DevOps trends are gaining significant traction in modern businesses. Robust organizations are increasingly adopting DevOps methodologies to boost operational efficiency and achieve faster, higher-quality results. This shift aligns with the need for agility in today's software development. Modern applications often require diverse platforms and operating systems, and DevOps empowers companies to leverage technology for growth, not just follow rigid structures.
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DevOps was first developed by Patrick Dubois. Let us delve into the history of DevOps to comprehend how it brought about a digital transformation into one of the most renowned work structure designs globally:
- 2007: Patrick Dubois, facing challenges during a data center migration, identified a gap between development and operations. This sparked the idea to bridge this divide.
- 2008: At an Agile conference, Andrew Shafer explored "Agile Infrastructure" and connected with Dubois, leading to a discussion group for bridging the Dev/Ops gap.
- 2009: Paul Hammond and John Allspaw's presentation on Dev/Ops cooperation at Flickr inspired the creation of "DevOps Days" events. The term #DevOps emerged on Twitter.
- 2011: Cameron Haight of Gartner predicted a bright future for DevOps, leading to widespread adoption across companies of various sizes.
This timeline highlights the early frustrations that led to the creation of the DevOps movement and its rapid rise as a popular framework.
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Top DevOps Trends to Look Up in 2024
1. DevSecOps
With security being one of the most significant concerns in the digital age, enterprises have integrated the DevSecOps lifecycle to enhance it further. It has been used for streamlining governance and observability as well.
The main idea that DevSecOps stands for is the shift-left approach that security should follow instead of it being an afterthought. As per the latest DevSecOps trends, around 40% of Enterprises conduct the DAST test, 50% conduct the SAST test, and the rest scans dependencies and containers.
One very stark example that we can consider is Pokemon Go. Although Pokemon Go is one of the major game-changing phenomena in the gaming industry, it began to show some liability problems upon its initial launch. With over 800 million downloads by minor users all over the world, they were responsible for the protection of their privacy as per the GDPR rules. However, there was a twist in the tale. Pokemon go partnered with Niantic for its development, with whom it shared responsibilities regarding security compliance and development. Therefore, although a percentage of childcare security compliance, as well as the backend operations, went to Pokemon go, the application as a whole was governed by Niantic.
With the significant amount of shared responsibility and third-party data, instilling collaboration and security culture became a predominant practice. This led to the company adopting DevSecOps integrated automation when it came to security checks instead of manual monitoring of application privacy from the very first stage. This is how the cultural paradigm of Pokemon go helped protect the privacy of billions of children.
2. Serverless Computing
Serverless computing is a way to develop and run services and applications without taking servers into consideration. These applications do not need the managing of servers because they are built that way from the very developmental stage of the app. Over the years, it has come to be a widely used innovative approach to software deployment.
Impact on the industry with stats, demand, etc.:
- A report by Gartner predicts that by 2025, serverless computing will account for 20% of all cloud workloads.
- The market for serverless computing is expected to reach $21.4 billion by 2025.
- The demand for serverless skills is growing rapidly, and qualified professionals are being scarce.
Autodesk leverages serverless computing (AWS Lambda) to streamline account creation, reducing processing time from weeks to minutes. This exemplifies a DevOps trend of adopting new technologies for faster development and deployment.
3. Microservice Architecture
Microservices architecture is a hot trend in DevOps, breaking down large applications into smaller, more manageable components. This simplifies development, testing, deployment, and frequent software delivery. It also aligns well with DevOps principles, improving overall product quality.
For example, Coca-Cola adopted microservices to manage their massive product portfolio. This shift from a legacy system to independent, reusable modules boosted agility and deployment speed. Microservices reduced network traffic and allowed Coca-Cola to scale up quickly.
4. AIOps
MLOps and AIOps are two of the most renowned trending DevOps tools. They have been estimated to become a 40.91 billion dollar entity by the year 2026. Essential to optimize the DevOps operations to reap the benefits of high quality and quick release where MLOps and AIOps are important role-players. AIOps help automates IT processes and operations, whereas MLOps strengthens the development system of machine learning. Therefore, with AIOps, it is easy to identify the main cause of the problems that hamper operational productivity, and with MLOps, it is easy to optimize operations and enhance productivity.
This is one of the most widely used DevOps future trends, which has also been integrated into a platform named DRYiCE IntelliOps, developed by HCL. As a solution that addresses the full stack AIOps of the Enterprise as well as its observability requirements, it specializes in transforming the customers of HCL from reactive to proactive. They carried this out with the help of incident management and also by providing more visibility into the infrastructure. Moogsoft has supported this translation of customers into Agile business practitioners without HCL incurring additional costs of operations. This helped in the reduction of help desk tickets by 62%, MTTR by 33%, and also streamlined hassle-free cloud migration.
5. Low Code Applications
Many robust enterprises have adopted a low-code DevOps approach which has been quite beneficial for teams. The low-code approach enables agility that provides every organization with a huge competitive edge in the demanding and fast-paced software market. Low-code platforms help companies and enterprises build applications without any export coding knowledge.
This helps non-technical professionals to also have a hand in developing software via a visual interface that entirely manages the app development process. It helps users develop their logic and workflow just by dragging and dropping elements. This is one of the renowned DevOps future trends that has helped speed up the process of development and deployment just by creating simplistic and user-friendly applications.
Impact on the industry with stats, demand, etc.:
- A study by Gartner predicts that by 2025, 70% of new applications will be developed using low-code/no-code platforms.
- The market for low-code/no-code platforms is expected to reach $65 billion by 2027.
- The demand for low-code/no-code skills is growing rapidly, and there is a shortage of qualified professionals.
6. GitOpsVNClagoon
GitOps happens to be one of the best DevOps new trends that have been added to the DevOps workflow. It helps control, monitor, and automate infrastructure. Based on the Kubernetes paradigm, it has given IT operation managers and developers the ability to utilize Git for collecting and deploying several applications. GitOps takes all of the best DevOps practices, such as collaboration, version control Al, compliance, and CI/CD, into consideration and applies them to the infrastructure of automation. It additionally emphasizes increasing releases as well as consistent delivery to create, test, and deploy software fastly and with maximum efficiency.
One great example is the finance form called Mettle, powered by NatWest. It seeks to offer customers of small businesses applications that streamline payments by speeding them up and effectively managing their finances. Therefore, ensuring that every service is consistently running 24/7 is imperative in their business infrastructure. In one instance, the engineering team of Mettle was challenged to find a solution where they could deploy the newest features at the fastest pace without compromising on the CI/CD pipeline security as well as reliability. To enable this, Mettle had to partner with Weaveworks to adopt the GITOps approach. It helped Mettle to develop a self-service program that enabled engineers to focus more on delivering value via innovation without any help from the platform team assistance. This helped increase production by 50% and deployment by 25%.
7. Kubernetes
Kubernetes, often abbreviated as K8, is an extensible and portable open-source platform that helps in managing containerized services and workloads. It provides a continuous and autonomous container-based ecosystem for integration, allowing developers to scale up or down on the resources. This is one of the prime reasons why it has become one of the top DevOps trends in 2024. Newly, 48% of developers have turned to Kubernetes for container integration. On top of all, Kubernetes helps facilitate cross-functional action and make sure that there is minimum deployment downtime to align with the standard and the best DevOps practices.
A great example of this is Nordstrom Inc., an American luxury departmental store that is headquartered in Seattle. As in the e-commerce industry, agility, speed, and a phenomenal customer experience were vital to that company's principles. Therefore they began using Kubernetes to incorporate a complete DevOps transformation, the deployment of pipelines, as well as the implementation of consistent integration. This helped them considerably reduce the time required for deployment from 3 months to a matter of 30 minutes, in addition to enhancing operational efficiency.
8. Cloud-native Application Development
Here is the Case study reference link.
Overview: Cloud-native applications are designed to be deployed and managed in the cloud. This approach offers several benefits, including scalability, agility, and resilience.
Impact on the DevOps industry trends with stats, demand, etc.:
- A report by Gartner predicts that by 2025, 95% of new digital workloads will be deployed on cloud-native platforms.
- The market for cloud-native development tools is expected to reach $10.6 billion by 2025.
- The demand for cloud-native skills is growing rapidly, and there is a shortage of qualified professionals.
9. Security as Code (SaC)CodeSigningStoreHere is the Case study reference link.
Overview: SaC is a practice of integrating security controls into the software development lifecycle (SDLC) using code. This allows for faster and more secure deployments.
Impact on the industry with stats, demand, etc.,:
- A study by Forrester found that 65% of organizations plan to implement SaC in the next two years.
- The market for SaC tools is expected to reach $1.5 billion by 2025.
- The demand for SaC skills is growing rapidly, and there is a shortage of qualified professionals.
10. Decentralized Applications (dApps)
Here is the case study reference link.
Overview: dApps are applications that run on a decentralized network, such as a blockchain. This makes them more secure and tamper-proof than traditional applications.
Impact on the industry with stats, demand, etc.:
- A report by Gartner predicts that by 2025, the market for dApps will reach $10 billion.
- The demand for App developers is growing rapidly, and there is a shortage of qualified professionals.
11. Continuous Security
Here is the case study reference link.
Overview: Continuous security is the practice of integrating security into every stage of the software development lifecycle (SDLC). This allows for identifying and remedying security vulnerabilities early and often, reducing the risk of security incidents.
Impact on the industry with stats, demand, etc.:
- A study by Forrester found that 60% of organizations plan to implement continuous security in the next two years.
- The market for continuous security tools is expected to reach $10.6 billion by 2025.
- The demand for continuous security skills is growing rapidly, and there is a shortage of qualified professionals.
DevOps Trends: Use cases
As discussed, the top ten DevOps industry trends in 2024 have a wide range of applications in a variety of industries. Here are five compelling use cases that demonstrate their significance:
Use Case 1: AI-powered Fraud Detection in Finance
Trend: AI/ML-powered automation
The challenge: Financial institutions are constantly fighting fraud, which necessitates effective and precise detection systems.
Solution: DevOps teams can automate anomaly detection and identify fraudulent transactions in real time by leveraging algorithms powered by AI and machine learning models, reducing financial losses and protecting customer data.
Benefits:
- Increased accuracy and speed in detecting fraud
- decreased manual labor and operational costs
- increased customer satisfaction and trust
Use Case 2: Cloud-based Patient Data Management in Healthcare Trend: Cloud-native application GitOps.
Challenge: Hospitals demand reliable and versatile platforms to manage sensitive patient data while adhering to legislative requirements.
Solution: Healthcare organizations can create secure, scalable patient data management systems on public or private clouds by leveraging cloud-native technologies and GitOps principles. This method provides:
- Increased scalability and accessibility: Remotely access patient data and seamlessly scale resources to meet demand.
- Security and compliance improvements: Take advantage of robust cloud security features while adhering to HIPAA regulations.
- Teamwork and data sharing have improved: Facilitate collaboration among medical professionals and safely transmit data.
Use Case 3: Personalized Customer Experiences in Retail
Trend: Low-code/no-code platforms
Challenge: Retail businesses must customize customer experiences and quickly adjust to changing market trends.
Solution: Using low-code/no-code platforms allows business users to create custom applications without extensive coding knowledge. This enables them to:
- Create personalized promotions and recommendations.
- Improve the logistics and delivery processes.
- Boost customer engagement and loyalty.
Benefits:
- increased responsiveness and agility to market changes
- The loyalty and satisfaction of customers have increased.
- Decreased development expenses and market time.
Importance of Staying Updated with DevOps Trends
Keeping up with the latest DevOps trends is essential to competitiveness in the modern world. Organizations that adopt these trends can:
- Boost responsiveness and agility by quickly adapting to shifting consumer demands and market conditions.
- Improve software quality by using automation and continuous testing to deliver secure, bug-free applications.
- Encourage cooperation: Encourage smooth cooperation between the operations and development teams.
- Cut down on time to market by delivering software more quickly and seizing opportunities as they arise.
- Reduced running expenses Boost resource efficiency and mechanize labor-intensive tasks.
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How Does the Future of DevOps Look Like?
As per the market trends, let us look at some of the predictions for how the future Looks for DevOps.
1. Adoption of Microservices and Containers
There are many software Enterprises that are incorporating microservices infrastructure to come up with enterprise solutions independently over several services. Containerization is also rising in popularity because it is designed to run processes one at a time with the least amount of deployment, making it the ideal deployment model.
2. Culture, the Top Prerequisite
Culture is an integral element in DevOps. As a key differentiator, both process and culture are the prime parts of becoming successful in one's DevOps journey. The culture encourages organizations to break free from rigid structures and integrates across every organizational area and group to work in tandem for achieving an optimum business outcome. Implementation of DevOps culture makes it easier for organizations to achieve success faster and enable a consistent learning environment that will bring forth positive results.
3. Notion of Shifting Left
The DevOps methodology encourages the notion of shifting left. Most DevOps tools and solutions are automated throughout to make traceability easier. Traditionally performed activities during the later stages of the development and deployment process are now resorting to shifting to the left of the pipeline. The main goal is to identify issues at an earlier stage along with enhancing performance as well as disaster recovery testing.
4. Downtime
There are many benefits when it comes to adopting the DevOps Framework in the workforce. For starters, it enables enterprises to enhance quality and cadence and even ensure uptime. Most robust IT organizations have been shifting to DevOps practices, and it has been proven that they can make deployments 200 times faster than ones who have not shifted to this framework. It has also enabled them to enjoy the benefits of faster recovery time.
5. Collaboration of Big Data and DevOps
DevOps and Big Data together have taken a step forward toward predictive analysis. This resulted in DevOps becoming one of the most reliable tools for automating processes as well as configuration.
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Conclusion
The framework of DevOps has seen a tremendous evolution in recent years. It has been estimated that it will continue to grow with more and more Enterprises adopting it into their workforce. With more and more DevOps trends cropping up to enhance operational efficiency, it is more likely to go beyond automation in the future. The rising DevOps trends are more focused on the continuous improvement of the framework to improve the results for users. That it is safe to assume that the DevOps transformation is a never-ending process.
With companies consistently inculcating the DevOps methodology in the system, having in-depth knowledge about it is a mandate. If you want to delve deeper into the principles of the DevOps framework, you can consider joining KnowledgeHut's DevOps Tools Certification course online.
