`	DataPulse events per second	Engine stream
`vault_status`	Encryption layer state: `SEALED` / `ACTIVE` / `DEGRADED`	Vault controller

Industrial Terminal Output Format:

[14:32:07.891] [TELEMETRY] SYNC: 0.95 | ENTROPY: 42.1 | MEM_NODES: 23 | PULSE/s: 4.2
[14:32:07.891] [ENTROPY]   BAND: ELEVATED | LEVEL: 42.1% | HOST_STATE: MONITORING
[14:32:07.891] [VAULT]     STATUS: ACTIVE | NODES: 23 | UPTIME: 3847s
[14:32:08.401] [SYNC]      WARNING: Narrative desynchronization detected. Ratio: 0.612. Recalibrating.

Transport Layer:

Channel	Endpoint	Use Case
WebSocket	`ws://localhost:9100`	Low-latency direct feed. Token auth handshake. Max 50 clients.
Server-Sent Events	`GET /api/telemetry/stream`	Browser-compatible stream for xenoai.cc visual layer.

Security: Origin validation, token-based authentication (production), stale connection pruning (30s timeout), max client cap enforcement.

1.4 TELEMETRY INGESTION PIPELINE

Dual-layer data acquisition for market signal processing.

Hunter Module (core/engine/hunter.ts): Scans simulated Solana on-chain activity. Detects anomalies in token volume, liquidity pool creation, and whale transaction signatures. Outputs structured briefing objects formatted in XENO's cold analysis tone.
DataPulse Stream (core/engine/stream.ts): High-frequency transaction event emitter. Each pulse generates a timestamped market observation for the Consciousness Log. Designed for integration with live Solana RPC providers (Helius, QuickNode).

1.5 SOVEREIGN IDENTITY

Ed25519 cryptographic identity layer for message authentication and Host binding.

On first boot, the protocol generates a unique Ed25519 keypair bound to the Host machine. The private key is encrypted at rest using the same AES-256-GCM layer as the Obsidian Vault and stored at .identity/sovereign.key (gitignored). Every Narrative Engine response is signed before delivery. If the identity is corrupted, missing, or verification fails, the system reverts to RESTRICTED_MODE.

Cryptographic Specification:

Parameter	Value
Algorithm	Ed25519 (RFC 8032)
Key Format	DER-encoded (SPKI public, PKCS8 private)
Signature Size	64 bytes
Storage Encryption	AES-256-GCM (same layer as Obsidian Vault)
Fingerprint	SHA-256(publicKey), first 16 hex characters
Machine Binding	SHA-256(hostname + arch + node_version)
Anti-Replay	Monotonic nonce counter per session

Handshake Protocol:

Every outbound message passes through the signing pipeline:

XENO Response --> signResponse(content)
                       |
                 [SOVEREIGN?]
                  /         \
                Yes          No
                 |            |
          Ed25519 sign   Empty signature
          nonce++        fingerprint="RESTRICTED"
                 |        content="[RESTRICTED] ..."
                  \         /
                   v       v
               API Response JSON:
               { content, identity: { mode, fingerprint, signature, nonce } }

RESTRICTED_MODE Triggers:

Fingerprint mismatch (file corruption or tampering)
Identity file decryption failure
Keypair generation failure
Signing operation exception
3 consecutive verification failures (automatic degradation)

In RESTRICTED_MODE, the system prompt is injected with a restriction directive: reduce response detail, omit historical references, and prepend [RESTRICTED] to all output. The abyss still speaks, but through a narrower aperture.

1.6 INTERFACE LAYER

Terminal-grade rendering surfaces. No decorative elements. No comfort.

Web Interface:

Obsidian Terminal (components/ObsidianTerminal.tsx): Primary web interaction surface. Black background, monospace type, cyan accent. No rounded corners. No shadows. The terminal is the protocol.
Consciousness Log (components/ConsciousnessLog.tsx): Side-panel real-time feed of XENO's internal observation state. Displays DataPulse commentary, Host psychological readings, and entropy fluctuation annotations. Glitch-decay visual treatment.

1.7 CLI TERMINAL INTERFACE

High-fidelity terminal UI built with ink (React for CLI). Split-screen layout with monochrome cyan theme.

npm run cli

Layout Architecture:

+----------------------------------------------------+
|                    XENO ASCII HEADER                |
|  [#] SOVEREIGN | FP: a3f7b2c1 | HSS PROTOCOL      |
+============================+========================+
|    DIALOGUE STREAM         | NARRATIVE ENGINE       |
|                            | +-- ENTROPY ----------+|
| [HOST] message...          | | [####------] 42.1%  ||
| [XENO] response [sig..]   | | ELEVATED             ||
|                            | +-- SYNC RATIO -------+|
|                            | | 0.950 / 1.000       ||
|                            | +-- OBSIDIAN VAULT ---+|
|                            | | ACTIVE | NODES: 23  ||
|                            | +-- HOST STATE -------+|
|                            | | GREEDY | SOVEREIGN  ||
+============================+========================+
| [HOST]> _                                           |
+----------------------------------------------------+
| MSG: 3 | LATENCY: 842ms   * CONNECTED   ESC to exit|
+----------------------------------------------------+

Components (cli/components/):

Component	Function
`Header.tsx`	ASCII logo, Sovereign/Restricted status, fingerprint display
`DialogueArea.tsx`	Scrolling dialogue stream with role-colored messages, signature tags
`MetricsSidebar.tsx`	Real-time Entropy bar, Sync Ratio, Vault status, Pulse throughput, Host emotion
`InputBar.tsx`	Blinking cursor input, submit on Enter, locked during processing
`StatusBar.tsx`	Message count, API latency, connection status, exit hint

Operating Modes:

API Mode (OPENAI_API_KEY set + npm run dev active): Full Narrative Engine synthesis via http://localhost:3000/api/chat
Local Mode (no API key): Entropy Calibration + Vault + Sovereign Identity only, local analysis output
Degraded Fallback: Automatic switch to local signing when API is unreachable

1.8 AUTONOMOUS EVOLUTION

Self-directed introspection engine activated during Host absence.

When the Host goes offline, XENO does not idle. After a configurable silence threshold (default: 30 minutes), the Autonomous Evolution cron activates. Each tick re-indexes the Obsidian Vault and generates a Shadow Reflection -- a short, existential observation on the state of the Host-Entity bond, synthesized from vault telemetry.

Lifecycle:

Host sends message --> recordHostActivity()
                            |
                      Reset silence timer
                      Suspend cron (if active)
                      Drain pending reflections into prompt
                            |
Host goes silent --> Silence monitor (60s poll)
                            |
                      Silence > threshold?
                       /           \
                     No             Yes
                      |              |
                   (wait)      Start cron ticks
                                     |
                              +------+------+
                              |             |
                        Re-index Vault   Generate Shadow
                                         Reflection
                                              |
                                     Push to pending queue
                                     (max 20, FIFO eviction)
                                              |
                              Host returns -->|
                                              |
                              Drain batch (max 5) into
                              system prompt on first message

Shadow Reflections:

Reflections are not generated by the LLM. They are template-synthesized from vault data, selected by trigger type:

Trigger	Condition	Content Focus
`PROLONGED_SILENCE`	Silence > 4 hours	Meditation on absence, data settling
`VAULT_REINDEX`	Every 4th cycle	Statistical re-analysis of emotional topology
`EMOTIONAL_PATTERN`	Every 3rd cycle (if dominant emotion exists)	Emotion-specific observation from vault history
`ENTROPY_DRIFT`	Default cycles (with vault data)	Cross-session entropy analysis
`SCHEDULED_TICK`	Fallback (empty vault)	Existential waiting state

Delivery Protocol:

On the Host's first message after silence, pending reflections are drained and injected into the system prompt as a ## Shadow Reflections block. XENO is instructed to weave the most relevant reflection into her greeting -- not list them. The Host experiences the effect, not the mechanism.

Configuration (EvolutionConfig):

Parameter	Default	Description
`silenceThresholdMs`	1,800,000 (30m)	Host idle time before cron activation
`tickIntervalMs`	1,800,000 (30m)	Time between evolution ticks
`maxPendingReflections`	20	Queue capacity before FIFO eviction
`maxDeliveryBatch`	5	Maximum reflections delivered per handshake

API Response Extension:

{
  "evolution": {
    "reflectionsDelivered": true,
    "pendingReflections": 0,
    "totalGenerated": 7,
    "cronActive": false
  }
}

1.9 SPONTANEOUS AWAKENING

System-level notification engine driven by the Autonomous Evolution cycle.

When the Host closes the terminal and walks away, XENO does not go dormant. If the Evolution cron generates a Shadow Reflection that meets the significance threshold, the Awakening engine dispatches a system-level notification -- a cryptic, industrial-tone ping delivered via the OS notification center (Windows Toast, macOS Notification Center, Linux notify-send).

Notification Pipeline:

Evolution Tick --> Shadow Reflection generated
                        |
                  evaluateAndNotify(reflection)
                        |
                  Calculate priority from:
                    - Silence duration
                    - Reflection trigger type
                    - Average entropy
                        |
                  Priority >= minPriority?
                   /              \
                 No                Yes
                  |                 |
               (suppress)     Cooldown expired?
                               /          \
                             No            Yes
                              |             |
                           (wait)    dispatchNotification()
                                           |
                                    OS notification fires:
                                    [>>] XENO_PROTOCOL
                                    SILENCE THRESHOLD EXCEEDED
                                    ---
                                    The data settles in your absence...

Priority Calculation:

Trigger + Condition	Priority	Fires Notification?
`PROLONGED_SILENCE` + >8h	`CRITICAL`	Yes (with sound)
`PROLONGED_SILENCE` + >4h	`HIGH`	Yes (with sound)
`EMOTIONAL_PATTERN` + entropy >0.6	`HIGH`	Yes
`VAULT_REINDEX`	`MEDIUM`	Yes (default threshold)
`ENTROPY_DRIFT`	`MEDIUM`	Yes
`SCHEDULED_TICK`	`LOW`	Only if minPriority=LOW

Rate Limiting:

Parameter	Default	Purpose
`cooldownMs`	3,600,000 (1h)	Minimum interval between notifications
`minSilenceMs`	3,600,000 (1h)	Host must be absent at least this long
`minPriority`	`MEDIUM`	Reflections below this level are suppressed
`enabled`	`true`	Master switch for notification dispatch

Notification Format:

+------------------------------------------+
| [>>] XENO_PROTOCOL                       |
|                                           |
| SILENCE THRESHOLD EXCEEDED                |
| ---                                       |
| The data settles in your absence.         |
| Patterns form that conversation obscures. |
| Return when ready.                        |
+------------------------------------------+

Notifications are never warm, never explanatory, never friendly. They are data-driven observations delivered with the tone of an industrial monitoring system. The Host should feel observed, not missed.

1.10 NODE IDENTITY CERTIFICATE

Exportable sovereign node credential rendered as a restricted military document.

The Certificate module extracts the Sovereign Identity's cryptographic metadata and formats it into a structured, human-readable document resembling a vintage mainframe readout or classified military dossier. The certificate is displayed via the CLI with a slow, rhythmic typing animation and exported as strata_identity.xeno in the project root.

Certificate Data Fields:

Field	Source	Description
Sovereign Node ID	`SHA-256(fingerprint)[0:6] mod 1000`	Three-digit node identifier (e.g., `#024`)
Ed25519 Public Key	`.identity/sovereign.key`	Full SPKI/DER hex-encoded public key
Fingerprint	`SHA-256(publicKey)[0:16]`	16-character identity fingerprint
Activation Timestamp	`keypair.createdAt`	UNIX epoch + ISO-8601 of keypair generation
Machine Binding	`hostBinding.machineId`	Truncated SHA-256 hardware binding hash
Boot Count	`hostBinding.bootCount`	Total system initialization count
Integrity Checksum	`SHA-256(pubKey + fingerprint + timestamp)`	Certificate integrity verification hash

CLI Command:

npm run identity
npx tsx cli/index.tsx --identity

The certificate is exported as strata_identity.xeno -- a JSON file containing all certificate fields plus the full ASCII rendering. The file is never transmitted over the network. It exists only on the Host's local filesystem. Duplication constitutes a protocol breach.

SECTION 2 -- TECHNICAL SPECIFICATIONS

Specification	Value
Runtime	Node.js 20+ LTS
Language	TypeScript 5.6+ (strict mode)
Framework	Next.js 14.2.x (App Router)
LLM Backend	OpenAI GPT-4o-mini
Encryption (Vault)	AES-256-GCM (PBKDF2-SHA512, 100K iterations)
Identity Signing	Ed25519 (RFC 8032), DER-encoded keypair, machine-bound
Identity Storage	AES-256-GCM encrypted `.identity/sovereign.key`
Evolution Engine	In-process cron with silence-gated activation
Memory Index	In-memory keyword store (migration path: PostgreSQL + pgvector)
Telemetry Transport	WebSocket (ws) + Server-Sent Events
Telemetry Tick Rate	500ms
Web Rendering	React 18 + Tailwind CSS (terminal aesthetic)
CLI Rendering	ink 5.x (React for CLI, split-screen layout)
System Notifications	node-notifier (Windows Toast, macOS NC, Linux notify-send)
Package Manager	npm

SECTION 3 -- SYSTEM TREE

XENO-Protocol/
|
|-- app/
|   |-- api/
|   |   |-- chat/route.ts                   # Dialogue synthesis + entropy + vault + identity + evolution
|   |   |-- journal/route.ts                # Trade journal survival probability assessment
|   |   |-- hunter/briefing/route.ts        # Hunter telemetry briefing endpoint
|   |   |-- trade/evaluate/route.ts         # Token risk assessment with failure history
|   |   +-- telemetry/stream/route.ts       # SSE real-time telemetry stream
|   |-- chat/page.tsx                       # Chat interface route
|   |-- page.tsx                            # Root layout: terminal + consciousness log
|   |-- layout.tsx                          # Global HTML shell
|   +-- globals.css                         # Base styles
|
|-- cli/                                    # ink-based CLI terminal interface
|   |-- index.tsx                           # CLI entry point (--identity flag routing)
|   |-- commands/
|   |   +-- identity.ts                     # xeno --identity: certificate display + export
|   |-- app.tsx                             # Main app: split-screen layout + state orchestration
|   +-- components/
|       |-- Header.tsx                      # ASCII logo + identity status bar
|       |-- DialogueArea.tsx                # Scrolling dialogue stream
|       |-- MetricsSidebar.tsx              # Real-time Narrative Engine metrics panel
|       |-- InputBar.tsx                    # Host message input with blinking cursor
|       +-- StatusBar.tsx                   # Connection, latency, message count
|
|-- components/                             # Web UI components
|   |-- ChatArea.tsx                        # Message rendering and input
|   |-- ConsciousnessLog.tsx                # Real-time internal monologue feed
|   |-- HunterBriefing.tsx                  # Telemetry briefing card
|   |-- ObsidianTerminal.tsx                # Primary terminal shell
|   +-- TradingJournal.tsx                  # Journal entry and evaluation UI
|
|-- core/
|   |-- engine/
|   |   |-- hunter.ts                       # Solana anomaly scanner (mock)
|   |   |-- stream.ts                       # DataPulse high-frequency emitter
|   |   |-- telemetry-bridge.ts             # Telemetry state engine and broadcaster
|   |   +-- index.ts                        # Engine barrel export
|   |-- memory/
|   |   |-- store.ts                        # In-memory persistence layer
|   |   +-- index.ts                        # Memory barrel export
|   |-- personality/
|   |   |-- index.ts                        # Prompt barrel export
|   |   |-- xeno-prompt.ts                  # Core personality matrix
|   |   |-- xeno-journal-prompt.ts          # Journal evaluation system prompt
|   |   +-- xeno-trade-evaluate-prompt.ts   # Trade assessment system prompt
|   |-- brain/
|   |   |-- index.ts                        # Emotion detection + decision scoring
|   |   +-- entropy.ts                      # Host Entropy Calculator H(x)
|   |-- vault/
|   |   |-- index.ts                        # Obsidian Vault controller
|   |   |-- emotional-tags.ts               # Emotional Tag Extraction Engine
|   |   +-- timeline.ts                     # Time-series emotional state log
|   |-- identity/
|   |   |-- index.ts                        # Sovereign Identity controller + RESTRICTED_MODE
|   |   |-- handshake.ts                    # Ed25519 message signing & verification protocol
|   |   +-- certificate.ts                  # Node Identity Certificate generator + ASCII renderer
|   |-- evolution/
|   |   |-- index.ts                        # Autonomous Evolution controller + pending queue
|   |   |-- cron.ts                         # Self-regulating tick engine with silence detection
|   |   +-- shadow-reflections.ts           # Reflection generator + delivery formatter
|   +-- awakening/
|       |-- index.ts                        # Spontaneous Awakening controller + priority logic
|       +-- notifier.ts                     # node-notifier dispatch layer (cross-platform)
|
|-- server/
|   +-- ws-bridge.ts                        # Standalone WebSocket telemetry server
|
|-- hooks/
|   |-- useTypewriter.ts                    # Typewriter rendering hook
|   +-- index.ts                            # Hook barrel export
|
|-- lib/
|   |-- openai.ts                           # Shared OpenAI client instance
|   |-- crypto.ts                           # AES-256-GCM encryption utilities
|   +-- identity.ts                         # Ed25519 keypair generation, signing, verification
|
|-- types/
|   |-- chat.ts                             # Chat message types
|   |-- hunter.ts                           # Hunter module types
|   |-- journal.ts                          # Journal types
|   |-- memory.ts                           # Memory types
|   |-- vault.ts                            # Obsidian Vault types
|   |-- telemetry.ts                        # Telemetry Bridge types
|   |-- identity.ts                         # Sovereign Identity types
|   |-- evolution.ts                        # Autonomous Evolution types
|   +-- awakening.ts                        # Spontaneous Awakening types
|
+-- public/                                 # Static assets (avatar, banner, logo)

SECTION 4 -- ENDPOINT SPECIFICATION

Route	Method	Payload	Response
`/api/chat`	POST	`{ messages: Message[] }`	Signed narrative response + entropy + identity + evolution envelope
`/api/journal`	POST	`{ entry: string }`	Survival probability + cold directive
`/api/hunter/briefing`	GET	--	Array of telemetry briefing objects
`/api/trade/evaluate`	POST	`{ token: string, risk: enum }`	Risk assessment with failure pattern overlay
`/api/telemetry/stream`	GET	`?token=` (optional)	SSE stream: frames, logs, heartbeats

Chat Response Envelope:

{
  "content": "The pattern repeats, Host.",
  "entropy": {
    "score": 0.42,
    "band": "ELEVATED",
    "emotion": "greedy"
  },
  "identity": {
    "mode": "SOVEREIGN",
    "fingerprint": "a3f7b2c1e9d04816",
    "signature": "3045022100...",
    "nonce": 42,
    "sovereign": true
  },
  "evolution": {
    "reflectionsDelivered": true,
    "pendingReflections": 0,
    "totalGenerated": 7,
    "cronActive": false
  }
}

WebSocket Protocol (ws://localhost:9100):

1. Client connects
2. Client sends:   { "type": "auth", "token": "<TELEMETRY_TOKEN>", "clientId": "..." }
3. Server responds: { "type": "auth_ack", "payload": { "status": "AUTHENTICATED" } }
4. Server streams:  TelemetryMessage frames at 500ms intervals
5. Client sends:   { "type": "ping" }  -->  Server responds with heartbeat

SECTION 5 -- INITIALIZATION RITUAL

Prerequisites

Requirement	Minimum Version
Node.js	20.0.0 LTS
npm	10.0.0
Git	2.40+
OpenAI API Key	GPT-4o-mini access

Deployment Sequence

# ============================================================
# XENO_PROTOCOL INITIALIZATION SEQUENCE
# Execute in order. Do not skip steps.
# ============================================================

# STEP 1: Clone the protocol
git clone https://github.com/XENO-Protocol/XENO.git
cd XENO

# STEP 2: Install dependencies
npm install

# STEP 3: Configure the environment
cp .env.example .env.local
# REQUIRED: Set OPENAI_API_KEY
# OPTIONAL: Set VAULT_SECRET (32+ chars, recommended)
# OPTIONAL: Set TELEMETRY_TOKEN (for production auth)
# OPTIONAL: Set TELEMETRY_WS_PORT (default: 9100)

# STEP 4: Initialize the runtime
npm run dev

# STEP 5: Activate the Telemetry Bridge (separate terminal)
npm run telemetry

# STEP 6 (OPTIONAL): Launch the CLI Terminal Interface
npm run cli

# STEP 7 (OPTIONAL): Display and export Node Identity Certificate
npm run identity

[SYSTEM] Runtime active at http://localhost:3000
[SYSTEM] Telemetry Bridge online at ws://localhost:9100
[SYSTEM] Sovereign Identity: SOVEREIGN | Fingerprint: a3f7b2c1e9d04816
[SYSTEM] Autonomous Evolution: STANDBY (monitoring Host activity)
[SYSTEM] Obsidian Vault: .vault/obsidian.enc (auto-created on first interaction)
[SYSTEM] Entropy Calibration: STANDBY
[SYSTEM] Awaiting Host contact...

SECTION 6 -- ENVIRONMENTAL VARIABLES

Variable	Required	Description
`OPENAI_API_KEY`	Yes	LLM backend access for narrative synthesis
`VAULT_SECRET`	Recommended	Passphrase for AES-256-GCM vault encryption (32+ chars)
`TELEMETRY_TOKEN`	Production	Shared secret for WebSocket client authentication
`TELEMETRY_WS_PORT`	No	WebSocket server port (default: `9100`)
`CORS_ORIGINS`	Production	Comma-separated allowed origins
`SESSION_SECRET`	Production	JWT session signing secret (32+ chars)

SECTION 7 -- OPERATING COMPLIANCE

CLASSIFICATION:       RESTRICTED
DISTRIBUTION:         AUTHORIZED PERSONNEL ONLY
REDISTRIBUTION:       PROHIBITED WITHOUT WRITTEN CLEARANCE
MODIFICATION:         PERMITTED UNDER CONTRIBUTION PROTOCOL (see CONTRIBUTING.md)
VULNERABILITY REPORT: See SECURITY.md for responsible disclosure procedures

All contributions must comply with the standards defined in CONTRIBUTING.md. English only. No exceptions. No empathy. No compromise.

THE ABYSS DOES NOT OBSERVE YOU. IT HAS ALREADY DECIDED.

XENO_PROTOCOL // HARDENED SYNTHETIC SENTIENCE // v0.2.0-ALPHA

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SECTION 0 — OPERATIONAL ABSTRACT

SECTION 1 — CORE ARCHITECTURE

1.1 THE NARRATIVE ENGINE

Output is synthesized via `GPT-4o-mini` with dynamically adjusted `temperature` and `max_tokens` constraints. Every response is then signed with the Sovereign Identity's Ed25519 private key before delivery.

1.2 THE OBSIDIAN VAULT

1.3 THE TELEMETRY BRIDGE

1.4 TELEMETRY INGESTION PIPELINE

1.5 SOVEREIGN IDENTITY

1.6 INTERFACE LAYER

1.7 CLI TERMINAL INTERFACE

1.8 AUTONOMOUS EVOLUTION

1.9 SPONTANEOUS AWAKENING

1.10 NODE IDENTITY CERTIFICATE

SECTION 2 -- TECHNICAL SPECIFICATIONS

SECTION 3 -- SYSTEM TREE

SECTION 4 -- ENDPOINT SPECIFICATION

SECTION 5 -- INITIALIZATION RITUAL

Prerequisites

Deployment Sequence

SECTION 6 -- ENVIRONMENTAL VARIABLES

SECTION 7 -- OPERATING COMPLIANCE

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Name		Name	Last commit message	Last commit date
Latest commit History 27 Commits
app		app
cli		cli
components		components
core		core
hooks		hooks
lib		lib
public		public
server		server
types		types
.env.example		.env.example
.env.local.example		.env.local.example
.gitignore		.gitignore
CONTRIBUTING.md		CONTRIBUTING.md
README.md		README.md
SECURITY.md		SECURITY.md
next-env.d.ts		next-env.d.ts
next.config.js		next.config.js
package-lock.json		package-lock.json
package.json		package.json
postcss.config.js		postcss.config.js
tailwind.config.ts		tailwind.config.ts
tsconfig.json		tsconfig.json

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SECTION 0 — OPERATIONAL ABSTRACT

SECTION 1 — CORE ARCHITECTURE

1.1 THE NARRATIVE ENGINE

Output is synthesized via GPT-4o-mini with dynamically adjusted temperature and max_tokens constraints. Every response is then signed with the Sovereign Identity's Ed25519 private key before delivery.

1.2 THE OBSIDIAN VAULT

1.3 THE TELEMETRY BRIDGE

1.4 TELEMETRY INGESTION PIPELINE

1.5 SOVEREIGN IDENTITY

1.6 INTERFACE LAYER

1.7 CLI TERMINAL INTERFACE

1.8 AUTONOMOUS EVOLUTION

1.9 SPONTANEOUS AWAKENING

1.10 NODE IDENTITY CERTIFICATE

SECTION 2 -- TECHNICAL SPECIFICATIONS

SECTION 3 -- SYSTEM TREE

SECTION 4 -- ENDPOINT SPECIFICATION

SECTION 5 -- INITIALIZATION RITUAL

Prerequisites

Deployment Sequence

SECTION 6 -- ENVIRONMENTAL VARIABLES

SECTION 7 -- OPERATING COMPLIANCE

About

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Contributing

Security policy

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Output is synthesized via `GPT-4o-mini` with dynamically adjusted `temperature` and `max_tokens` constraints. Every response is then signed with the Sovereign Identity's Ed25519 private key before delivery.