SGP PHANTOM | Tactical Cyber-Security Hub

// CLASSIFIED_HARDWARE //

SGP PHANTOM

Tactical Cyber-Security & Environmental Recon Hub

> DOMINATE THE SPECTRUM.

> MONITOR THE ENVIRONMENT.

> MISSION-READY HARDWARE._

> EXECUTE_ORDER [ PURCHASE ] TEST OS SIMULATOR

root@phantom:~# cat description.txt

The SGP PHANTOM is a professional-grade multi-tool engineered for pentesters, security researchers, and elite hardware hackers. Driven by the high-performance ESP32-S3 architecture, the Phantom is more than a learning platform—it’s a field-ready asset for digital and physical reconnaissance.

LIVE OS EMULATOR

Experience the raw interface of the Hacker OS v2.0 directly in your browser. This interactive canvas simulates the precise ESP32-S3 graphics engine and touch interface of the real hardware.

Navigation: Use the on-screen scroll arrows.
Selection: Click on menu items to launch apps.
Return: Click the top green header area to go BACK.

NOTE: This is a web-based UI simulation of the C++ firmware. RF attacks (Deauth, Ble Jamming) are visually simulated and disabled for browser security.

CORE OPERATIONAL CAPABILITIES

ESP32-S3 COMMAND CENTER

Fully programmable silicon. Deploy custom payloads, automate scripts, and exploit vulnerabilities with the raw power of the S3 chip.

TACTICAL LCD INTERFACE

High-definition touchscreen paired with 3 programmable physical buttons for rapid tool deployment in high-pressure scenarios.

CBRN SENSING (BME680)

Beyond the digital. Integrated sensor for Chemical & Toxic Attack Detection. Monitor Air Quality (VOCs), Temperature, Humidity, Barometric Pressure, and Altitude in real-time.

SIGNAL DOMINANCE

Native Wi-Fi & Bluetooth stacks for wireless auditing, combined with a USB OTG port to hijack, control, and inject data into peripheral devices.

HIGH-FIDELITY VISUALS

Optimized UI rendering with over 263,000 colors for clear data visualization under any lighting condition.

LIMITLESS EXPANSION

Open architecture allows you to bridge external hardware and sensors, scaling your capabilities as the mission evolves.

FIRMWARE ARCHITECTURE & FUNCTION REFERENCE

1. Core System Functions

Base functions that initialize the device and maintain the execution cycle.

setup() Initializes hardware (display, I2C, pins, USB, WiFi, BLE) and shows the boot animation (Matrix SGP).
loop() Main loop. Manages system state, screen timeout, power button, and calls the corresponding app using a switch(currentState).

2. User Interface & Touch (UI)

Functions responsible for drawing on the screen and detecting interactions.

drawHeader() Draws the top green bar with the current app title and battery level.
getTouch() Reads the (X, Y) coordinates of the touch panel.
checkBack() Checks if the header was touched or the physical button (GPIO 0) was pressed to return to the menu.
Arduino_IIC_Touch_Interrupt() Hardware interrupt for the touch screen.
handleBootButtonGlobal() Detects clicks on the physical button (e.g., triple-click for secret mode).

3. Hardware Control (Drivers)

Interaction with internal chips (IMU, clock, battery, display).

writeRegister() Writes a value to an I2C register.
initIMU() / readIMU() Initializes and reads the accelerometer/gyroscope (QMI).
readRTC() Reads the current time from the RTC module.
getBatteryPercent() Calculates battery level via analog pin.
setBrightness() Adjusts screen brightness (PWM).

4. Audio and Effects (SFX)

Generation of frequencies and sounds using the buzzer.

playTone() Plays a specific tone.
playR2D2() / playSiren() Emits droid-like sounds or an oscillating siren.
playJump(), playCrash() Short sounds for the minigames.
playSfx(id) Large sound library (doorbell, alarm, SOS, bomb, UFO, etc.).

5. Networks, WiFi & Attacks (Pentesting)

Low-level functions to inject or read WiFi and BLE packets.

wifi_sniffer_packet_handler() Captures all types of WiFi packets (counts beacons and deauths).
wifi_probe_handler() Identifies Probe Requests looking for hidden networks.
wifi_motion_handler() Tracks RSSI to detect physical movement of a target.

sendDeauthPacket() Injects deauthentication packets to disconnect clients.
sendBeaconSpam() Creates massive fake WiFi networks ("Rickroll", FBI_VAN).
sendBLESpam() Spams fake Bluetooth notifications to Apple/Android devices.
runAttackLoop() Keeps attacks active in the background.

6. System Applications

Main logic and rendering of each "App" inside the watch.

app_MainMenu() Scrollable main menu.

app_SystemMenu() System, brightness, and power settings.

app_AppleWatch() Disguised watch (secret mode).

app_WiFiList() WiFi networks and MAC scanner.

app_Radar() Green radar of nearby networks.

app_CovertOps() Targeted attack (Deauth/Clone).

app_ProbeSniffer() Captures devices searching for WiFi.

app_PacketMonitor() Live WiFi traffic graph.

app_BLEHunter() Bluetooth device scanner.

app_BLEJammer() BLE spammer for iOS/Android.

app_CounterIntel() Incoming Deauth attack detector.

app_AudioDecoys() Annoying effects soundboard.

app_SpiritLevel() Bubble level via accelerometer.

app_MatrixRain() Matrix-style screensaver.

app_BadUSB() Keystroke injection (DuckyScript).

app_BeaconSpam() Fake SSID generator.

app_AirQuality() Toxic alert via BME680 sensor.

app_GasMonitor() Visual gas indicator.

7. Minigames (Arcade Ops)

app_GamesMenu() Game selector.
app_GameFlappy() Touch-based Flappy Bird clone.
app_GamePong() Pong against built-in AI.
app_GameTetris() Tetris (uses checkCollision, spawnPiece).
app_GameSpaceInvaders() Space Invaders.
app_GameSnake() Classic Snake.

8. Wrappers

Bridge functions for external libraries/headers.

app_JBLDestroyer_Wrapper()
app_SGPWired_Wrapper()
app_FreeWiFi_Wrapper()
app_Mouse_Wrapper()

FIELD RECON FOOTAGE

REC