Applying ML on your Data in Motion with AWS and Confluent | Joseph Morais, Confluent and Kanchan Waikar, AWS
0 likes366 views
Event-driven application architectures are becoming increasingly common as a large number of users demand more interactive, real-time, and intelligent responses. Yet it can be challenging to decide how to capture and perform real-time data analysis and deliver differentiating experiences. Join experts from Confluent and AWS to learn how to build Apache Kafka®-based streaming applications backed by machine learning models. Adopting the recommendations will help you establish repeatable patterns for high performing event-based apps.
Ad
More Related Content
What's hot (20)
Similar to Applying ML on your Data in Motion with AWS and Confluent | Joseph Morais, Confluent and Kanchan Waikar, AWS (20)
Ad
More from HostedbyConfluent (20)
Ad
Recently uploaded (20)
Applying ML on your Data in Motion with AWS and Confluent | Joseph Morais, Confluent and Kanchan Waikar, AWS
- 1. Applying ML on your Data in Motion with AWS and Confluent
- 2. Joseph Morais AWS Evangelist/Cloud Partner Solutions Architect, Confluent theejosephmorais Kanchan Waikar Senior Partner Solutions Architect at AWS kanchanwaikar
- 3. Joseph Morais AWS Evangelist/Cloud Partner Solutions Architect, Confluent theejosephmorais
- 4. Data in Motion And why you might care
- 5. Event Streaming is the Central Nervous System for today’s enterprises. Apache Kafka® is the technology.
- 6. ‘Event’ is what happens in your business Transportation TPMS sensor in Carol’s car detected low tire-pressure at 5:11am. Kafka Banking Alice sent $250 to Bob on Friday at 7:34pm. Kafka Retail Sabine’s order of a Fujifilm camera was shipped at 9:10am. Kafka
- 7. The Rise of Event Streaming 80% Fortune 100 Companies Using Apache Kafka (majority are Confluent customers)
- 8. Event Streaming allow us to set Data in Motion: Continuously processing evolving streams of data in real-time Rich front-end customer experiences Real-time Events Real-time Event Streams and Analysis A Sale A shipment A Trade A Customer Experience Real-time backend operations
- 9. At Confluent, streaming is in our DNA. We help the world’s largest organizations make it part of theirs.
- 10. Modernize your apps DATA INTEGRATION Connected car Fraud detection Customer 360 Personalized promotions Apps driven by real-time data Quality assurance SIEM/SOC Inventory management Proactive patient care Sentiment analysis Capital management Amazon Kinesis Amazon S3 Set Your Company’s Data in Motion Make your apps & services more valuable with real-time insights from your entire business, enabled by event streaming & analytics Database changes Orders IoT events Payments ... ... Amazon Redshift AWS Lambda
- 11. Lock-in avoidance and community development Enterprises want to avoid the high costs of yesteryear’s lock-in as they modernize their data architectures. Industry Trends & How We’re Empowering Customers Real-time events and analysis live everywhere Customers live in an ever-expanding/changing hybrid and multi-cloud world requiring deployment freedom. 11 Digital decisioning and microservices converge Operationalizing decision making requires real-time automation and rapid evolution of business logic. Elastic & automatic scaling of resources Predicting the storage, networking, and compute resources needed for streaming is difficult as data volumes fluctuate. 11
- 12. What or who is Kafka? The append-only log
- 15. Both Kafkas like to write Time
- 17. Guarantees of a Database • Strict ordering • Persistence
- 18. Rewind & Replay Rewind & Replay Reset to any point in the shared narrative
- 19. Distributed by design • Replication • Fault Tolerance • Partitioning • Elastic Scaling
- 22. Partition Leadership and Replication Broker 1 Topic1 partition1 Broker 2 Broker 3 Broker 4 Topic1 partition1 Topic1 partition1 Leader Follower Topic1 partition2 Topic1 partition2 Topic1 partition2 Topic1 partition3 Topic1 partition4 Topic1 partition3 Topic1 partition3 Topic1 partition4 Topic1 partition4
- 23. Partition Leadership and Replication - node failure Broker 1 Topic1 partition1 Broker 2 Broker 3 Broker 4 Topic1 partition1 Topic1 partition1 Leader Follower Topic1 partition2 Topic1 partition2 Topic1 partition2 Topic1 partition3 Topic1 partition4 Topic1 partition3 Topic1 partition3 Topic1 partition4 Topic1 partition4
- 24. Kafka Connect and Kafka Streams Sink Source KAFKA STREAMS KAFKA CONNECT KAFKA CONNECT Your App
- 25. Kafka Connect: Reliable and scalable integration of Kafka with other systems • Centralized management and configuration • Support for hundreds of technologies including RDBMS, Elasticsearch, HDFS, S3 • Supports CDC ingest of events from RDBMS • Preserves data schema • Fault tolerant and automatically load balanced • Extensible API • Single Message Transforms • Part of Apache Kafka { "connector.class": "io.confluent.connect.jdbc.JdbcSourceConnector", "connection.url": "jdbc:mysql://localhost:3306/demo?user=rmoff&password=foo", "table.whitelist": "sales,orders,customers" } https://docs.confluent.io/current/connect/
- 26. Kafka Streams: Write standard Java apps and microservices to process your data in real-time • No separate processing cluster required • Develop on Mac, Linux, Windows • Deploy to containers, VMs, bare metal, cloud • Powered by Kafka: elastic, scalable, distributed, battle-tested • Perfect for small, medium, large use cases • Fully integrated with Kafka security • Exactly-once processing semantics • Part of Apache Kafka KStream<User, PageViewEvent> pageViews = builder.stream("pageviews-topic"); KTable<Windowed<User>, Long> viewsPerUserSession = pageViews .groupByKey() .count(SessionWindows.with(TimeUnit.MINUTES.toMillis(5)), "session-views"); https://docs.confluent.io/current/streams/
- 27. Stream processing with Kafka Example: Using Kafka’s Streams API for writing elastic, scalable, fault-tolerant Java and Scala applications Main Logi c
- 28. ksqlDB to the rescue
- 29. Confluent makes Kafka Easier But how though?
- 30. https://www.confluent.io/hub/ Large Ecosystem for Event Streaming Easily connect to 130+ data systems Data Diode Amazon Redshift AWS Lambda Amazon S3 Amazon Kinesis Amazon RDS Amazon ElastiCache
- 31. Confluent: Everywhere Confluent Platform The Enterprise Distribution of Apache Kafka Confluent Cloud Apache Kafka Re-engineered for the Cloud Self-Managed Software Fully-Managed Service VM Deploy on any platform, on-prem or cloud Available on the leading public clouds
- 32. ksqlDB at a Glance What is it? ksqlDB is an event streaming database for working with streams and tables of data. All the key features of a modern streaming solution. Aggregations Joins Windowing Event-Time Dual Query Support Exactly-Once Semantics Out-of-Order Handling User-Defined Functions Compute Storage CREATE TABLE activePromotions AS SELECT rideId, qualifyPromotion(distanceToDst) AS promotion FROM locations GROUP BY rideId EMIT CHANGES How does it work? It separates compute from storage, and scales elastically in a fault-tolerant manner. It remains highly available during disruption, even in the face of failure to a quorum of its servers. ksqlDB Kafka
- 33. Built on the Best Technology, Available as a Fully-Managed Service Kafka is the backbone of ksqlDB ksqlDB is built on top of Kafka’s battle-tested streaming foundation. Its design re-uses Kafka to achieve elasticity, fault-tolerance, and scalability for stream processing & analytics.. Use a fully-managed service With Confluent Cloud ksqlDB, you need not worry about any of the details of running it. You can forget about: • Clusters • Brokers • Scaling • Upgrading • Monitoring Pay only for what you use. ksqlDB server Kafka topic topic changelog topic Push & Pull Queries Kafka Streams Engine Local State (transient) topic Compute Storage
- 34. Federated streaming, hybrid and multi-cloud. Data syndication and replication across and between clouds and on-premises, with self-service APIs, data governance, and visual tooling. Reliable & real-time data streams between all customer sites, so you can run always-on streaming analytics on the data of the entire enterprise, despite regional or cloud provider outages. Everywhere: Cluster Linking Global Central Nervous System
- 35. Confluent: Complete Dynamic Performance & Elasticity Self-Balancing Clusters | Tiered Storage Flexible DevOps Automation Operator | Ansible GUI-driven Mgmt & Monitoring Control Center | Proactive Support Efficient Operations at Scale Freedom of Choice Committer-driven Expertise Event Streaming Database ksqlDB Rich Pre-built Ecosystem Connectors | Hub | Schema Registry Multi-language Development Non-Java Clients | REST Proxy Admin REST APIs Global Resilience Multi-Region Clusters | Replicator Cluster Linking Data Compatibility Schema Registry | Schema Validation Enterprise-grade Security RBAC | Secrets | Audit Logs ARCHITECT OPERATOR DEVELOPER Open Source | Community licensed Unrestricted Developer Productivity Production-stage Prerequisites Fully Managed Cloud Service Self-managed Software Training Partners Enterprise Support Professional Services Apache Kafka
- 36. Architecture Example Cloud-native Services ... Customer services & apps on-premises (EU) Customer services & apps on-premises (US) Customer services & apps self-managed in AWS Connectors Cluster Linking Cloud-native Services ... Cloud Connectors Real-time analytics triggered a push alert “Fraudulent transaction!” to the B2C customer Atlas Connectors Schema Registry Infinite Storage Streaming Analytics & Processing (ksqlDB) Connectors Confluent Cloud
- 37. Large Partner Network Consulting Partners, Cloud Partners, OEM Partners, Tech Partners and more https://www.confluent.io/partners/
- 38. What makes Confluent unique? Everywhere Global availability on AWS, or on-prem Bridge on-prem to cloud with cluster linking Extend streaming apps across clouds Cloud-Native Available as a fully managed service that is a serverless, infinitely scalable, elastic, secure, and globally interconnected. Our self-managed service inherits all the work born in the cloud. Complete ksqlDB, Connect, Schema Registry, and more Capable of end-to-end applications Kafka from the people who made it
- 39. Ingest & Process Capture event streams with a consistent data structure using Schema Registry, develop real-time ETL pipelines with a lightweight SQL syntax using ksqlDB & unify real-time streams with batch processing using +100 Confluent Connectors Derive insights from data in real-time Mobile Web IoT Data store AWS & On-prem Amazon S3 S3 Sink ANALYZE Amazon Redshift AWS Lake Formation Amazon Athena Redshift Sink TRANSFORM Amazon EMR AWS Data Pipeline AWS Glue Source connectors Store & Analyze Stream data with Confluent pre-built Connectors into your AWS data lake or data warehouse to execute queries on vast amounts of streaming data for real-time and batch analytics VISUALIZE Amazon Elasticsearch Schema Registry ksqlDB Events Real-time analytics
- 40. Serverless integration Connect existing and apps & data stores in a repeatable way without having to manage- Apache Kafka, Schema Registry to maintain app compatibility, ksqlDB to develop real-time apps with SQL syntax and Connect for effortless integrations with Lambda & data stores AWS serverless platform Stop provisioning, maintaining or administering servers for backend components such as compute, databases and storage so that you can focus on increasing agility and innovation for your developer teams Increase developer agility & speed of innovation Apps Microservices ksqlDB Schema Registry COMPUTE AWS Lambda Data stores REST Proxy & Clients Source Connectors Lambda Sink DATA STORES Amazon DynamoDB Amazon Aurora STORAGE Amazon S3 S3 Sink ANALYTICS Amazon Athena Amazon Redshift Serverless app integration
- 41. Accelerate modernization from on-prem to AWS Redshift Sink Lambda Sink AWS Direct Connect Replicator LEGACY EDW MAINFRAME LEGACY DB JDBC / CDC connectors Connect Leverage +100 Confluent pre-built connectors to continuously bring valuable data from existing services on-prem including enterprise data warehouse, databases and mainframes Modernize Increase agility in getting applications to market and reduce TCO when freeing up resources to focus on value generating activities and not in managing servers On-prem AWS Cloud Bridge Hybrid cloud streaming with consistent, event-driven architecture for modern apps On-prem to AWS modernization Amazon Athena AWS Glue SageMaker Lake Formation Amazon DynamoDB Amazon Aurora S3 Sink Data Streams Apps ksqlDB
- 42. Challenge Maximize customer satisfaction and revenue growth by creating a hyper-personalized online retail experience, turning each customer visit into a one-on-one marketing opportunity. Solution Use Confluent to combine historical customer data with real-time digital signals from customers, generating hyper-personalized content – for example, targeted special offers – which is inserted in real time back into the customer’s session. ● Schema Registry, KSQL, Lambda Connector Results ● Real-time hyper-personalization of the customer experience ● Increased customer conversions ● Accelerated innovation ● Confluent Cloud frees up developers’ time “Our hyper-personalized approach is delivering measurable results. In our A/B testing, we’ve seen a significant increase in customer conversion rates. That’s proof that our decision to adopt a real-time event streaming approach was the right one. I expect even bigger benefits as we continue to grow our capabilities.” — Jon Vines, Software Development Team Lead at AO.com
- 43. Kanchan Waikar Senior Partner Solutions Architect at AWS kanchanwaikar