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DevSecOps brings together the best of DevOps with modern security practices. DevOps streamlines and accelerates the product development lifecycle, aiming to automate as much as possible. DevSecOps maintains this automation focus and incorporates security — with a goal of making each step secure and bringing in new tools and practices to make the entire product more secure as well.
With automation practices becoming more ingrained in software delivery processes, it is essential to integrate security. Leaving security as an afterthought could be very costly for a business and its customers. We've all read the headlines related to fines, reimbursement, and lost business that comes when a large company is compromised or breached.
Considering security separately from other DevOps processes can also lead to delays in the delivery of product features, because vulnerabilities must be assessed separately. These delays run counter to the goals and promises of most DevOps groups and organizations.
For example, if a large enterprise processes a large quantity of user data and stores that sensitive data on databases, it is critical to make sure early on that this kind of information can't be hacked. If hackers are able to take total system control and start to exploit the system's vulnerability by gaining access to the servers, this could lead not only to data loss but also to a large expenditure and fines.
That's why it is important to not only pay attention to product delivery automation and speed but also to add security to software updates, critical system vulnerabilities, and correct system access control, which DevSecOps practices assist with.
This 2-part blog will focus on some established and emerging ways that DevSecOps plays a role in product delivery organizations.
DevSecOps Business Value
Applying DevSecOps practices to product delivery has a positive impact on business in the following ways:
1. Ensuring the payoff of automation — by including security testing, it makes sure that vulnerability testing doesn't become a separate process that slows down feature delivery.
2. Avoiding System Compromise — utilizing all the tools in the DevSecOps handbook, makes an attack or compromise less likely. This limits the business' exposure and keeps customers happy.
3. Fast Reaction — when an incident does happen, having the appropriate monitoring in place helps to react quickly and address problems proactively, thereby reducing the risk of a catastrophic incident and helping prevent exposure of critical data.
DevSecOps can also assist with corporate compliance. If a company has sensitive data, it probably falls under some type of compliance structure. PCI-DSS, GDPR and HIPAA were all created to protect important data of various system users. PCI-DSS compliance, in the financial sector, ensures sensitive data security and system non-vulnerability for systems that need to store or use cardholder data. If the organization has non-compliant systems or code, it can be penalized, which can be quite financially painful and potentially lead to a loss of customers.
The General Data Protection Regulation (GDPR), a European privacy regulation issued in 2018, guarantees personal data protection. Before it, any internet resource could save personal data and organizations were not required to delete or manage this data. This could be true, even long after a user ceased using a system. Users also didn't have the right to request that their data be deleted.
Now, the GDPR obliges organizations, upon the user's request, to delete personal and other data from their storage systems. If the organization doesn't do this, it can be subject to substantial penalties. Applying DevSecOps practices can help organizations escape challenges with personal data security, which will ultimately help to decrease reputational and financial risks.
As DevSecOps practices are being implemented by enterprises of all sizes and industries. Baking security into every step of the delivery process is key for reducing costs in the long term and keeping happy, and safe, customers.
Go to DevSecOps Best Practices and Business Value - Part 2, providing DevSecOps best practices.
Industry News
Red Hat announced the general availability of Red Hat Enterprise Linux 9.5, the latest version of the enterprise Linux platform.
Securiti announced a new solution - Security for AI Copilots in SaaS apps.
Spectro Cloud completed a $75 million Series C funding round led by Growth Equity at Goldman Sachs Alternatives with participation from existing Spectro Cloud investors.
The Cloud Native Computing Foundation® (CNCF®), which builds sustainable ecosystems for cloud native software, has announced significant momentum around cloud native training and certifications with the addition of three new project-centric certifications and a series of new Platform Engineering-specific certifications:
Red Hat announced the latest version of Red Hat OpenShift AI, its artificial intelligence (AI) and machine learning (ML) platform built on Red Hat OpenShift that enables enterprises to create and deliver AI-enabled applications at scale across the hybrid cloud.
Salesforce announced agentic lifecycle management tools to automate Agentforce testing, prototype agents in secure Sandbox environments, and transparently manage usage at scale.
OpenText™ unveiled Cloud Editions (CE) 24.4, presenting a suite of transformative advancements in Business Cloud, AI, and Technology to empower the future of AI-driven knowledge work.
Red Hat announced new capabilities and enhancements for Red Hat Developer Hub, Red Hat’s enterprise-grade developer portal based on the Backstage project.
Pegasystems announced the availability of new AI-driven legacy discovery capabilities in Pega GenAI Blueprint™ to accelerate the daunting task of modernizing legacy systems that hold organizations back.
Tricentis launched enhanced cloud capabilities for its flagship solution, Tricentis Tosca, bringing enterprise-ready end-to-end test automation to the cloud.
Rafay Systems announced new platform advancements that help enterprises and GPU cloud providers deliver developer-friendly consumption workflows for GPU infrastructure.
Apiiro introduced Code-to-Runtime, a new capability using Apiiro’s deep code analysis (DCA) technology to map software architecture and trace all types of software components including APIs, open source software (OSS), and containers to code owners while enriching it with business impact.
Zesty announced the launch of Kompass, its automated Kubernetes optimization platform.
MacStadium announced the launch of Orka Engine, the latest addition to its Orka product line.