Hybrid Analysis is a free malware analysis service for the community that detects and analyzes unknown threats using a unique Hybrid Analysis technology. It combines static and dynamic analysis to provide a comprehensive view of malware.
Static analysis is the process of analyzing malware without
executing it. This can be done by examining the file's contents, such as its
code, resources, and metadata.
Dynamic analysis is the process of analyzing malware by
executing it in a controlled environment. This allows the analyst to see how
the malware behaves and interacts with the operating system and other
applications.
Hybrid Analysis combines the strengths of static and dynamic
analysis to provide a more complete view of malware. Static analysis can be
used to identify known malicious code patterns, while dynamic analysis can be
used to identify new or unknown threats.
Hybrid Analysis also offers a number of other features,
such as:
Crowdsourcing: Users can submit malware samples to Hybrid Analysis,
which are then analyzed by the Hybrid Analysis team and the community. This
crowdsourcing approach helps to identify and analyze new threats more quickly.
Community sharing: All files uploaded to Hybrid Analysis are
made available to the community for searching and analysis. This allows
security researchers to share information and collaborate on threat detection
and response.
Indicators of compromise (IOCs): Hybrid Analysis provides a
list of IOCs for all malware samples that are analyzed. This information can be
used to identify and block malware infections.
Hybrid Analysis is a valuable tool for security researchers
and organizations that need to detect and analyze malware. It is free to use
and offers a number of features that make it a powerful tool for threat
detection and response.
Here are some of the benefits of using Hybrid Analysis:
Increased visibility: Hybrid Analysis provides visibility
into known and unknown malware threats. This helps organizations to identify
and respond to threats more quickly.
Improved threat intelligence: Hybrid Analysis provides
threat intelligence that can be used to identify and block malware infections.
This information can also be used to improve security posture.
Collaboration: Hybrid Analysis facilitates collaboration between security researchers and organizations. This helps to share information
and resources, and to improve threat detection and response.
If you are looking for a powerful tool to detect and analyze
malware, then Hybrid Analysis is a great option. It is free to use and offers a
number of features that make it a valuable tool for security researchers and
organizations.
How much does hybrid analysis cost?
Hybrid Analysis is free to use for personal and non-commercial use. For commercial use, there are three pricing plans:
Basic: This plan is free and includes the following
features:
Static analysis
Dynamic analysis
Community sharing
Indicators of compromise (IOCs)
Standard: This plan costs \$100 per month and includes
the following features:
All features of the Basic plan
Increased file upload limits
Priority support
Professional: This plan costs \$500 per month and
includes the following features:
All features of the Standard plan
Dedicated analyst
Custom reports
Here are some additional advantages of hybrid analysis
It can detect malware that is obfuscated or packed. Static
analysis can identify known malicious code patterns, even if they are
obfuscated or packed. Dynamic analysis can also help to detect malware that is
obfuscated or packed, by observing how the malware behaves when it is executed.
It can detect new or unknown malware threats. Static
analysis can identify known malicious code patterns, but it cannot identify new
or unknown malware threats. Dynamic analysis can help to detect new or unknown
malware threats, by observing how the malware behaves when it is executed.
It can provide detailed information about malware. Hybrid
analysis can provide detailed information about malware, such as its code, resources,
metadata, behavior, and interactions with other systems. This information can
be used to improve threat detection and response.
What is hybrid analysis for malware
detection?
Hybrid analysis is a malware analysis technique that
combines static and dynamic analysis. Static analysis is the process of
analyzing malware without executing it, while dynamic analysis is the process
of analyzing malware by executing it in a controlled environment.
Hybrid analysis combines the strengths of both static and
dynamic analysis to provide a more complete view of malware. Static analysis
can be used to identify known malicious code patterns, while dynamic analysis
can be used to identify new or unknown threats.
The first step in hybrid analysis is to perform static analysis. This involves examining the malware's code, resources, and metadata without executing it. This can be done using a variety of tools, such as disassemblers, decompilers, and hex editors.
The results of the static analysis can be used to identify
known malicious code patterns. For example, if the malware contains code that
is known to be used by other malware, then it is likely that the malware is
malicious.
The next step in hybrid analysis is to perform dynamic
analysis. This involves executing the malware in a controlled environment, such
as a sandbox. This allows the analyst to see how the malware behaves and
interacts with the operating system and other applications.
The results of the dynamic analysis can be used to identify
new or unknown malware threats. For example, if the malware attempts to make
unauthorized changes to the system, then it is likely that the malware is
malicious.
Hybrid analysis is a powerful tool for detecting and
analyzing malware. It combines the strengths of static and dynamic analysis to
provide a more complete view of malware. This makes it a valuable tool for
security researchers and organizations that need to protect themselves from
malware attacks.
Here are some of the benefits of using hybrid analysis
for malware detection:
It can detect malware that is obfuscated or packed. Static
analysis can identify known malicious code patterns, even if they are
obfuscated or packed. Dynamic analysis can also help to detect malware that is
obfuscated or packed, by observing how the malware behaves when it is executed.
It can detect new or unknown malware threats. Static
analysis can identify known malicious code patterns, but it cannot identify new
or unknown malware threats. Dynamic analysis can help to detect new or unknown malware
threats, by observing how the malware behaves when it is executed.
It can provide detailed information about malware. Hybrid
analysis can provide detailed information about malware, such as its code,
resources, metadata, behavior, and interactions with other systems. This
information can be used to improve threat detection and response.
Overall, hybrid analysis is a powerful tool for detecting
and analyzing malware. It combines the strengths of static and dynamic analysis
to provide a more complete view of malware. This makes it a valuable tool for
security researchers and organizations that need to protect themselves from
malware attacks.