DEVOPS ENGINEERING SERVICES FOR AGILE INFRASTRUCTURE
Accelerate releases. Enable cross-team synergy.
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DevOps Development Services We Provide
Continuous Integration and Continuous Delivery
Automate build, test, and release cycles with robust CI/CD pipelines that boost quality and speed time to market.
Infrastructure Management
Optimize infrastructure with containerization, monitoring, and scalable cloud resources managed via Terraform, Docker, and Prometheus.
Infrastructure as Code (IaC)
Eliminate manual errors with declarative IaC frameworks. Scale infrastructure reliably using tools like Ansible, Terraform, and Chef.
Automated Testing
Ensure rapid feedback with test automation across functional, performance, and security layers using Selenium, Jest, Cucumber, and more.
Security Management (DevSecOps)
Embed security into every phase of the SDLC with continuous compliance checks, threat modeling, and automated risk management.
Configuration Management
Achieve consistency across environments by standardizing and automating configurations with Puppet, Chef, and Ansible.
Key Things to Know About DevOps
There are numerous benefits to DevOps implementation. Examples include:
- Faster development lifecycles: Shorten delivery cycles with automated pipelines and agile feedback loops.
- Improved collaboration: Unite dev and ops teams with aligned workflows and shared goals.
- Better communication: Enable faster resolution with real-time insights and transparent communication tools.
- Great efficiency: Automate repetitive tasks to improve output and reduce downtime.
- Enhanced security: Integrate security early using DevSecOps best practices and continuous compliance.
- Predictability and reliability: Achieve stable releases with consistent testing, monitoring, and deployment routines.
- Customer satisfaction: Deliver faster, more reliable updates that enhance product quality and user trust.
There are numerous benefits to DevOps implementation. Examples include:
- Faster development lifecycles: Shorten delivery cycles with automated pipelines and agile feedback loops.
- Improved collaboration: Unite dev and ops teams with aligned workflows and shared goals.
- Better communication:Enable faster resolution with real-time insights and transparent communication tools.
- Great efficiency:Automate repetitive tasks to improve output and reduce downtime.
- Enhanced security: Integrate security early using DevSecOps best practices and continuous compliance.
- Predictability and reliability:Achieve stable releases with consistent testing, monitoring, and deployment routines.
- Customer satisfaction:Deliver faster, more reliable updates that enhance product quality and user trust.
Traditional development cycles and DevOps differ in terms of culture, processes, tools, and outcomes. DevOps is a more dynamic and collaborative approach for accelerating development, improving software quality, and responding to market changes.
Differences include:
- Collaboration: DevOps emphasizes collaboration between development, operations, and other teams, leading to faster feedback and fewer departmental silos. In traditional development, teams have limited interaction.
- Speed: DevOps prioritizes speed and efficiency through the automation of processes like testing, integration, and deployment. Traditional development focuses more on longer, manual processes.
- Feedback and Improvement: While feedback is gathered at the end of a traditional development cycle, DevOps includes a continuous feedback loop. This leads to faster iteration and improvement.
- Approach to Software Releases: DevOps focuses on frequent, incremental releases. Traditional development relies on fewer, larger releases, which means feedback occurs less quickly.
- Quality Assurance: QA is integral to the DevOps development process, with testing and monitoring occurring throughout. In traditional cycles, QA happens after development, and defects may already interfere with the software’s functionality and performance.
- Culture: DevOps fosters a culture of collaboration, continuous learning, and adaptability. Traditional software development is generally characterized by a siloed, segmented approach.
- Risk Management: In DevOps, frequent release cycles and continuous testing reduce risks because problems are identified and resolved in small increments. This contrasts the infrequent release cycles with larger updates, where problems can have a greater impact.
- Tools and Technologies: Tools in traditional environments tend to be less integrated. There is also less emphasis on automation. DevOps involves tools for version control, CI/CD, monitoring, and collaboration.
We use many DevOps tools to automate processes, improve collaboration, and enhance the overall development cycle. They include:
CI/CD
- Jenkins
- GitLab CI/CD
- CircleCI
- Travis CI
- Bamboo
Configuration Management
- Ansible
- Puppet
- Chef
Infrastructure as Code (IaC)
- Terraform
- AWS CloudFormation
Containerization and Orchestration
- Docker
- Kubernetes
- Docker Swarm
Monitoring and Logging
- Prometheus
- Grafana.
- Elastic Stack (ELK Stack)
Cloud Platforms
- AWS (Amazon Web Services)
- Microsoft Azure
- Google Cloud Platform (GCP)
Collaboration and Issue Tracking
- Slack
- Jira
Security and Compliance
- SonarQube
- Nessus
Artifact Repositories
- JFrog Artifactory
- Nexus Repository
IaC offers benefits such as:
- Increased development speed and efficiency
- Scalability and flexibility
- Greater reliability, consistency, and stability
- Improved security
- Cost-effectiveness
- Collaboration
- Better disaster recovery measures
Best Practices for DevOps
Implement CI/CD
CI/CD pipelines are the engine of DevOps. Automate integration and deployment to increase release velocity and reliability.
Automate the Development and Testing Processes
Reduce cycle times by automating code integration, testing, and reporting using modern toolchains.
Perform Regular Performance Optimization
Continuously monitor and refine systems for uptime, speed, and scalability across environments.
Automation and Process Optimization
Infrastructure and Architecture Management
Utilize Infrastructure as Code (IaC)
IaC involves managing an provisioning your IT infrastructure through machine-readable definition files. This brings automation and consistency to infrastructure deployment and management.
Adopt a Microservices Architecture
This involves transitioning from a traditional, monolithic application design to a more modular approach, in which the app is comprised of smaller, independent services. The approach aligns with automation, continuous delivery, and scalability.
Leverage Containerization and Orchestration Tools
These tools bring many benefits to DevOps development cycles, such as enhanced portability and consistency, improved scalability and efficiency, better resource utilization, and efficient configuration management.
Manage Cloud Infrastructure Efficiently
Managing cloud infrastructure efficiently involves strategic planning, automation, best practices, and continuous monitoring. Key concepts and practices include IaC, cost optimization, monitoring, performance management, scalability, elasticity, security, backup, continuous optimization, and more.
Focus on Scalability and Load Balancing
Design and manage systems so that they can efficiently accommodate different levels of demand without compromising on performance or availability. This is important because services must be reliable and responsive in different types of scenarios.
Security and Recovery
Integrate Security Practices Early
DevSecOps involves implementing security measures throughout the software development lifecycle. These include code analysis and review, automated compliance checks, secrets management, dependency scanning, integrations of security testing in CI/CD, continuous monitoring, centralized logging, and more.
Establish Disaster Recovery and Backup Strategies
Disaster recovery and backup plans involve planning and implementing procedures to ensure that you can restore your data and system if failures occur. Put strategies in place like performing risk assessments, defining recovery objectives, conducting testing, and monitoring your systems.
Collaboration and Continuous Improvement
Ensure Regular and Effective Communication Across Teams
DevOps depends on communication among departments and teams, including development, operations, and others.
Emphasize Collaboration and Shared Responsibility
Collaboration and shared responsibility are central to DevOps. Establishing a culture of open communication and cross-functional teams means everyone is responsible for software quality.
Monitor and Log System Performance Continuously
This is critical for tracking system behavior and performance. Practices include real-time observation, alerting and notifications, proactive issue identification, system record-keeping, error logging, performance analysis, and custom reporting.
Maintain a Version Control System Effectively
Version control systems like Git allow you to track changes and collaborate more effectively with team members. Through VCS, you can see and revert to previous versions of your code.
Stay Updated with the Latest DevOps Trends and Tools
Staying abreast of the latest trends in DevOps, such as maturation as a digital transformation enabler and and increased focus on reducing waste, is important for keeping the software updated.
100s of companies worldwide trust us for their DevOps services.
Why Choose Ettla for DevOps Development
Top 1% of Tech Talent
Our rigorously vetted DevOps engineers bring advanced skills in cloud, automation, and infrastructure optimization.
Robust Security Measures
We prioritize secure delivery pipelines with code analysis, encryption, dependency scanning, and DevSecOps implementation.
Custom Solutions
Whether for migration, modernization, or scaling systems — our DevOps experts build tailored backend and infrastructure solutions that fit your business.
Our process. Simple, seamless, streamlined.
step 1
Initiate discovery
We assess your infrastructure goals, current challenges, and delivery timelines to define an engagement model.
step 2
Develop a strategy and build your team
Based on your needs, we create a deployment strategy and assign your DevOps team from our top-tier talent pool.
step 3
Get started
From CI/CD setup to monitoring and automation — we execute in sprints, track KPIs, and provide transparent updates.
Frequently Asked Questions
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