Source URL: https://blog.cloudflare.com/80-percent-lower-cloud-cost-how-baselime-moved-from-aws-to-cloudflare
Source: The Cloudflare Blog
Title: Moving Baselime from AWS to Cloudflare: simpler architecture, improved performance, over 80% lower cloud costs
Feedly Summary: Post-acquisition, we migrated Baselime from AWS to the Cloudflare Developer Platform and in the process, we improved query times, simplified data ingestion, and now handle far more events, all while cutting costs. Here’s how we built a modern, high-performing observability platform on Cloudflare’s network.
AI Summary and Description: Yes
Summary: The text describes Baselime’s transition from AWS to Cloudflare, resulting in over 80% cost savings and major improvements in architecture complexity, latency, scalability, and reliability. The migration showcased Cloudflare’s capabilities, emphasizing the use of Workers, Durable Objects, and other innovative services to achieve a fully serverless and globally distributed platform.
Detailed Description:
The provided text details the journey of Baselime as it migrated its infrastructure from Amazon Web Services (AWS) to Cloudflare. This transition was motivated by rising costs and increasing complexity from the original architecture built on AWS. The following are key insights and aspects of the migration that hold significant relevance for security, privacy, and compliance professionals:
– **Cost Efficiency**:
– Transition from various AWS services, including Lambda and Kinesis, to Cloudflare resulted in an approximate 83% reduction in daily cloud computing costs.
– Initial costs on AWS amounted to approximately $1,940 daily, reduced to around $325 after migrating to Cloudflare.
– **Simplified Architecture**:
– The prior architecture on AWS involved multiple complex services leading to difficulties in scalability and performance. The new architecture employs Cloudflare Workers, which are designed to reduce latency and execute functions globally.
– The architecture includes key components like Durable Objects for stateful application management and the Workers Analytics Engine for high-dimensional analytics.
– **Improved Performance and Scalability**:
– Post-migration, Baselime has reportedly scaled to handle over a billion events daily with tripled active users, demonstrating the architecture’s capability to support significant growth without compromising performance.
– The utilization of Cloudflare’s global network enhances the responsiveness for developers located far from the original AWS region, reducing high latency issues.
– **Real-time Observability**:
– The new setup allows maximum utilization of Cloudflare’s features for real-time event ingestion and processing. This improvement is critical in monitoring and observability, essential components in maintaining security and compliance.
– **Development Agility**:
– The move allowed for quicker innovations and reduced operational overhead. This agility enables teams to respond faster to emerging security threats and evolving compliance requirements.
– **Operational Overhead Reduction**:
– The transition decreased the number of systems and services that needed to be manually monitored and maintained, which in turn reduces the potential attack surface for security vulnerabilities.
– **Future Developments and Offerings**:
– Improved features including real-time error tracking, alerting, and enhanced query capabilities are anticipated, establishing a framework for ongoing security and compliance enhancements.
In summary, Baselime’s migration from AWS to Cloudflare not only significantly cut down costs but also facilitated a robust and scalable architecture aimed at better observability and operational performance. This transition serves as a case study that illustrates the effectiveness and advantages of migrating to serverless architectures in cloud environments, especially for professionals focused on infrastructure security and compliance.