包阅导读总结
1. `BigQuery`、`Continuous Queries`、`Real-time Analysis`、`Data Streams`、`Event-driven`
2. 本文主要介绍了 BigQuery 推出的连续查询功能,以应对实时数据分析的挑战,满足客户需求,改变传统数据分析的局限,扩展了数据处理和分析能力。
3.
– BigQuery 受青睐但用户需求实时能力扩展
– 实时事件产生海量数据,传统分析跟不上
– 用户对 BigQuery 实时能力有更高要求
– 应对挑战推出 BigQuery 连续查询
– 解决实时数据分析的成本和复杂性
– 数据处理和决策的可接受延迟缩短,客户期望转变
– 介绍 BigQuery 连续查询
– 可连续处理新事件数据,确保见解更新
– 与谷歌云生态系统原生集成,拓展更多可能
– 大幅扩展 BigQuery 能力,实现新的数据处理功能,构建敏捷应用
思维导图:
文章来源:cloud.google.com
作者:Nick Orlove,Pavan Edara
发布时间:2024/8/7 0:00
语言:英文
总字数:1607字
预计阅读时间:7分钟
评分:92分
标签:BigQuery,实时数据分析,事件驱动架构,Google Cloud,SQL
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The world operates in real time: Customers make purchases, financial transactions are made, goods are shipped, sensors generate data, and security threats emerge. The sheer volume of data generated by these real-time events is staggering. Yet, many businesses still rely on traditional, batch-oriented analysis that struggles to keep pace.
Among data analysts and engineers, BigQuery is a favorite for its ability to handle massive datasets and complex queries with ease. However, users are increasingly demanding expanded real-time capabilities to manage continuous data streams for both input and output. To address this challenge for customers, we have transformed BigQuery into a real-time, event-driven analytical platform. So today, we’re excited to launch BigQuery continuous queries, now available in preview.
BigQuery continuous queries is our answer to the challenge of the inherent cost and complexity of true real-time data analysis. Historically, “real-time” meant analyzing data that was minutes or even hours old. However, the landscape of data ingestion and analysis is rapidly evolving. The surge in data generation, customer engagement, decision-making, and AI-driven automation has drastically reduced the acceptable latency for decision-making. The demand for insights is no longer minutes or hours, it’s seconds.
Customer expectations have shifted dramatically, too. Today, they want real-time, personalized interactions across their online experiences. Businesses are under pressure to respond instantly and with all the relevant context, a feat that batch-oriented analysis simply cannot achieve.
Meeting these demands is hard. Even an enterprise data platform like BigQuery, while capable of high-throughput real-time data ingestion, was originally designed to perform analysis in a batch-oriented manner, where data is “pulled” from the system through ad-hoc or scheduled jobs, rather than “pushed” in an event-driven way. And while you could integrate additional technologies with BigQuery to enable streaming analysis, this often added architectural complexity, required diverse programming skills, and addressed a limited number of use cases.
Introducing BigQuery continuous queries
BigQuery continuous queries changes all that. With BigQuery continuous queries, you can execute continuously processing SQL statements that can process, analyze, and transform data as new events arrive in BigQuery, ensuring your insights are always up to date. The feature’s native integration with the Google Cloud ecosystem unlocks even more potential. You can harness the power of Vertex AI and Gemini to perform machine learning (ML) inference on incoming data in real time. Or perhaps you want to replicate the results of a continuous query to Pub/Sub topics, Bigtable instances, or even other BigQuery tables for further processing or analysis. It’s like having an always-on analyst at your disposal, constantly monitoring your data streams and triggering actions the moment something noteworthy occurs.
With BigQuery continuous queries, we’re dramatically expanding BigQuery’s abilities, empowering you with new dynamic and event-driven data processing capabilities, alongside its existing unified data platform strengths. This feature allows you to build applications that respond instantly to changes in your data, opening a new realm of possibilities. Craft personalized customer experiences on the fly, detect anomalies before they escalate, and automate decision-making processes, all with unprecedented agility.