際際滷shows by User: djindolee / http://www.slideshare.net/images/logo.gif 際際滷shows by User: djindolee / Thu, 09 Aug 2018 17:06:07 GMT 際際滷Share feed for 際際滷shows by User: djindolee AFITC 2018 - Using Process Maturity and Agile to Strengthen Cyber Security /slideshow/afitc-2018-using-process-maturity-and-agile-to-strengthen-cyber-security/109247356 afitcostincprocmaturityandagileforcybersecurityfinal-180809170607
The premise of this innovative development effort is that the merging of process maturity (>CMMI 3) and agile DevSecOps can contribute to cyber hardness/resiliency without sacrificing responsiveness, capability and quality. The target of this case study was a federal agency that required increased feature delivery rates to better meet the demand for system updates (to include existing cyber threats), low production defect density and vulnerability forecasting/minimization. Using Discrete Event Simulation (DES) to model the entire Agile process provided a holistic approach to capturing and depicting the sprint lifecycle. The model accounted for the lifecycle including development of user stories, design, development and test within individual sprints. The payoff was a twenty percent increase in user stories per release than originally planned and a production defect density of only three percent. This approach may be applied to improve the security posture of the Air Force systems as they are being built.]]>
The premise of this innovative development effort is that the merging of process maturity (>CMMI 3) and agile DevSecOps can contribute to cyber hardness/resiliency without sacrificing responsiveness, capability and quality. The target of this case study was a federal agency that required increased feature delivery rates to better meet the demand for system updates (to include existing cyber threats), low production defect density and vulnerability forecasting/minimization. Using Discrete Event Simulation (DES) to model the entire Agile process provided a holistic approach to capturing and depicting the sprint lifecycle. The model accounted for the lifecycle including development of user stories, design, development and test within individual sprints. The payoff was a twenty percent increase in user stories per release than originally planned and a production defect density of only three percent. This approach may be applied to improve the security posture of the Air Force systems as they are being built.]]> Thu, 09 Aug 2018 17:06:07 GMT /slideshow/afitc-2018-using-process-maturity-and-agile-to-strengthen-cyber-security/109247356 djindolee@slideshare.net(djindolee) AFITC 2018 - Using Process Maturity and Agile to Strengthen Cyber Security djindolee The premise of this innovative development effort is that the merging of process maturity (>CMMI 3) and agile DevSecOps can contribute to cyber hardness/resiliency without sacrificing responsiveness, capability and quality. The target of this case study was a federal agency that required increased feature delivery rates to better meet the demand for system updates (to include existing cyber threats), low production defect density and vulnerability forecasting/minimization. Using Discrete Event Simulation (DES) to model the entire Agile process provided a holistic approach to capturing and depicting the sprint lifecycle. The model accounted for the lifecycle including development of user stories, design, development and test within individual sprints. The payoff was a twenty percent increase in user stories per release than originally planned and a production defect density of only three percent. This approach may be applied to improve the security posture of the Air Force systems as they are being built. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/afitcostincprocmaturityandagileforcybersecurityfinal-180809170607-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The premise of this innovative development effort is that the merging of process maturity (&gt;CMMI 3) and agile DevSecOps can contribute to cyber hardness/resiliency without sacrificing responsiveness, capability and quality. The target of this case study was a federal agency that required increased feature delivery rates to better meet the demand for system updates (to include existing cyber threats), low production defect density and vulnerability forecasting/minimization. Using Discrete Event Simulation (DES) to model the entire Agile process provided a holistic approach to capturing and depicting the sprint lifecycle. The model accounted for the lifecycle including development of user stories, design, development and test within individual sprints. The payoff was a twenty percent increase in user stories per release than originally planned and a production defect density of only three percent. This approach may be applied to improve the security posture of the Air Force systems as they are being built.
AFITC 2018 - Using Process Maturity and Agile to Strengthen Cyber Security from Djindo Lee
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