EXPLORING MALWARE ANALYSIS: ITS GOALS AND TYPES

Updated on October 21, 2022, by Xcitium

Before using a  malware analysis tool, a goal must be set. With regards to battling malware, you might question yourself as a security professional—”for what reason would I have to perform malware analysis?” If an organization is in charge of the security of its network, it will need to perform malware analysis. Malware is getting to be target specific towards financial gain. More malware is in the wild. It has less chance of anti-malware or anti-virus applications identifying the malware. The goal of malware analysis is to gain a comprehension of how a particular bit of malware works. This is necessary to build a barrier to secure an organization’s network. There are two key inquiries that need answers. The main: how did the machine become tainted with this bit of malware? The second: what does this malware do? Determine the particular type of malware. You should figure out which question is more critical to your situation. Since you have decided your goal, it is time to talk about the two common types of malware analysis.

Malware Analysis Types Overview Table

TYPES OF MALWARE ANALYSIS

There are two types of malware analysis that security experts perform. These are static malware analysis and dynamic malware analysis. The two sorts of malware analysis achieve a similar goal. But, the abilities and tools required are different. Static analysis is the actual review of code and walking through it. Dynamic analysis is the means by which the malware carries on when executed. Also, what gets installed, to whom it converses with, and how it runs. When performing malware analysis, both static and dynamic malware analyses should be performed. This is to gain a total understanding of how specific malware functions. Malware functions take into consideration better defenses to shield the organization. The organization must know about the laws about reverse code engineering. Before attempting reversing, check the local country laws about reverse code engineering.

Static Malware Analysis Static malware analysis is performed by looking at the software code of the malware. This is to gain a better comprehension of how the malware functions. While performing static malware analysis, antivirus software will run on the malware. Files such as shell scripts will be examined. Most likely, reverse engineering should be performed using programs. Examples are debuggers, disassemblers, and decompilers. After reversing malware, the IT team will be able to see how the source code of the malware functions. Seeing how the code functions allow the IT team to fabricate better safeguards. They will also serve as a sanity check on the finished dynamic malware analysis.  Malware today is becoming more focused on. Seeing how malware infects systems can diminish infections to an organization. In this way, it decreases the general expense.

Dynamic Malware Analysis Dynamic malware analysis is a quick method of malware analysis. When performing dynamic malware analysis, look at how the malware carries on. Check on what changes the malware makes for a baseline system. It is basic that the malware lab isn’t associated with another network. Files must be transferred utilizing a read-only medium. There are changes in the system that should raise a warning. It includes files that have been altered or included. Check for new services that have been installed. If any system settings have been adjusted, and new processes that are running. This would incorporate DNS server settings of the workstation which have been changed. Besides the behavior of the system itself, network traffic will likewise be analyzed. We know of what behavior the malware does to networks. The IT team will see how the malware performs these activities. The responses to that question need the IT team to perform a malware analysis. No record gets away from the consideration of the Xcitium Forensic Analysis tool. The unknown files are dispatched to a cloud-based analysis. These represent the most certified dangers. Also, get Xcitium’s All-In-One Advanced Endpoint Protection with Default Deny Platform Malware Protection. It is unlike most endpoint solutions that rely upon a blacklist to block known bad files. It stops unknown files to continue running on your endpoints. Xcitium Advanced Endpoint Protection runs unknown file in a lightweight virtual container. They can be analyzed and used for a decision of either bad or good. Xcitium Advanced Endpoint protection software ensures over 80+ Million endpoints over the world. You can recoup your organization! Just complete the Xcitium Forensic Analysis and Xcitium Advanced Endpoint protection programming. Download at https://enterprise.xcitium.com/ Start your malware discovery using Xcitium Forensic Analysis now.   GET FREE TRIAL NOW! Website Malware Scanner

What Is Static Malware Analysis?

Static malware analysis examines a suspicious file without executing it.

Common Static Analysis Activities

• Reviewing file hashes
• Extracting metadata
• Analyzing embedded strings
• Identifying file structure
• Detecting known indicators

Benefits

• Safe analysis environment
• Fast initial assessment
• Useful for malware triage

Limitations

• Cannot observe runtime behavior
• May miss obfuscated functionality

What Is Dynamic Malware Analysis?

Dynamic analysis involves executing malware in a controlled environment such as a sandbox.

What Analysts Observe

• Process creation
• Registry modifications
• Network communications
• File system changes
• Persistence mechanisms

Benefits

• Reveals real behavior
• Detects hidden actions
• Identifies attack techniques

Common Tools

• ANY.RUN
• Hybrid Analysis
• Joe Sandbox
• CAPE Sandbox

What Is Hybrid Malware Analysis?

Hybrid malware analysis combines static and dynamic techniques to provide a more complete understanding of a threat.

Why Organizations Use Hybrid Analysis

• Improved visibility
• Better threat intelligence
• Faster investigations
• More accurate detection

Quick Comparison

What Is Memory Analysis?

Memory analysis investigates volatile memory (RAM) to identify malware artifacts.

Information Discovered

• Active processes
• Network connections
• Injected code
• Encryption keys
• Persistence mechanisms

Incident Response Benefits

Memory analysis often reveals evidence that traditional file analysis misses.

What Is Malware Reverse Engineering?

Reverse engineering examines malware code to understand its functionality and objectives.

Goals of Reverse Engineering

• Identify capabilities
• Understand attack logic
• Discover vulnerabilities
• Create detection signatures
• Develop threat intelligence

Typical Users

• Threat researchers
• Incident responders
• Security vendors
• Malware analysts

Choosing the Right Analysis Method

Recommended Use Cases

How Malware Analysis Supports Security Operations

Malware analysis improves:

• Threat detection
• Incident response
• Threat hunting
• Digital forensics
• Threat intelligence
• Security awareness

Business Benefits

Organizations can reduce dwell time and accelerate remediation efforts.

FAQ

What are the main types of malware analysis?

The primary malware analysis types are static analysis, dynamic analysis, hybrid analysis, behavioral analysis, memory analysis, and reverse engineering.

What is the difference between static and dynamic malware analysis?

Static analysis examines malware without execution, while dynamic analysis observes malware behavior during execution in a controlled environment.

What is hybrid malware analysis?

Hybrid analysis combines static and dynamic techniques to provide a more comprehensive understanding of malware behavior and capabilities.

Why is malware analysis important?

Malware analysis helps organizations understand threats, improve detection, strengthen incident response, and enhance threat intelligence.

Which malware analysis type is best?

The best method depends on the investigation goal. Hybrid analysis often provides the most complete visibility because it combines multiple techniques.

What tools are used for malware analysis?

Common tools include VirusTotal, Hybrid Analysis, ANY.RUN, Joe Sandbox, CAPE Sandbox, IDA Pro, Ghidra, and Volatility.