As an organization expands, free-flowing communication becomes even more essential. This is especially true for operations and development teams. Communication is critical in the proactive avoidance of obsolete and unproductive siloing that is more common than one would think about DevOps implementation in their business.
DevOps is slowly transitioning from a methodology to an enterprise culture that bridges the gap between Dev and Ops. This approach creates a sense of shared responsibility that brings everyone on the same page and proves a potent recipe for success.
Where Does the DevOps Approach Come in Handy
The answer to this common question is a single word- automation. DevOps implementation facilitates automation which in turn reduces manual labor and employee workloads while minimizing errors. With automation, workloads are now segregated into smaller, easier to understand and commit to, easy to review and vet with a realistic view of timelines. These smaller batches mean that aspects of risk and variance are reduced, resulting in ease of deployment, troubleshooting, and recovery.
DevOps capabilities
The implementation of DevOps empowers an enterprise with a diverse set of capabilities that range from quick and data-driven pivoting to streamlining development initiatives to acquire optimal value.
- The famed CI/CD pipelines that DevOps implements facilitate easy location and removal of bugs through incremental development.
- Similar to lean development, through the adoption of agile practices and automation, enterprise app development initiatives can acquire near-single-flow feature development that results in rapid and enhanced value to customers in the form of intuitive and high utility feature inclusions.
- DevOps is widely regarded as a means to eliminate chaos and confusion between an enterprise’s dev and ops teams by facilitating a smooth flow of communication. With the DevOps model in place, dev teams can build new features and solidify the source code further. In contrast, ops teams can focus on maintaining and enhancing system reliability for customer-facing assets.
How to Achieve DevOps at Scale
A DevOps implementation plan is essentially a cultural shift that flows from top to bottom. As leadership teams embrace the DevOps methodology, with the CIO leading the brigade, aligned process changes should be implemented across the hierarchical level.
Building a DevOps mindset among employees that accepts omnidirectional communication and collaboration is essential. Here are seven steps to achieve DevOps implementation at scale.
1. Train Your People
It is essential for an enterprise that desires DevOps implementation at scale to train its people and build acceptance. Everyone needs to understand what DevOps is, what it brings to the table, and how it can benefit and improve the efficacy and productivity of their efforts.
DevOps training helps in knowledge acquisition and builds a culture of collaboration and communication critical to successful DevOps implementation.
2. Build an Air-Tight DevOps Plan
Development best practices like enhanced automation of repetitive tasks, reduction of manual intervention, seamless testing, and integration administrations facilitate better software development. They also happen to be key drivers of DevOps implementation.
By clearly defining business goals, with a robust DevOps strategy on hand, enterprises can effectively track changes, implement updates, streamline teams and processes and build awareness of duties and responsibilities shared across departments. Deploying IaC (Infrastructure as Code), your DevOps plan should include integration, test automation, and smooth release and deployment processes.
3. Define Processes and Policies
Aligned processes and policies of an enterprise are critical to successful DevOps implementation at scale. Security is one of the primary action areas of DevOps, second to seamless and continuous delivery. For every company that has opted for DevOps implementation, having robust security policies is crucial.
A clear definition of process flows and existing policies should be communicated across departments so that development and operational efforts work together towards a common goal.
The DevOps model assures information security, streamlines ops and dev practices as well as sysops administration in multi-user environments
4. Application Containerization
The IaC approach is usually taken regarding Containers that are utilized for application deployment across environments. A leading name in application containerization, Docker, provides the best container technology toolset.
With image management tech like Amazon ECR, it is now easy for developers to perform IT Ops tasks in a collaborative environment. With application containerization, departments can now share software while enhancing overall productivity (In terms of software delivery). The prime agenda of application containerization is to build applications that run everywhere at any given time.
5. Deploy a Microservices Architecture
Deploying a Microservices architecture to your legacy applications is also a potent facilitator of DevOps implementation. Creating a Microservices architecture is the process of decoupling the thousands of lines of code in your enterprise’s legacy applications into multiple smaller yet autonomous elements.
A Microservices architecture offers the enterprise freedom to experiment and innovate while maintaining agility as it grows. With a Microservices approach, engineering teams can focus their efforts on crafting features that build competitive advantages using DevOps services.
6. Define the Toolchain
With the implementation of DevOps, a highly valued methodology, organizations feel great pride. However, the DevOps implementation process can prove difficult if viewed through a cynical lens. One significant byte that the enterprise must keep in mind is that DevOps is inherently fragmented.
Over the years, numerous firms have found DevOps implementation an uphill task while facing failures during the alignment of their custom scripts and logic to DevOps assets. Ranging from CI to source control and management and CD, defining the DevOps toolchain allows enterprises to proceed incrementally towards DevOps automation.
7. Continuous Monitoring and Feedback
Upon deploying the application and making it available to the end-user, monitoring surfaces as the next step. Continuous monitoring enables the team to locate errors, misconfigurations, and even crash situations like outages. It is essential to monitor application health, and logs should be easily available for perusal and analysis.
Continuous monitoring offers valuable insights in the form of feedback that offers development and ops teams a clear comprehension of what is done and what is required. Monitoring is also imperative to issue detection and resolution.
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Wrapping Up
In addition to smooth collaboration, enhanced levels of quantity and quality of communication increased productivity, and iterative feedback loops, a DevOps development company also offers software delivery without compromising quality, deadlines, and budgets.
DevOps is continuous and helps people fail early and build better. This improves team confidence as well as enhances value for the client. DevOps implementation may seem like a massive task. Still, with a little bit of preparation and strategizing mixed in with aligned DevOps consulting and services, it can prove to be one of the major factors that facilitate business success.
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