Hardware Silicon Architecture

Silicon Architecture Inspection Console

Explore the Pixel device platform, Titan M2 hardware security, TorWall network controls, and physical isolation layers.

// PRECISION SILICON CAD · MULTI-LAYER DIE TOPOLOGY
SYSTEM ENCLAVE: SECURE
ILLUSTRATIVE LAYOUT // PIXEL DEVICE PLATFORM // LUMINIA BUILD [TP_GND_01] LPDDR5X 8GB BUS [ENCRYPTED] GOOGLE TENSOR G4 PIXEL COMPUTE PLATFORM RSI CUSTOM TRAINED LOCAL SIGNAL · DEVICE-LEVEL ASSESSMENT 🔒 TITAN M2 ROOT OF TRUST SECURE ELEMENT ISOLATED BUS TORWALL ENGINE KERNEL IPTABLES DROP ZERO UNTUNNELED LEAKS VBUS 5V/9V CHARGE (LIVE) AIR-GAP DATA ISOLATOR D+ / D- PINS CUT ZERO JUICE-JACKING
// SUBSYSTEM SELECTION
// SIGNAL BUS OSCILLOSCOPE PATH: LOCAL SENTINEL ASSESSMENT
PIXEL PLATFORM · LOCAL SENTINEL
Build-defined device compute path
LOCAL ASSESSMENT

The Pixel platform hosts the Luminia build. Sentinel assesses configured threat signals on-device; processing and power characteristics depend on the build and workload.

PROCESSING PATH: On-device assessment
AI ARCHITECTURE: RSI Custom Trained
SIGNAL ROUTE: Local Sentinel workflow
POWER CONSUMPTION: Workload Dependent
ROOT-OF-TRUST: TITAN M2 + DISCRETE BUS STATUS: ARMED

LOCAL SIGNAL // CONTROLLED RESPONSE

Luminia Sentinel Daemon

Signal in. Context first. Sentinel assesses configured events on-device, then routes them through the defenses enabled in your build.

Event-Driven Architecture · Local Execution · Zero Cloud Sync

Physical Signal Isolation

Electromagnetic Air-Gap & RF Isolation

When physical isolation is required, passive signal attenuation provides controlled RF containment without powering off your device.

UP TO 85 dB

Signal Attenuation

Continuous physical barrier with lab-tested RF attenuation up to 85 dB across 400 MHz to 6 GHz (cellular 4G/5G, Wi-Fi 6E, Bluetooth, GPS).

PASSIVE

Multi-Band RF Isolation

Simultaneous physical isolation for 5G/LTE, Wi-Fi 7, Bluetooth 5.4, GPS satellite positioning, and close-range NFC.

CNC 6061

Solid Milled Alloy

Aerospace aluminum block enclosure with continuous conductive compression gasket. Zero wear or RF degradation over time.

// LABORATORY SPECTRUM ANALYZER · 300 MHz – 10 GHz

Real-Time RF Egress & Attenuation Bench Monitor

SWEEP: 300 MHz ──────── 2.4 GHz ──────── 5.8 GHz ──────── 10 GHz RESOLUTION: 10 kHz RBW
+20 dBm (EGRESS SPIKE) 0 dBm (CARRIER LEVEL) -60 dBm (POCKET ATTENUATION) -90 dBm (THERMAL NOISE FLOOR) 800MHz LTE 1.57GHz GPS 2.4GHz BLE/WIFI 5.8GHz WI-FI 7 8-10GHz UWB
MEASURED ATTENUATION 0.0 dB Zero Attenuation (Unshielded)
PEAK EGRESS POWER +18.4 dBm Full Active Radios Broadcasting
RADIO LINK STATUS 5 ACTIVE BANDS 5G · Wi-Fi 7 · BLE · GPS · NFC
PHYSICAL BARRIER OPEN AIR Permeable Atmosphere
Environment Attenuation Wireless State Physical Seal
Standard Pocket / Sleeve 0 dB Full Signal Transmission Open Air / Unshielded
Conventional Fabric Pouch 20–35 dB Permeable High-Frequency RF Woven Wire Mesh
Luminia Faraday Vault Lab-Tested: up to 85 dB (400 MHz – 6 GHz) Passive Signal Isolation Continuous Compression Gasket