Mermaid:RE FlowChart Overview: Difference between revisions

Revision as of 22:10, 22 September 2026

---
config:
  theme: 'base'
  themeVariables:
    primaryColor: '#b6b6b6'
    primaryBorderColor: '#da2d27'
    primaryTextColor: '#000000'
    lineColor: '#000000'
    clusterBkg: '#d0d0d0'
    clusterBorder: '#000000'
    edgeLabelBackground: '#d0d0d0'
    secondaryColor: '#eaecf0'
    tertiaryColor: '#ffffff'
  themeCSS: |
    .node rect, .node circle, .node ellipse, .node polygon, .node path { stroke-width: 3px; }
    .flowchart-link { stroke-width: 2px; }
    .cluster rect { stroke-width: 2px; }
---
flowchart TD 
  
  subgraph RE_Physical-Analysis [Physical Analysis]
  direction LR
    Target_Selection([Target\n Selection]); click Target_Selection "https://www.mediawiki.org"
    Identify_Components(Identify\n Components); click Identify_Components "/view/Main_Page"
    Create_Block_Diagram[/Create\n Block\n Diagram/]
    Contains_Prog_IC{Contains\n Programmable\n IC?}
    Complete_Documentation([Complete\n Documentation])
    End_Phase1((Extract Data))
  Target_Selection --> Identify_Components
  Identify_Components --> Create_Block_Diagram --> Contains_Prog_IC -->|No| Complete_Documentation 
  Contains_Prog_IC -->|Yes| End_Phase1
  end
  
  subgraph RE_Prog-Extraction [Programmable Device Extraction]
  direction LR
    Start_Phase2((Extract Data))
    Chip_Locked{Chip\n Locked?}
    Read_Chip_Memory[/Extract\n Chip\n Memory/]
    Vulnerability_Exists{Vulnerability\n Exists?}
    Exploit_Chip(Exploit\n Chip)
    Find_Vuln(Find\n Vulnerability)
  Start_Phase2 --> Chip_Locked
  Chip_Locked -->|No| Read_Chip_Memory
  Chip_Locked -->|Yes| Vulnerability_Exists
  Vulnerability_Exists -->|Yes| Exploit_Chip
  Vulnerability_Exists -->|No| Find_Vuln
  end
  
  subgraph RE_Induced-Fault [Fault Injection Workflow]
  direction LR
    subgraph FI_Side-Channel [Side Channel Analysis]; end
    subgraph FI_Voltage [Voltage Fault Injection]; end
    subgraph FI_EM [Electromagnetic Fault Injection]; end
  FI_Side-Channel --> FI_Voltage
  FI_Side-Channel --> FI_EM
  end
  
  subgraph RE_Microscope-Extraction [Microscope Workflow]
  direction LR
    ME_Sample-Preparation(Sample Preparation)
    subgraph ME_Optical-Extraction [Optical Microscope]; end
    subgraph ME_Electron-Extraction [Electron Microscope]; end
  ME_Sample-Preparation --> ME_Optical-Extraction
  ME_Sample-Preparation --> ME_Electron-Extraction
  end
  
  subgraph RE_Firmware [Firmware Reverse Engineering]
  direction LR
    subgraph FW_Tool-Selection [Tool Selection]; end
    subgraph FW_Tool-Configuration [Tool Configuration]; end
    subgraph FW_AI-Usage [Using AI]; end    
    subgraph FW_Beginner [Getting Started]; end
    subgraph FW_Intermediate [Intermediate]; end
    subgraph FW_Advanced [Advanced Techniques]; end
  FW_Tool-Selection --> FW_Tool-Configuration --> FW_Beginner --> FW_Intermediate --> FW_Advanced
  FW_Beginner --> FW_AI-Usage
  end

RE_Physical-Analysis --> RE_Prog-Extraction
RE_Prog-Extraction --> RE_Induced-Fault
RE_Prog-Extraction --> RE_Microscope-Extraction
RE_Induced-Fault --> RE_Firmware
RE_Microscope-Extraction --> RE_Firmware