In the past, developers created the software, and security teams made it secure. But now, agile organizations are baking security into software from the very start.

DevSecOps (development, security and operations) is a framework designed to automate security integration during the entire software development and deployment process. The DevSecOps concept is a necessary replacement for the old approach of adding security elements after the development cycle by a separate team.

DevSecOps enables security professionals to share cybersecurity responsibility with developers and IT teams.

The ever-growing complexity of IT and cybersecurity

The only constant in technology is change. And without clear and strategic planning, change always moves in the direction of higher complexity.

Take tool sprawl, for example. This occurs when tools are so many, specialized and disparate that it takes more time and money to manage the tools than the value returned by them.

This often happens as teams add specialized tools without real planning or integration over time to solve specific problems. Budget constraints can also prevent the adoption of integrated tools from the start.

Data silos often emerge with tool sprawl. With different tools holding different data, three things can happen. First, data duplication means wasted time and effort in sorting through the data. Second, gaps in data emerge, where no one tool is actually capturing some data. And third, the total amount of data and the differing interfaces for processing it can create a needless sense of data overload for the staff. Understandably, this contributes to burnout.

Tool sprawl can create a quiet, ongoing disaster. It can reduce the rate of innovation and disincentivize security staff from making process improvements.

Wrangling multi-cloud environments

The cloud revolution brought more complexity as well. Multi-cloud environments, where cloud workloads are running on services from more than one provider, offer flexibility. But using many providers adds complexity. Each new cloud comes with a learning curve. Now, steps need to be taken to assure that data can flow from one environment to the other.

Another vexing challenge in complex environments is alert fatigue (also called alarm fatigue), where so many alerts come in that staff get used to them and stop being able to effectively respond. When a huge number of non-issues pollute the most urgent alerts, extracting the priorities is inefficient and mentally taxing. And the most critical alerts can be missed.

And, of course, there’s the mother of all IT complexity: the fast-evolving threat landscape.

Explore the QRadar Suite

DevSecOps to the rescue

With the attack surface expanding across hybrid cloud environments, inefficiency and over-complexity hammer security professionals. Time-consuming alert investigations and the constant switching between isolated and disparate interfaces, tools and sources of data slow SOCs down and force them to waste time tracking down non-events.

The best way to fight runaway complexity is with strategic planning, unification and integration of security into software from start to finish.

By unifying software development with security, the DevSecOps framework can bring radical new efficiency, time and cost savings and better cybersecurity.

DevSecOps bake security in from the start. Throughout the development cycle, code is audited, scanned and tested for security. Any security issues are fixed before further development happens.

Because security and development teams are working together throughout the development process, those teams can better work together later should a security issue arise. Patching vulnerabilities and compliance are all much quicker under a DevSecOps approach.

Automated testing speeds up the incorporation of new software dependencies by constantly making sure everything is patched at the right levels.

By working closely with security staff, developers inevitably learn about threats, compliance, risk assessment and security controls.

And DevSecOps is adaptive. By building in security and maintaining it throughout the software development process, arresting tool sprawl and unifying the interface across tools, every aspect of cybersecurity is much quicker and more efficient.

Getting started with DevSecOps

Needless to say, the transition to DevSecOps is a big one. And you’re going to need some major-league help with that. The IBM Security QRadar Suite (available as a service) uses automation, advanced AI and a single modern interface across all products — QRadar is built for speed. It achieves this by reducing the steps involved in finding, identifying and remedying threats through automating prioritization and workflows between products. And it comes with more than 900 pre-built integrations for interoperability with third-party toolsets.

Best of all, QRadar now offers a new hybrid-cloud log management capability called QRadar Log Insights.

Cloud-native log management like QRadar Log Insights enables very fast data capture, search and analysis. It can also run concurrent searches on multiple data sets into interactive dashboards for fast investigation. It’s like a digital window into all your data sources for fast threat detection, investigation and response.

How to think about DevSecOps

Any specific implementation of a DevSecOps framework is, of course, dependent entirely upon the specific circumstances — financial, business, industry, staffing, expertise and others — for each organization.

It starts with stakeholders, including the CTO, CISO, business leaders, department heads and others, defining goals and requirements for the transition.

DevSecOps doesn’t require any specific approach or implementation. It’s a broad concept for using the unity of development and security, plus automation, to achieve the goals of agility, cybersecurity and better compliance at a lower cost. Secondary goals include improving visibility, traceability and auditability.

The software development process must transition to one that builds in security at every stage of the software lifecycle. Another element is speed. Faster vulnerability patching. Faster discovery and remediation of threats.

This is not just an organizational or technological change. It’s also cultural. Expect to ramp up communication and training around DevSecOps.

In the ongoing war between cyberattacks and cybersecurity, the transition to DevSecOps represents a huge leap in the right direction. To fight the threats of tomorrow, your entire organization will need to get faster, more agile and more organized today.

More from Cloud Security

How I got started: Cloud security engineer

3 min read - In today’s increasingly cloud-focused business environment, cloud security engineers are pivotal in protecting an organization’s critical data and infrastructure. As experts in cloud security, they leverage their expertise to ensure that the ever-expanding amount of cloud data is safe from emerging threats and vulnerabilities. Cloud security professionals combine their passion for technology with a deep understanding of security principles to design and implement robust cloud security strategies. What experience do these security experts have, and what led them to the…

“Authorized” to break in: Adversaries use valid credentials to compromise cloud environments

4 min read - Overprivileged plaintext credentials left on display in 33% of X-Force adversary simulations Adversaries are constantly seeking to improve their productivity margins, but new data from IBM X-Force suggests they aren’t exclusively leaning on sophistication to do so. Simple yet reliable tactics that offer ease of use and often direct access to privileged environments are still heavily relied upon. Today X-Force released the 2023 Cloud Threat Landscape Report, detailing common trends and top threats observed against cloud environments over the past…

Lessons learned from the Microsoft Cloud breach

3 min read - In early July, the news broke that threat actors in China used a Microsoft security flaw to execute highly targeted and sophisticated espionage against dozens of entities. Victims included the U.S. Commerce Secretary, several U.S. State Department officials and other organizations not yet publicly named. Officials and researchers alike are concerned that Microsoft products were again used to pull off an intelligence coup, such as during the SolarWinds incident. In the wake of the breach, the Department of Homeland Security…

What you need to know about protecting your data across the hybrid cloud

6 min read - The adoption of hybrid cloud environments driving business operations has become an ever-increasing trend for organizations. The hybrid cloud combines the best of both worlds, offering the flexibility of public cloud services and the security of private on-premises infrastructure. We also see an explosion of SaaS platforms and applications, such as Salesforce or Slack, where users input data, send and download files and access data stored with cloud providers. However, with this fusion of cloud resources, the risk of data…