Difference between revisions of "CPWE"

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This OWASP cheat sheet for [http://en.wikipedia.org/wiki/Chief_information_security_officer Chief Information Security Officers (CISO)] is intended for an executive audience and for application security program assessors. It contains a list of application security program weaknesses called the Common Program Weakness Enumeration (CPWE) that is intended to be built out over time, similar to MITRE's Common Weakness Enumeration (CWE) for software weaknesses. So, it is not a traditional cheat sheet per se.
 
This OWASP cheat sheet for [http://en.wikipedia.org/wiki/Chief_information_security_officer Chief Information Security Officers (CISO)] is intended for an executive audience and for application security program assessors. It contains a list of application security program weaknesses called the Common Program Weakness Enumeration (CPWE) that is intended to be built out over time, similar to MITRE's Common Weakness Enumeration (CWE) for software weaknesses. So, it is not a traditional cheat sheet per se.
  
The CPWE spans topics having to do with both institutionalization of an application security program, and also systems development touch points. An example of a CPWE use case is an organization having a SAMM (or a BSIMM, or a less formal assessment) done, and the findings are mapped to CPWE-ID. Mappings in this example would be done in a similar fashion as one can for example generally configure software vulnerability assessment tools to map software weakness findings to CWE (or e.g. OWASP Top Ten), so that one can compare apples to apples regardless of program assessment methodology.  
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The CPWE spans topics having to do with both institutionalization of an application security program, and also systems development touch points. An example of a CPWE use case is an organization having a SAMM (or a BSIMM, or a less formal assessment) done, and the findings are mapped to CPWE-ID. Mappings in this example would be done in a similar fashion as one can for example generally configure software vulnerability assessment tools to map software weakness findings to CWE (or e.g. OWASP Top Ten), so that one can compare apples to apples regardless of program assessment methodology. In this example, regardless if SAMM or  BSIMM or a less formal assessment was done.  
  
In this example, regardless if SAMM or  BSIMM or a less formal assessment was done. Long-term goals for leveraging the CPWE potentially include creating an OWASP CISO Top Ten project using the CPWE as inputs (i.e. that draws from the list), perhaps also turning this into its own separate project if interest/activity warrants.
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Long-term goals for leveraging the CPWE potentially include creating an OWASP CISO Top Ten project using the CPWE as inputs (i.e. that draws from the list), perhaps also turning this into its own separate project if interest/activity warrants.
  
 
= Contributor Instructions =
 
= Contributor Instructions =

Revision as of 22:13, 8 September 2012

Contents

Introduction

This OWASP cheat sheet for Chief Information Security Officers (CISO) is intended for an executive audience and for application security program assessors. It contains a list of application security program weaknesses called the Common Program Weakness Enumeration (CPWE) that is intended to be built out over time, similar to MITRE's Common Weakness Enumeration (CWE) for software weaknesses. So, it is not a traditional cheat sheet per se.

The CPWE spans topics having to do with both institutionalization of an application security program, and also systems development touch points. An example of a CPWE use case is an organization having a SAMM (or a BSIMM, or a less formal assessment) done, and the findings are mapped to CPWE-ID. Mappings in this example would be done in a similar fashion as one can for example generally configure software vulnerability assessment tools to map software weakness findings to CWE (or e.g. OWASP Top Ten), so that one can compare apples to apples regardless of program assessment methodology. In this example, regardless if SAMM or BSIMM or a less formal assessment was done.

Long-term goals for leveraging the CPWE potentially include creating an OWASP CISO Top Ten project using the CPWE as inputs (i.e. that draws from the list), perhaps also turning this into its own separate project if interest/activity warrants.

Contributor Instructions

First, thank you for considering contributing.

Generally, I think for CPWE outlines we need at least the five sections as in the example (Insufficient Program Resources - (12)). I think we should make sure to cover not just BSIMM and SAMM, but NIST SP 800-64 (and actually make sure the SP is well-represented). I think CWPE text needs to be CWE-like (i.e. brief but consistent in presentation and level of detail), but also slightly bent towards an executive audience. I think CWPE consequences need to grouped into those two top-level buckets for sure, for clear alignment in that regard to CF Disclosure Guidance: Topic No. 2.

Next steps if you are interested would be to send a note to boberski_michael [at] bah.com for an assignment for further discussion on an item.

Common Program Weakness Enumeration

The comprehensive CPWE dictionary view is below.

Insufficient Program Resources - (12)
Organizational Culture Problems - (xx)
Missing Policy - (xx)
Missing Standards - (xx)
Missing Solution Stack Guidance - (xx)
Missing Secure Coding Standards - (xx)
Missing Common Security Control Libraries - (xx)
Inadequate Developer Training - (xx)
Use of Insufficient Verification Technique - (xx)
Failure to Address Verification Findings - (xx)
Failure to Protect Source Code from Theft - (xx)
Failure to Protect Sensitive Application Data from Theft - (xx)
Failure to Track Security Bugs - (xx)
Failure to Address Implicit Contractual Requirements - (xx)
Failure to Address Explicit Contractual Requirements - (xx)
Risky Internal Integration - (xx)
Risky Vendor Integration - (xx)
Broken or Risky Platform - (xx)
Broken or Risky Service - (xx)
Weaknesses that Affect SDLC Initiation Phase - (xx)
Weaknesses that Affect SDLC Development/Acquisition Phase - (xx)
Weaknesses that Affect SDLC Implementation/Assessment Phase - (xx)
Weaknesses that Affect SDLC Maintenance Phase - (xx)
Weaknesses that Affect SDLC Disposal Phase - (xx)
Supply Chain Issues - (xx)
Service-Oriented Architecture Issues - (xx)
Reusable Security Module Issues - (xx)
Cross-Organizational Solution Issues - (xx)
Migration Issues - (xx)
Data Center or Development Facility Issues - (xx)
Virtualization Issues - (xx)
Regulatory Cybersecurity Risk Disclosure Obligation Issues - (xx)
Regulatory Cyber Incident Disclosure Obligation Issues - (xx)
Weaknesses in In-House Applications - (xx)
Weaknesses in In-House Mobile Applications - (xx)
Weaknesses in In-House App Store - (xx)
Weaknesses in Vendor Applications - (xx)
Weaknesses in Vendor Mobile Applications - (xx)
Weaknesses in Vendor App Store - (xx)
Weaknesses in In-House Verification Services - (xx)
Weaknesses in Vendor Verification Services - (xx)
... - (xx)

Authors and Primary Editors

Mike Boberski - boberski_michael [at] bah.com

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