A Brighter Future For DevSecOps? It's Closer Than You Think
A Brighter Future For DevSecOps? It's Closer Than You Think
I was delighted to contribute with a number of experts to an insightful article by Suparna Goswami in Data Breach Today. As she points out, there's widespread agreement that addressing security early in the software development life cycle (SDLC) is essential to preventing data breaches, but it's easier said than done. There are some fantastic insights from CISOs, as well as recent survey results showing the biggest application security challenge in continuous integration/continuous delivery (CI/CD) workflows is: "lack of automated, integrated security testing tools".
In my view, DevSecOps should start when the developer starts writing the code. If DevSecOps is going to work effectively, it must begin with developers having the education, skills and tools to write code securely from the start. If developers were taught to write secure code in real-time, or better still - avoid creating many of the bugs in the first place, then security managers and testing tools could focus on finding and fixing the really challenging, complex vulnerabilities in a timely manner.
There are many solutions that find vulnerabilities in code, but security needs to place more emphasis on teaching developers to follow security guidelines that will prevent them from making these mistakes in the first place.
Developers should be assisted to write secure code and fix the vast majority of errors they make as they are writing code, and I am proud to say that the technology now exists to achieve this. Just as spelling and grammar correction tools help writers, developers can now be helped in real-time to write securely, as directed by the relevant language and security policy. In my view, this is the easier, brighter future for DevSecOps.
That's exactly what our Secure Code Warrior Sensei offers - it acts as a real-time security coach for dev teams, controlled by AppSec, ensuring security guidelines are by the developer's side at all times. It will help them code more consistently, more securely and faster. In our early adopter program, we can see it brings down the time to fix issues from an average of three hours per bug to just ten minutes.
We need to use security tools capable of working to a DevSecOps timeline, with efficiency and most importantly, accuracy. It's time to aim for a higher standard of software security.
There are many solutions that find vulnerabilities in code, but security needs to place more emphasis on teaching developers to follow security guidelines that will prevent them from making these mistakes in the first place.
Resources to get you started
Trust Agent by Secure Code Warrior
Discover SCW Trust Agent, an innovative solution designed to enhance security by aligning developer secure code knowledge and skills with the work they commit. It provides comprehensive visibility and controls across an organization's entire code repository, analyzing each commit against developers' secure code profiles. With SCW Trust Agent, organizations can strengthen their security posture, optimize development lifecycles, and scale developer-driven security.
Resources to get you started
Women in Security are Winning: How the AWSN is Setting Up a New Generation of Security Superwomen
Secure-by-Design is the latest initiative on everyone’s lips, and the Australian government, collaborating with CISA at the highest levels of global governance, is guiding a higher standard of software quality and security from vendors.
Women in Security are Winning: How the AWSN is Setting Up a New Generation of Security Superwomen
Secure-by-Design is the latest initiative on everyone’s lips, and the Australian government, collaborating with CISA at the highest levels of global governance, is guiding a higher standard of software quality and security from vendors.
SCW Trust Agent - Visibility and Control to Scale Developer Driven Security
SCW Trust Agent, introduced by Secure Code Warrior, offers security leaders the visibility and control needed to scale developer-driven security within organizations. By connecting to code repositories, it assesses code commit metadata, inspects developers, programming languages used, and shipment timestamps to determine developers' security knowledge.
A Brighter Future For DevSecOps? It's Closer Than You Think
I was delighted to contribute with a number of experts to an insightful article by Suparna Goswami in Data Breach Today. As she points out, there's widespread agreement that addressing security early in the software development life cycle (SDLC) is essential to preventing data breaches, but it's easier said than done. There are some fantastic insights from CISOs, as well as recent survey results showing the biggest application security challenge in continuous integration/continuous delivery (CI/CD) workflows is: "lack of automated, integrated security testing tools".
In my view, DevSecOps should start when the developer starts writing the code. If DevSecOps is going to work effectively, it must begin with developers having the education, skills and tools to write code securely from the start. If developers were taught to write secure code in real-time, or better still - avoid creating many of the bugs in the first place, then security managers and testing tools could focus on finding and fixing the really challenging, complex vulnerabilities in a timely manner.
There are many solutions that find vulnerabilities in code, but security needs to place more emphasis on teaching developers to follow security guidelines that will prevent them from making these mistakes in the first place.
Developers should be assisted to write secure code and fix the vast majority of errors they make as they are writing code, and I am proud to say that the technology now exists to achieve this. Just as spelling and grammar correction tools help writers, developers can now be helped in real-time to write securely, as directed by the relevant language and security policy. In my view, this is the easier, brighter future for DevSecOps.
That's exactly what our Secure Code Warrior Sensei offers - it acts as a real-time security coach for dev teams, controlled by AppSec, ensuring security guidelines are by the developer's side at all times. It will help them code more consistently, more securely and faster. In our early adopter program, we can see it brings down the time to fix issues from an average of three hours per bug to just ten minutes.
We need to use security tools capable of working to a DevSecOps timeline, with efficiency and most importantly, accuracy. It's time to aim for a higher standard of software security.
There are many solutions that find vulnerabilities in code, but security needs to place more emphasis on teaching developers to follow security guidelines that will prevent them from making these mistakes in the first place.
Resources to get you started
Women in Security are Winning: How the AWSN is Setting Up a New Generation of Security Superwomen
Secure-by-Design is the latest initiative on everyone’s lips, and the Australian government, collaborating with CISA at the highest levels of global governance, is guiding a higher standard of software quality and security from vendors.
SCW Trust Agent - Visibility and Control to Scale Developer Driven Security
SCW Trust Agent, introduced by Secure Code Warrior, offers security leaders the visibility and control needed to scale developer-driven security within organizations. By connecting to code repositories, it assesses code commit metadata, inspects developers, programming languages used, and shipment timestamps to determine developers' security knowledge.
Trust Agent by Secure Code Warrior
Discover SCW Trust Agent, an innovative solution designed to enhance security by aligning developer secure code knowledge and skills with the work they commit. It provides comprehensive visibility and controls across an organization's entire code repository, analyzing each commit against developers' secure code profiles. With SCW Trust Agent, organizations can strengthen their security posture, optimize development lifecycles, and scale developer-driven security.