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The Sentrix Platform

A Modular Sovereign Stack
Designed for Network Dominance

Sentrix operates as three interconnected modules — each deployable independently in air-gapped or logically isolated VPCs with zero disruption to production traffic.

Intercept

Sentrix-Sentry scores traffic at the edge

Bridge

Diode encrypts one-way telemetry

Attribute

Sentrix-Core generates forensic dossiers

Component 01

Sentrix-Sentry
The Interceptor

Deployed at the client's network edge, Sentrix-Sentry performs real-time behavioral analysis on every request. Using Kinetic Indicator (KI) scoring, it identifies anomalous patterns — timing jitter, entropy levels, non-human cadence — and makes sub-millisecond decisions.

Stack

Nginx / OpenResty / Lua

Location

Client-Side Edge

Latency Impact

< 2ms added to request

Deploy Mode

Passive → Kinetic toggle

Real-time entropy and timing jitter analysis
Transparent 302 redirect to Nexus Nodes
Safe-Fail passive observation for Day 0 deployments
Zero-downtime configuration updates via Terraform
shroud.luaLua
-- Sentrix-Sentry: Kinetic Indicator Scoring
local payload = ngx.req.get_body_data()
local entropy = calculate_entropy(payload)
local jitter = ngx.req.start_time() - ngx.now()

-- AI-lite: High entropy + non-human timing
if entropy > 0.85 or math.abs(jitter) > 0.05 then
  ngx.log(ngx.WARN,
    "[NVByte-Sentry] KI Detected. "
    .. "Signaling Sentrix-Core...")
  
  -- Handshake: Call the Sentrix-Core
  local res = http_post(SENTRIX_CORE_API, {
    ip = ngx.var.remote_addr,
    entropy = entropy,
    jitter = jitter,
    request_path = ngx.var.uri
  })
  
  -- Redirection Decision
  if res.status == 302 then
    return ngx.redirect(
      NEXUS_NODE .. ngx.var.uri)
  end
end
Component 02

The Diode
The Bridge

The Diode establishes a cryptographically enforced one-way channel between the client's Sentry and the NVByte Sentrix-Core. Telemetry flows out — no management access flows in. High-Side tradecraft never leaks to the Low-Side network.

Stack

Encrypted RabbitMQ / Amazon MQ

Encryption

FIPS 140-3 Compliant

Direction

One-Way (Outbound Only)

Protocol

Encrypted Heartbeat Validated

FIPS 140-3 compliant encryption tunnel
Cryptographic enforcement of data direction
Ensures complete separation of High-Side and Low-Side
Automated heartbeat monitoring and integrity checks
CLIENTLow-SideSentrix-Sentry
FIPS 140-3 CompliantOne-Way Telemetry →
NVBYTEHigh-SideSentrix-Core
Component 03

Sentrix-Core
The Brain

The Sentrix-Core is the intelligence engine of Sentrix. Powered by a Hybrid AI model combining behavioral transformers and Graph Neural Networks, it autonomously generates forensic dossiers with actor-level attribution.

Stack

Python FastAPI / Hybrid AI / GNN

Engine

Autonomous Attribution Engine

Confidence

High-Fidelity Actor-Level

Oversight

Human-in-the-Loop (HITL)

Behavioral transformer models for pattern analysis
Graph Neural Networks for kill-chain mapping
HITL pause for all kinetic engagement decisions
Automated “Forensic Truth” dossier generation
hunter_core/main.pyPython
# Sentrix-Core: Autonomous Attribution Engine

@app.post("/v1/singularity/score")
async def evaluate_threat(
    telemetry: ThreatTelemetry
):
    # 1. Run the Transformer Model
    ci_score = ai_model.predict(telemetry)
    
    if ci_score > 0.90:
        # 2. TRIGGER HITL
        await notify_commander(
            telemetry, ci_score
        )
        
        # Wait for manual authorization
        if not commander.is_authorized(
            telemetry.id
        ):
            return {
                "status": "OBSERVE",
                "action": "PASS_THROUGH"
            }
        
        # 3. KINETIC ACTION
        return JSONResponse(
            status_code=302,
            content={
                "action": "REDIRECT_TO_NEXUS"
            }
        )
Deployment

Zero-Disruption Deployment
In Five Phases

Phase 1

Reconnaissance

Infrastructure audit, VPC flow log validation, and cross-account IAM provisioning.

Phase 2

Sentry Deployment

Terraform-driven edge deployment in Monitor-Only mode for 24-hour baseline observation.

Phase 3

Diode Handshake

Encrypted MQ tunnel establishment with FIPS 140-3 compliant heartbeat validation.

Phase 4

Nexus Infrastructure

Nexus Node activation with AI-generated honey data and synthetic environments.

Phase 5

Operational Handover

Toggle from PASSIVE to KINETIC engagement. Dashboard access and ROE confirmation.

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