This Cyberdeck shall serve as a multi-functional Disaster Recovery Kit and multi-purpose Cybersecurity and Hacking Field-Lab. As such it is fully packed with features as follows:

The Top Part

The functional Modules of the Top Part:

The Bottom Part

The functional Modules of the Bottom Part:

  1. 230V Power Inlet (related cable can be stored in 26)
  2. Main Power Switch for external 230V Power Supply
  3. 230V Fuse
  4. 230V Status LED (to check if fuse is OK)
  5. Status LED of the internal Power Supply (230V -> 5V / 60 Watt) Input: 230V
  6. 3 Status Led (Traffic Lights) of internal Battery Charger (Top/Green: Full, Middle/Orange: Loading, Bottom/Red: Error)
  7. Status LED of the internal Power Supply (230V -> 5V / 60 Watt) Output: 5V
  8. Status LED of Battery Charger Output
  9. 3-Position Switch
    1. Top Position: Use the external Power Supply for internal 5V System
    2. Middle Position: OFF
    3. Bottom Position: Use the internal Power Supply / Solar Charger for the internal 5V System
  10. USB Socket for external 5V Power Supply (e.g. Power Bank)
  11. Volt & Ampere Meter for the internal 5V System 
  12. 4 USB Sockets to connect any USB Device (for charging) or the USB LED Lights (as stored in 26)
  13. 12V Power Outlet for the Top-Case (Default)
  14. 3-Position Switch 
    1. Left Position (I): Connect the internal 12V lead gel battery with internal Power Mechanisms / Solar Charger
    2. Middle Position: OFF (Battery disconnected from anything -> prevent battery discharge)
    3. Right Position (II): Connect the internal 12V lead gel battery eclusively with the Power Outlet 15
  15. 12V Power Outlet (see 14)
  16. USB GPS Mouse, connected with the Module N - Power Switch Panel of the Top Case
  17. TP-Link 5-Port Gigabit Router
    1. Switch + green Status LED
  18. RFID (125KHz, 13,56 MHz) Module 
    1. ESP32
    2. 0.91'' 128x32 IIC I2C OLED Display Modul
    3. 4 Buttons
    4. 1 RGB LED
    5. USB Socket for (re-)programming (in the field)
  19. NFC Module 
    1. ESP32
    2. 0.91'' 128x32 IIC I2C OLED Display Modul
    3. 4 Buttons
    4. 1 RGB LED
    5. USB Socket for (re-)programming (in the field)
  20. TP-Link Router
    1. Stripped down TP-Link WLAN Router
    2. Switch + green Status LED
  21. Custom Network Analyzer
    1. Right Part
      1. ESP32
      2. 0,96 Zoll OLED Display I2C SSD1306 Chip 128 x 64 Pixel
      3. Ethernet Port
      4. 2 Buttons
      5. 1 Green LED
      6. Switch + green Status LED
    2. Left Part
      1. USB Socket for (re-)programming (in the field)
      2. Reset Button
  22. 300Watt Inverter
    1. Main Power Switch (12V Input)
    2. 230V Output Status Led (RAW Inverter Output, before Fuse)
    3. 230V Fuse
    4. 230V Output Status Led (after Fuse)
    5. 230V Outlet
    6. 230V Volt & Ampere Meter (after Fuse)
  23. Battery Charger
    1. Switch
    2. 5V battery charger with 2 charging slots for all battery types (incl. LiPos)
  24. Pull-out compartment
    2. incl. a mobile Geiger counter
    3. incl. various AA and AAA rechargeable batteries
  25. Pull-out compartment
    1. incl. a World receiver and DAB radio
    2. incl. a mini flashlight
  26. Storage Compartment
    2. Power Cables (230V, 12V, Car Adapter, ...)
    3. Network Cables
    4. Audio Cables
    5. USB Cables
    6. USB LED Lights
    7. Several Adapters (Audio, 12V)
    8. PoE Analyzer
    9. Swiss Knife: CyberTool
    10. PoE Extractor
    11. Remote for FireTV
    12. ...
  27. Generic Power Inlet (for 12-48V DC / Solar Panels / ...)
  28. 2-Position Switch for the generic Power Inlet
    1. Left Position (I): Router Power from Power Inlet (27) direct to the Solar Charger Input (e.g. if external Solar Cells are connected(
    2. Middle Position: OFF (External Power Inlet is disconnected from all internal components)
    3. Right Position (II): Route the external Power to the VA Meter (for Analysis) and eventually use it for the 12-24V Step-Down Buck Converter (5V Output / 10A)
  29. Internal Fan
    1. Red Micro Switch
    2. Green Status LED
  30. Battery Charger Outlet
    1. Provides the option to use the internal Battery Charger to also load an external battery
  31. 3-Position Switch
    1. Top Position: Connect the internal 12V Battery with the internal Battery Charger
    2. Middle Position: OFF
    3. Bottom Position: Connect the internal 12V Battery with the Solar Charger (and enable the usage of the 300W Inverter)
  32. Volt & Ampere Meter for the internal 12V Battery System 
  33. 3-Position Power Switch
    1. Top Position: Use the internal Power Source (12V Battery) for the internal Step-Down Converter  (5V 10A Output)
    2. Middle Position: OFF (internal Step-Down Converter)
    3. Bottom Position; Use some external Power Source (e.g. from Socket 27 via direct connect or Solar Charger) for the internal Step-Down Converter (5V 10A Output)
  34. Status LEDs of the internal Step-Down Converter  (5V 10A Output)
    1. Left LED: Step-Down Converter Output is OK
    2. Right LED: Step-Down Converter Input is OK
  35. Volt & Ampere Meter for the external Power Source connected to Inlet 27