DBpedia – Linked Data Fragments

Matches in DBpedia 2016-04 for { ?s ?p "Threat modeling addresses two distinct, but related, topics in computer security: The first is a description of the security issues and resources the designer cares about. This is often represented as a Data Flow Diagram (DFD) that shows the potential attack points from outside the system. The second includes in, Threat modeling the development of attack trees, which are descriptions of a set of computer security aspects. That is, when looking at a piece of software (or any computer system), one can define a threat model by defining a set of possible attacks to consider.It is often useful to define many separate threat models for one computer system. Each model defines a narrow set of possible attacks to focus on. A threat model can help to assess the probability, the potential harm, the priority etc., of attacks, and thus help to minimize or eradicate the threats. More recently, threat modeling has become an integral part of Microsoft's SDL (Security Development Lifecycle) process. A 2015 report, the \"DoD Comprehensive Military Unmanned Aerial Vehicle Smart Device Control Station Threat Model\" emphasizes a holistic approach to Threat Modelling and the need for a full analysis of the threats modelled. Most organizations will need to take the more cost-effective approach of targeting those issues and resources of most importance to them. In any case the threat model by itself will not change the security of the organization until an analysis of the threats leads to mitigations of those most likely to harm the organization or the resources that it wants to protect.Threat modeling is based on the notion that any system or organization has assets of value worth protecting, these assets have certain vulnerabilities, internal or external threats exploit these vulnerabilities in order to cause damage to the assets, and appropriate security countermeasures exist that mitigate the threats."@en }

• Threat_model abstract "Threat modeling addresses two distinct, but related, topics in computer security: The first is a description of the security issues and resources the designer cares about. This is often represented as a Data Flow Diagram (DFD) that shows the potential attack points from outside the system. The second includes in, Threat modeling the development of attack trees, which are descriptions of a set of computer security aspects. That is, when looking at a piece of software (or any computer system), one can define a threat model by defining a set of possible attacks to consider.It is often useful to define many separate threat models for one computer system. Each model defines a narrow set of possible attacks to focus on. A threat model can help to assess the probability, the potential harm, the priority etc., of attacks, and thus help to minimize or eradicate the threats. More recently, threat modeling has become an integral part of Microsoft's SDL (Security Development Lifecycle) process. A 2015 report, the \"DoD Comprehensive Military Unmanned Aerial Vehicle Smart Device Control Station Threat Model\" emphasizes a holistic approach to Threat Modelling and the need for a full analysis of the threats modelled. Most organizations will need to take the more cost-effective approach of targeting those issues and resources of most importance to them. In any case the threat model by itself will not change the security of the organization until an analysis of the threats leads to mitigations of those most likely to harm the organization or the resources that it wants to protect.Threat modeling is based on the notion that any system or organization has assets of value worth protecting, these assets have certain vulnerabilities, internal or external threats exploit these vulnerabilities in order to cause damage to the assets, and appropriate security countermeasures exist that mitigate the threats.".