국내 No.1 에너지 IT기업 ‘해줌’의 컨플루언트 클라우드 도입 스토리 | 알아보고 등록하기
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데이터 스트리밍 플랫폼을 사용하는 실시간 생성형 AI 애플리케이션을 위한 검색 증강 생성(RAG) 구축 방법
Learn more about how Confluent differs from Apache Kafka
Discover the platform that is built and designed for those who build
Unlock the value of data across your business
Explore testimonials and case studies from Confluent's customers
Learn more about our pricing structure, features and deployment options
Compare your savings with Confluent to a self-managed Kafka deployment
Take the Confluent Cost Savings Challenge today and complete our Cost Estimator. If we can't beat your costs, we'll give you $100 (or donate to a charity of your choice). Learn more by reading our CEO's blog.
The current write throughput that your Kafka configuration needs to handle (peak or average). Note: Confluent supports GBps+ scales; contact us for custom discounts at higher throughputs. Default: 1 MBps
The number of days you plan to retain event streaming data associated with your OSS configuration. Default: 7 days
Confluent offers flexible private networking options, including VPC/ VNET Peering, AWS Transit Gateway, AWS/Azure Private Link, and GCP Private Services Connect.
Mission criticality means that real-time data processing is vital for your use case; any downtime could significantly impact your business.
Confluent offers cost-efficient pricing for use cases such as logging and observability where relaxed latency of up to 1-2 seconds end-to-end is acceptable.
See how much you can save over Apache Kafka® when you use Confluent Cloud!
Get a personalized cost estimate today based on your streaming needs - and see additional discounts you could qualify for as you scale your usage.
The current uncompressed write throughput that your Kafka configuration needs to handle (peak or average). We typically see a compression ratio of 4:1. Note: Confluent supports GBps+ scales; contact us for custom discounts at higher throughputs. Default: 1 MBps
90% of use cases are in this range
Large scale workloads fall within this range.
Hyperscale workloads fall within this range.