First, here's how the 2013 edition compares to 2017.
And how BIG-IP ASM mitigates the vulnerabilities.
Vulnerability
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BIG-IP ASM Controls
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A1
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Injection Flaws
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Attack signatures
Meta character restrictions
Parameter value length restrictions
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A2
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Broken Authentication and Session Management
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Brute Force protection
Session tracking
HTTP cookie protection
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A3
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Sensitive Data Exposure
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Data Guard
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A4
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XML External Entities (XXE)
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Attack signatures (see below)
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A5
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Broken Access Control
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File types
URL
URL flows
Session tracking
URL flows
Attack signatures (Directory traversal)
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A6
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Security Misconfiguration
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Attack Signatures
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A7
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Cross-site Scripting (XSS)
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Attack signatures
Parameter meta characters
Parameter value length restrictions
Parameter type definitions (such as integer)
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A8
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Insecure Deserialization
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Attack Signatures (see below)
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A9
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Using components with known vulnerabilities
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Attack Signatures integration
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A10
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Insufficient Logging and Monitoring
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BIG-IP ASM can help with the monitoring process to detect, alarm and deter attacks
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Specifically, we have attack signatures for “A4:2017-XML External Entities (XXE)”:
- 200018018 External entity injection attempt
- 200018030 XML External Entity (XXE) injection attempt (Content)
Also, XXE attack could be mitigated by XML profile, by disabling DTDs (and of course enabling the “Malformed XML data” violation):
For “A8:2017-Insecure Deserialization” we have many signatures, which usually include the name “serialization” or “serialized object”, like:
- 200004188 PHP object serialization injection attempt (Parameter)
- 200003425 Java Base64 serialized object - java/lang/Runtime (Parameter)
- 200004282 Node.js Serialized Object Remote Code Execution (Parameter)
ps
Related:
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