Design
Design Area
Specifications
9" (23 MM) Wide
8 1/4" (21 MM) Hight
7" (18 MM) Deep
8.6 Lbs
Power: 5.1v 0.5a USB C input.
Front
Safe Door
Right Side
Micro SDCard
Back
Power and Ports
Archived NSF Grant Design Drawings
PCB Deisgn
11/30/23
Concept for PCB:
Attaches as a shield/hat to the Arduino UNO
Limit the wiring and allow connections to the components. Add an Uno reset switch to the PCB. have a duplicate RYG LED to shine into the box below.
Heist Box Design
Initial Design for new box.
220mm (W) x 180mm (L) x 180mm (T)
Two lids. Right lid has cut out for display and LED lights.
Door and lid has a lockable clasp for physical security.
Box Door Design
3/18/24 - Updated for a 5x7" clear plexiglass. This is a standard size for picture frames so easy to source. (or can do 4x6")
1/3/2024 - Updated from December draft.
7.5" x 5.8" (190mm x 150mm) door with latch.
A 100mm x 100mm clear plexiglass insert to see the stickers inside.
Lab and Design Activity
New Printer - Heist Box Top
12/19/23 - Dialed-in the CR-5 Pro H bed leveling, temps and Z-axis offset and printed first concept for the top.
Attached Boards
12/19/23 - May need to do some slight adjustments and add an access opening for Pi. However, not a bad prototype top. The PCB will go on top of the (as an Arduino shield) with the components.
Updated OS
12/19/23 - Did a list of OS changes for new Heist system over the week.
New out of the Cyber Heist Labs - 11/1/2023
A test bench of the Arduino side of the system. To be sent to a contract developer to help with development and testing.
Logo and Sticker Design
Logo Design
For kit items like notebooks, and bannaers. etc.
Sticker Design
Will add in this in with the other bulk "IT / hacker" stickers.
Heist Kit Items Arrived
12/15/23 - Items for the Sticker Heist: Branded stickers, notebooks and 16GB USB drives.
Previous System 2 Designs
Second System 2 Box
Enough PLA, extra Arduino , Pi and parts I created a copy. On this one I'm testing a three light component that has built in resistor and extra, green, light. Will see about modifying the code to add the green light (connected to D1 on Arduino) in the system.
System 2 Hardware
Prototype 2 Hardware
Note: This parts list may vary for NSF grant design. There is no direct support from Sinclair (Dr. Mike) If you build your own.
Raspberry PI: www.raspberrypi.org
Arduino UNO: www.arduino.cc/en/Guide/ArduinoUno/
Arduino Shield: ElectroCookie Uno Terminal Block Shield Kit
Board Stack/rack: Amazon.com: Semi-Enclosed Enclosure Kit for Raspberry Pi BeagleBone Arduino UNO Mega
16GB SSD for Raspberry Pi
Raspberry PI Power Adapter
220 Ohm Resister (x2) (used with LED lights)
Two LED lights (Red and Yellow) (connects to Arduino)
Buzzer (alarm) (connects to Arduino)
Keypad (4x4) (connects to Arduino)
RFID Module (connects to Arduino) w/two RFID cards
OLED Display 128x32 (Connects to Pi)
Push to activate (Power off button) also connects to Pi
LCD Display (w. SPI/IC2) 12x2 (connects to Arduino)
Magnetic door sensor (connects to Arduino)
Wire, connectors, stand off kit etc).
Locks and stickers
ArtBin (the Safe) (ArtBin 6918AH Twin Top 17 inch Supply Box (to hold stickers also wired with door sensor)
Software:
Raspbian OS: www.raspbian.org
Arduino IDE: www.arduino.cc/en/software
Tinkercad: www.tinkercad.com
V2 Designs
System Rack
System Rack Enclosure Kit (component top mounts to this)
Currently box, enclosure top and left lid are printed. Making two lids to put less stress on the hinges that will be glued on.
V2 Box Design
Server box design
System Enclosure Top
Box component top design
Right Side Lid
Top right lid design
Left Side Lid
Top left lid design