Definition
Malware analysis studies malicious software:
\text{Malware code} \xrightarrow{\text{analysis}} \text{Behavior understanding}
In SCU terms: Malware analysis examines how malicious χ-mode configurations manipulate system information states to cause harm.
Malware as χ-Mode Manipulation
Malware causes unauthorized χ-mode transitions:
| Malware Type | χ-Mode Attack |
|---|---|
| Virus | Self-replicating χ-mode injection |
| Ransomware | Encrypt victim χ-modes |
| Trojan | Hidden malicious χ-mode payload |
| Rootkit | Hide χ-mode modifications |
Analysis Techniques
| Technique | What It Examines |
|---|---|
| Static | χ-mode structure without execution |
| Dynamic | χ-mode behavior during execution |
| Behavioral | Effects on system χ-states |
| Reverse engineering | χ-mode implementation details |
Static Analysis
Examine χ-mode configuration without running:
- Disassembly and decompilation
- String analysis
- Import/export examination
- Pattern matching
Dynamic Analysis
Observe χ-mode behavior during execution:
\text{Malware} \xrightarrow{\text{sandbox}} \text{Observed χ-mode changes}
- File system modifications
- Network communications
- Registry changes
- Process creation
Analysis Environments
| Environment | Purpose |
|---|---|
| Sandbox | Isolated χ-mode execution |
| Virtual machine | Contained environment |
| Network simulation | Fake external χ-modes |
| Debugger | Step-by-step χ-mode observation |
The Key Insight
Malware analysis decodes malicious χ-mode behavior.
Understanding attacks through code examination:
- Malware encodes harmful χ-mode transitions
- Static analysis reveals structure
- Dynamic analysis shows behavior
- Knowledge enables defense
When we analyze malware, we're decoding how malicious χ-mode configurations attempt to subvert system information states—enabling us to detect and defend against similar attacks.