DevOps is frequently used in businesses that are "digitally native," but it has been gaining favor in businesses for decades. Even recently, it has seen a rise in the number of heavily regulated businesses seeking to increase productivity and innovation. However, implementing DevOps continues to be very variable and inconsistent. What will the state of DevOps look like in 2022? and which methods are successful businesses using to further their DevOps implementation efforts? If you are new and want to explore and get into the world of DevOps, you can start with DevOps Training Courses online.
The Accelerate State of DevOps Reportsummary is the culmination of six years of DevOps research and assessment from over 31,000 experts globally. The largest and longest-running study of its kind offers an unbiased perspective on the methods and skills that support high performance. The findings help us comprehend the procedures that result in excellent technology delivery and significant commercial outcomes.
Most studies focus on the effects of digital transformation and a surge in hybrid working when discussing the state of DevOps in 2022. Businesses are attempting to manage growing software complexity, managing these DevOps trends through various best practices and satisfying customer-driven market expectations. Most of it boils down to developing better ways to oversee technology and people for beginning to mid-evolution enterprises. Let us look more closely at the state of the DevOps report.
Securing the software supply chain
A 2021 study on software supply chain security has been broadened to look at the technical practices that improve software supply chain security and the non-technical practices that influence an organization's ability to excel at securing its software supply chains. The research focused on two frameworks: Supply Chain Levels for Software Artifacts and the National Institute of Standards and Technology Secure Software Development Framework (SSDF).
The study's authors zeroed in on four important software delivery criteria that had a constructive effect on business outcomes and employee satisfaction. It has been demonstrated that when businesses prioritize and enhance certain indicators, they reap the following benefits:
- Profit margins and market share that is higher than those of competitors
- Productivity increases
- Reduced rates of burnout, increased employee satisfaction, and enhanced Net Promoter Score
These are the four most important KPIs for software delivery:
- Delivery Lead Time-The amount of time it takes for code to be pushed to a repository and then successfully run in production.
- Deployment Frequency-The rate at which a team puts stable code into production.
- Time to Restore Service- The typical repair time for a service interruption.
- Change Fail Rate- What is the frequency of deployment errors that need quick attention?
Organizational effectiveness was enhanced when businesses invested in enhancing these four critical software delivery parameters, leading to greater throughput and product stability.
Why supply chain security matters?
The primary goal of every supply chain is to fulfill a customer's order quickly, affordably, and conveniently. Damage to operations, finances, and reputation can result from threats to or interruptions in the delivery of products or services, the security of information transferred, or the completion of associated transactions. Any link in the supply chain is vulnerable to hacking, ransomware, and other harmful actions, whether carried out by insiders or outsiders. A single, isolated security event with a single vendor or third-party supplier can nonetheless cause major problems in the "plan, manufacture, and deliver" phase of the process.
What do companies do today to avoid security vulnerabilities?
So, how can a business prevent software vulnerabilities when working with commercial software? According to experts, add a few of your own tools and safety measures.
At the absolute least, use a reliable vulnerability scanning, assessment, and management tool to identify any weaknesses and set priorities for their correction. The following should be among the features of a product:
- Dynamic discovery and inventory
- Asset visibility
- Security actions prioritization
- Broad attack vector coverage
- Real-time monitoring
- The ability to organize host assets
- A way to understand context and business risk
Platforms for cloud network application protection are yet another useful kind of utility (CNAPP). The use of CNAPPs prevents the creation of privileged accounts, the existence of malicious API calls, and the granting of special permission for downloads to mailboxes. These tools from manufacturers like Zscaler, Orca, Aqua Security, and Lacework effectively check software for flaws, improper permissions, and setup errors. Furthermore, CNAPPs can identify outdated libraries that might be exposed. According to Haber, one of the most promising cloud-based workload protection methods currently available is CNAPP.
What outcomes do good security practices lead to?
Every security outcome is greatly influenced by proactive tech updates, well-integrated tech, fast incident response, and prompt catastrophe recovery. To a lesser extent, other practices might correspond with one or two particular outcomes or with all of them.
While a proactive tech refresh strategy will (most notably) assist in achieving business objectives, complying with regulations, avoiding major incidents, and streamlining IR processes but a well-integrated IT and security tech stack is a practice that is most conducive to retaining security talent, creating a security culture, and operating cost-effectively.
How do you improve across a multitude of outcomes?
Cloud
Most companies have already adopted a cloud-centric architecture regarding cloud-based processes and applications in the previous several years. Considering the critical nature of the need for action and adaptation in the business, this shift has occurred considerably more rapidly than was planned.
However, a company's usage of cloud computing does not guarantee that it will be viewed as technologically forward. According to Puppet's 2021 State of DevOps research findings, most DevOps teams are adopting the cloud, but many are doing so incorrectly. Among companies roughly halfway through their evolution, 65% (Statista)are using the public cloud, but only 20% (Techjury)are making full use of it.
Increased cloud adoption may benefit from a thorough evaluation of available cloud options. According to the 2022 Accelerate State of DevOps research, when compared to single-cloud deployments, hybrid and multi-cloud projects were 160% more likely to meet business performance requirements.
SRE and DevOps
DevOps, as a concept, generally refers to a shift in mindset and a set of practices and technologies. Automation, new tools, and a shift in mindset are only part of what DevOps entails. A golden touch of architectural change must be applied to the subtle fusion of all three to get the desired effect. The field of Site Reliability Engineering (SRE) makes great strides by incorporating engineering theory and practice into business processes.
Teams that combine SRE with up-to-date operational best practices often see significant gains in operational effectiveness. Among the 2022 Accelerate State of DevOps Report respondents, SRE practices were used by 52%. The paper claims that SRE is the reliable engine behind DevOps's success.
Technical DevOps Capabilities
The name "DevOps" exemplifies the results of merging seemingly unrelated ideas into a single term. When you merge the ideas of development and operations, a new dynamic emerges that challenges conventional wisdom about IT and the developer's place in the workplace.
To get a firm grasp on the idea, it helps to outline the most crucial features of a DevOps setting. According to our findings, the top six are as follows:
- Collaboration
- Automation
- Continuous integration
- Continuous testing
- Continuous delivery
- Continuous monitoring
State of DevOps Report Surprises
While individual reports do a good job of explaining the results of the surveys conducted in that specific year, readers will benefit from seeing those results in the context of the full series of State of DevOps metrics Reports and related studies. This allows for modifying views in light of the evidence and comprehending developing or shifting tendencies. However, this year we encountered a few unexpected challenges. Countless factors might be at play here. What we found most unexpected and what we think it means is as follows:
- Using trunk-based development approaches has been shown to improve software delivery performance. Indeed, this trend has been seen every year since 2014, when the survey began. The possibilities of development dependent on the trunk were acting strangely this year. One reason is that software delivery performance was negatively affected by trunk capabilities.
- However, we also discovered that strong operational performance is necessary for the positive effects of software delivery performance on organizational performance to manifest, and many respondents did not report very high operational performance. This goes against the grain of our prior studies, in which a direct correlation between software delivery performance and organizational success was shown.
- The efficiency with which software was delivered was hampered by the standard procedure of documenting it. When compared to earlier reports, this is at odds with them. A common belief among high-functioning teams is that documentation is becoming an increasingly automated procedure. Until we get further information, it is difficult to say if this theory is correct.
List of State of DevOps Reports
The rise and fall in interest in a subject may be seen by closely examining search patterns. If you want to see a certain subject's popularity, your best bets are Google Trends and the Google Ads Keyword Planner. Even though "DevOps state of the art is Dead" is being proclaimed by some, the technique is more popular and widespread now than ever before. Historical data suggests that interest in DevOps and other similar terms will only increase in the years to come.
Google DORA’s Accelerate State of DevOps Report
Every year, the industry publishes many studies on the State of DevOps survey. The DORA/Google State of DevOps Report may be the most crucial. The September 2022 edition of Google's and DORA's report. More than 22 billion records have been exposed in the last several years due to the exponential rise in data breaches, both malicious and accidental (yep, your data is probably part of it).
The study used Secure NIST's Software Development Framework (SSDF) and the Supply-Chain Levels for Secure Artifacts (SLSA) framework to understand both the technical and business sides of software development in organizations.
Puppet’s State of DevOps Report
Since 2012, when Puppet conducted its inaugural State of DevOps poll, the company has published a yearly report on the industry's current development and operations. Among the most notable discoveries made in this year's State of DevOps study are:
- Teams with sophisticated DevOps procedures typically rely heavily on the automation of routine operations. Middle-of-the-road DevOps shops report far less automation.
- Cloud computing and automated processes are essential to the success of every business model. While these tools are essential for modern DevOps operations, the health of a team relies more on addressing issues such as defining and communicating the company's purpose and major clients and establishing productive working relationships among team members.
- The most insurmountable barriers to a more advanced DevOps evolution are the existing organizational structures and cultural roadblocks.
The DevOps Institute’s Upskilling IT Report
The DevOps Institute has been conducting an annual study on Enterprise DevOps Skills for a while now. More than 2,400 IT experts from 120 countries were questioned for this report's current version, Upskilling IT, which resulted in not one but four separate publications covering the worldwide picture as well as in-depth analyses of the Americas, Europe, and Asia-Pacific.
Five-seven percent of respondents said that knowledge of IT frameworks and processes is the most valuable expertise. DevOps and its related discipline, DevSecOps, are widely considered to be the most valuable framework skills of the present and the future.
Most importantly, it is essential that all employees, from entry-level workers to team leaders, keep developing their technical and leadership abilities throughout their careers.
Conclusion
Every decade has its popular software development approach. While they all make you feel better, history shows they are ineffective. Nevertheless, we continue to see evidence that DevOps adds value. For six years in a row, we have statistically validated key competencies and practices that aid firms in embracing DevOps Training and Placement courses that could help you enhance your software development and delivery. DevOps is not a fad; it will eventually become the norm for developing and running software, improving everyone's quality of life.
DevOps will endure. Although adopting technology like the cloud, containers, and automation can be essential for success, surveys of the DORA state of DevOps reveal that the following factors are most important for DevOps success:
- Destroying organizational silos
- Continuous process and skill/training improvement
- Positive, open-minded teams
Need to boost your DevOps knowledge? Enroll in our DevOps Foundation Training online and get the best of it.
