Blog

This blog provides an in-depth look at the key components of AWS EKS pricing, including the control plane, worker nodes, data transfer, and storage costs. It breaks down how each element contributes to overall expenses and explores cost-effective strategies tailored for EKS environments. You’ll find insights on using various pricing models, including EC2, Fargate, and Outposts, and practical tips on leveraging Reserved and Spot Instances for savings. Additionally, the article discusses how businesses can adopt manual, automated, and autonomous approaches to cost management, with a special focus on optimizing resource allocation, auto-scaling, and workload management. Learn how intelligent, real-time solutions can help you streamline EKS operations and reduce costs without sacrificing performance.

Explore the Cloud Optimization Autonomy Spectrum and its six levels, from manual operations to full AI-driven autonomy. Learn how each stage of cloud optimization can reduce costs, improve performance, and minimize manual effort on the path to autonomous cloud management

At autocon we held a panel to generate in-depth insights on the business case of AI, tackling some big questions about autonomy and AI: How are big organizations using autonomy? To what extent is autonomy helpful? How willing are companies to adopt autonomy? How does the staff react to automation?How to go about the cost of using automations?

Explore the critical role of error budgets in Site Reliability Engineering (SRE), detailing their definition, key components, and stakeholder involvement. It discusses various management approaches, the importance of maintenance windows, and how Sedai enhances error budget management through AI automation. Emphasizing continuous review reinforces balancing reliability and innovation for business success.

In today's digital landscape, service reliability is essential for building customer trust and ensuring smooth operations. This blog explores the critical components of service reliability, including availability, durability, and dependability, while providing actionable strategies for businesses to enhance their systems. We discuss the importance of running reliability tests, conducting post-incident analyses, and effective incident response processes. With tools like Sedai, organizations can streamline their efforts, ensuring they meet and exceed customer expectations. Discover how investing in service reliability can drive long-term success and satisfaction for your business.

Uncover key strategies for optimizing Kubernetes costs across Amazon EKS, Azure AKS, and Google GKE. This article provides an in-depth comparison of pricing models, hidden expenses, and operational overheads. Learn how to calculate total Kubernetes costs and make informed decisions based on workload size and cloud provider. Additionally, discover best practices for optimizing multi-cloud and hybrid cloud strategies to achieve cost-efficiency in managing Kubernetes clusters.

Explore the significance of Service Level Objectives (SLOs) in enhancing service reliability and user satisfaction. It details methodologies for setting effective SLOs, the importance of error budgets, and best practices. It also highlights how Sedai’s AI-driven platform optimizes SLO management, empowering teams to focus on innovation while ensuring continuous service stability.

Understanding system availability is crucial for maintaining uptime in today's digital infrastructure. This article explores vital availability metrics, common causes of downtime, and how AI-driven platforms like Sedai can proactively enhance availability, reduce Failed Customer Interactions (FCIs), and optimize system performance for better efficiency.

This blog highlights the top tools for Amazon ECS cost optimization, focusing on AI-driven platforms like Sedai and CloudHealth. It covers features such as task rightsizing, auto-scaling, and instance optimization, helping businesses reduce cloud costs and enhance ECS performance.

Discover essential strategies for maximizing cloud efficiency while minimizing costs. This article delves into optimizing cloud resources, managing cloud infrastructure effectively, and avoiding common pitfalls like over-provisioning and underutilization. Explore the financial, performance, and environmental impacts of cloud inefficiency, and uncover best practices for rightsizing, automated resource scaling, and sustainable operations. Learn how to leverage advanced tools to drive efficiency across AWS, Azure, and Google Cloud platforms.

Explore data-driven cloud infrastructure decisions with insights from Siddharth Ram. Learn about usage-based vs. time-based pricing models and optimize your cloud costs effectively.

Explore 18 essential FinOps platforms and tools for 2024, designed to optimize cloud costs, improve financial management, and drive efficiency in cloud operations. Find the best solutions to enhance your FinOps strategy and maximize cloud investments.

Learn how to optimize Kubernetes capacity with resource management, autoscaling, and cost control strategies. Explore tools like Sedai, Keda, and Karpenter for efficient Kubernetes environments.

Discover the top Kubernetes cost management tools for 2024 to optimize resources, performance, and cloud spending.