Category: AWS DevOps

Master the art of monitoring and observability. This comprehensive guide will walk you through the essentials, from understanding the basics to leveraging advanced tools and metrics for a proactive DevOps strategy.

Confused about the buzz around cloud native DevOps? Unlock the secrets to boosting business agility and system resilience.

• Demystify the paradigm shift towards Infrastructure as Code and serverless computing
• Gain actionable insights into navigating the complexities of cloud native DevOps
• Learn best practices for security in a cloud environment
• Equip your organization for long-term success in the cloud

In the world of software development and operations, Continuous Integration and Continuous Delivery (CI/CD) are more than mere buzzwords. They represent a transformative approach that accelerates software releases while ensuring quality and reliability.

Looking back, the software industry used to rely heavily on long development cycles. CI/CD evolved as a response to the need for more frequent and reliable software releases in an agile environment.

In this article we outlined top 10 monitoring and optimization tools for applications hosted on AWS.

Depending on your business needs there are tools that:
• monitor apps, hardware and databases and send alerts in case of issues
• analyze app’s performance on code- and service-levels in real time
• control latency, storage space, network traffic, CPU usage and memory usage
• detect fraud and increase the level of application’s protection

These tools will help you have the full visibility of your app’s performance as well as help you make sure your app is up and running 24/7.

Application and software market is continuously growing and changing. Organizations compete to achieve higher velocity at delivering software to their customers. However, it’s not only about speed: clients need a high-quality product. In the chase for a perfect software delivery model, the development community has come up with DevOps testing. What is DevOps Testing? DevOps […]

In the era of digital transformation, where innovation is the name of the game, the marriage of DevOps practices and cloud development is a strategic alliance poised to reshape the way businesses approach application delivery. Here’s what you can expect to glean from our exploration of merging DevOps and cloud development:

• Streamlined Development: Discover how this integration simplifies and accelerates the development process, allowing for faster time-to-market.
• Improved Collaboration: Learn how DevOps and cloud development foster collaboration among development, operations, and testing teams, breaking down silos.
• Scalability Unleashed: Explore how the cloud empowers your applications to scale dynamically, meeting changing demands seamlessly.
• Cost Efficiency: Uncover strategies for optimizing costs by eliminating the need for in-house data centers and reducing IT personnel expenses.
• Enhanced Security: Dive into the security benefits of cloud development and best practices for safeguarding your applications and data.
• Global Reach: Understand how cloud services enable global availability, ensuring your applications are accessible to users worldwide.

In this article, we guide you through the fusion of DevOps and cloud development, providing invaluable insights and strategies for achieving development excellence in the digital age.

Switching from in-house hardware to cloud solutions can lead to significant cost reduction. However, it’s easy to overspend without proper AWS cost optimisation. Unnoticed expenses, such as unused instances, obsolete snapshots, and unattached volumes, can inflate your AWS bill. Cost optimisation not only saves money but also makes your infrastructure leaner and more efficient, improving performance and user experience. It also encourages proactive infrastructure management, leading to more informed decision-making. This post explores 12 AWS cost reduction strategies, including using Reserved Instances, Compute Savings Plans, Amazon EC2 Spot Instances, and AWS Auto Scaling. It also discusses the importance of terminating unused assets, using AWS monitoring tools, and regularly assessing and analyzing your cloud environment.

Everything fails from time to time, even the most reliable systems. That is why in order to secure business continuity, data protection and fast server recovery, one should have a Disaster Recovery Plan in place.

Tips on how to develop an AWS Disaster Recovery Plan:
• Make a business impact analysis
• Specify the RTO & the RPO
• Place your company within the AWS spectrum
• Hire a professional team
• Test the plan