The feedback from architectural decisions to the elaboration of requirements is an established concept in the software engineering community. However, pinpointing the nature of this feedback in a precise way is a largely open problem. Often, the feedback is generically characterized as additional qualities that might be affected by an architectâ s choice. This paper provides a practical perspective on this problem by leveraging architectural security patterns. The contribution of this paper is the Security Twin Peaks model, which serves as an operational framework to co-develop security in the requirements and the architectural artifacts.status: publishe
When designing a secure software architecture, the architect must take possible evolution of the sys...
Reusing time-tested solutions rather than inventing ad-hoc quick fixes is a well-known security prin...
The disciplines of requirements engineering (RE) and software architecture (SA) are fundamental to t...
The feedback from architectural decisions to the elaboration of requirements is an established conce...
Security principles like least privilege and attack surface reduction play an important role in the ...
Architectural and design patterns represent effective techniques to package expert knowledge in a re...
© Springer International Publishing Switzerland 2014. Over the past three years, our groups at the U...
Recurring solutions to software engineering problems are often captured in patterns, which describe,...
Emerging classes of systems are more and more subject to changes in their requirements and environme...
While security has long been a significant issue in military systems, the spread of the internet has...
While the importance of security has long been recognised, research efforts aimed at finding a solut...
In today’s software development process, security related design decisions are rarely made early in ...
Automation is a very promising technique to reduce the chances of flaws happening downstream the sof...
Formal modelling techniques are often disregarded as their semantics are too distant from the mainst...
Abstract — Software Engineering covers the definition of processes, techniques and models suitable f...
When designing a secure software architecture, the architect must take possible evolution of the sys...
Reusing time-tested solutions rather than inventing ad-hoc quick fixes is a well-known security prin...
The disciplines of requirements engineering (RE) and software architecture (SA) are fundamental to t...
The feedback from architectural decisions to the elaboration of requirements is an established conce...
Security principles like least privilege and attack surface reduction play an important role in the ...
Architectural and design patterns represent effective techniques to package expert knowledge in a re...
© Springer International Publishing Switzerland 2014. Over the past three years, our groups at the U...
Recurring solutions to software engineering problems are often captured in patterns, which describe,...
Emerging classes of systems are more and more subject to changes in their requirements and environme...
While security has long been a significant issue in military systems, the spread of the internet has...
While the importance of security has long been recognised, research efforts aimed at finding a solut...
In today’s software development process, security related design decisions are rarely made early in ...
Automation is a very promising technique to reduce the chances of flaws happening downstream the sof...
Formal modelling techniques are often disregarded as their semantics are too distant from the mainst...
Abstract — Software Engineering covers the definition of processes, techniques and models suitable f...
When designing a secure software architecture, the architect must take possible evolution of the sys...
Reusing time-tested solutions rather than inventing ad-hoc quick fixes is a well-known security prin...
The disciplines of requirements engineering (RE) and software architecture (SA) are fundamental to t...