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Difference between revisions of "ESAPI Assurance"
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== Building an Assurance Case for ESAPI == | == Building an Assurance Case for ESAPI == | ||
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| + | * [https://buildsecurityin.us-cert.gov/daisy/bsi/articles/knowledge/assurance/643-BSI.html Arguing Security - Creating Security Assurance Cases] | ||
* summary: make Claims, provide supporting Evidence, and make Arguments for how the evidence supports the claims | * summary: make Claims, provide supporting Evidence, and make Arguments for how the evidence supports the claims | ||
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* Highest level claim is "The system is Acceptably Secure" but how to break this down into sub-claims that map to the provided evidence? e.g. absence of specific vulns (as investigated by manual testing or tool scans) | * Highest level claim is "The system is Acceptably Secure" but how to break this down into sub-claims that map to the provided evidence? e.g. absence of specific vulns (as investigated by manual testing or tool scans) | ||
| − | * | + | * Hey! How about an explicit threat model??? Especially, what are our assumptions. |
| − | http://swaconsortium.org/projects/softwareFacts/softwareFacts.html | + | |
| + | * claims could be summarized using a [http://swaconsortium.org/projects/softwareFacts/softwareFacts.html Software Facts Label] | ||
* each language (Java, ASP, etc.) may need separate claims | * each language (Java, ASP, etc.) may need separate claims | ||
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* discuss coding practices that were followed, skill levels of developers, amount of independent review | * discuss coding practices that were followed, skill levels of developers, amount of independent review | ||
| − | * publish scanning tool results | + | * publish scanning tool results. "Tool X, using rule set R on date D, was run against ESAPI version Y using configuration Z, and found this set of results with this amount of code coverage." |
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== Coding Practices == | == Coding Practices == | ||
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* practices for code check-in and independent review - how is introduction of Trojans avoided? | * practices for code check-in and independent review - how is introduction of Trojans avoided? | ||
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| + | * what threat level is being accounted for (e.g. will this only work against script kiddies)? was threat modeling used? (No; I wish!) | ||
Latest revision as of 05:37, 21 August 2011
Building an Assurance Case for ESAPI
- summary: make Claims, provide supporting Evidence, and make Arguments for how the evidence supports the claims
- Highest level claim is "The system is Acceptably Secure" but how to break this down into sub-claims that map to the provided evidence? e.g. absence of specific vulns (as investigated by manual testing or tool scans)
- Hey! How about an explicit threat model??? Especially, what are our assumptions.
- claims could be summarized using a Software Facts Label
- each language (Java, ASP, etc.) may need separate claims
- list the third-party software
- discuss coding practices that were followed, skill levels of developers, amount of independent review
- publish scanning tool results. "Tool X, using rule set R on date D, was run against ESAPI version Y using configuration Z, and found this set of results with this amount of code coverage."
Coding Practices
- was OWASP Top Ten followed?
- how was performance and security balanced?
- what is the level of training of the developers? amount of experience in web development?
- were tools part of the whole process or run at the end?
- how was code repository prevented from unauthorized alterations?
- practices for code check-in and independent review - how is introduction of Trojans avoided?
- what threat level is being accounted for (e.g. will this only work against script kiddies)? was threat modeling used? (No; I wish!)
