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Access the top 1% of LATAM tech talent within 2 weeks. Employ robust DevOps practices for improving the development cycle.
“Their engineers perform at very high standards. We've had a strong relationship for almost 7 years.”
From CI/CD pipelines and infrastructure automation to DevSecOps and configuration management, we help teams ship faster with greater reliability.
Improve code quality, speed up time to market, and boost collaboration. A cornerstone of DevOps practices, CI/CD pipelines boost efficiency and reliability.
We employ tools like Jenkins, Spinnaker, and Ansible to solidify a pipeline for delivering software quickly and reliably.
Manage your software and infrastructure effectively. In DevOps, infrastructure management is key to operational efficiency.
Balancing automation and manual techniques, we optimize, monitor, and configure technology resources and processes. Our toolkit includes Terraform, Nagios for network management, Docker for containerization and orchestration, Prometheus for monitoring and logging, and more.
Automate traditional IT practices, improving efficiency, consistency, and scalability and reducing human error. Code-based infrastructure involves using high-level, descriptive coding instead of manual setup, configuration, and management of resources and infrastructure.
Using tools like Terraform, Ansible, and Chef we apply IaC practices to cloud environments, microservices, and more.
Automated testing reduces the chances of human error and allows you to evaluate your software faster. In DevOps, it enables faster feedback, early bug detection, and rapid, reliable software release cycles.
We validate the functionality, security, performance, and other aspects of your application using tools like Selenium, JUnit/TestNG, Jest/Mocha, and Cucumber.
Manage risks proactively. Enhance security. DevSecOps embeds security throughout the software development lifecycle, making it a shared responsibility.
Leveraging automated security testing, infrastructure as code security, compliance monitoring, threat modeling, and more, we ensure that DevOps solutions are safeguarded against threats.
Maintain performance and functionality consistency throughout software development processes. Configuration management ensures that your processes and operations are repeatable.
We standardize resource configurations, automate manual processes, and confirm the stability and security of your infrastructure. Tools like Ansible, Puppet, and Chef help us manage configurations.
There are numerous benefits to DevOps implementation. Examples include:
Faster development lifecycles — Streamlines processes.
Improved collaboration — Breaks down silos between development and operations teams.
Better communication — Leads to faster problem resolution.
Great efficiency — Automates repetitive tasks.
Enhanced security — Establishes shared responsibility, automated compliance policies, and configuration management methods.
Predictability and reliability — Ensures predictable releases thanks to frequent and smaller updates.
Customer satisfaction — Makes use of continuous improvements and user feedback for reliable experiences.
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
Automation, infrastructure, security, and cross-team collaboration form the foundation of mature DevOps programs. These practices help teams ship faster while maintaining reliability and compliance.
CI/CD and automation shorten feedback loops and keep releases predictable at scale.
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Implementing CI/CD involves establishing a systematic, automated process for integrating, testing, and deploying changes. These practices are the foundation of DevOps and help streamline development and delivery.
02
Automating processes allows teams to achieve faster, more efficient, and more reliable software development. Automation also leads to faster feedback loops, allowing teams to improve quality by detecting problems earlier on.
03
Regular performance optimization aligns with continuous improvement and agile development principles. It means continuously monitoring, analyzing, and improving the performance of the software application.
Modern architectures rely on IaC, containers, and cloud-native patterns for elasticity and consistency.
01
IaC involves managing and provisioning your IT infrastructure through machine-readable definition files. This brings automation and consistency to infrastructure deployment and management.
02
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.
03
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.
04
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.
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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.
DevSecOps and resilience planning protect production systems before and after incidents occur.
01
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.
02
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.
Culture, observability, and version control keep teams aligned as systems evolve.
01
DevOps depends on communication among departments and teams, including development, operations, and others.
02
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.
03
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.
04
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.
05
Staying abreast of the latest trends in DevOps, such as maturation as a digital transformation enabler and increased focus on reducing waste, is important for keeping the software updated.
We hire only the top 1% of tech talent. Our DevOps engineers and other professionals are thoroughly vetted and stay up to date with best practices and trends in the field.
We employ robust security measures, such as data encryption and code analysis and reviews, to ensure your information and software are safe. Our DevOps engineers implement DevSecOps processes, including automated compliance checks, dependency scanning, and automated testing. We also have strict NDAs in place to protect your business.
Through DevOps and agile approaches, we develop custom solutions to meet diverse needs. From web apps and mobile apps to sophisticated systems and migrations, we deliver tailored software for businesses across numerous industry sectors.
How we work
During our first discussion, we'll delve into your business goals, budget, and timeline. This stage helps us gauge whether you'll need a dedicated software development team or one of our other engagement models (staff augmentation or end-to-end software outsourcing).
We'll formulate a detailed strategy that outlines our approach to DevOps development, aligned with your specific needs and chosen engagement model. Get a team of top 1% specialists working for you.
With the strategy in place and the team assembled, we'll commence work. As we navigate through the development phase, we commit to regularly updating you on the progress, keeping a close eye on vital metrics to ensure transparency and alignment with your goals.
Strengthen your delivery roadmap by pairing DevOps with adjacent services, industry expertise, and technology capabilities.
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