The document summarizes a presentation about using Kafka, Streamliner, MemSQL and ZoomData for real-time analytics visualization. It shows an initial setup with one producer and queue feeding into Kafka, then adding a sink to an in-memory SQL database and real-time visualization consumer. It asks questions about ensuring the system is resilient, handles bad data and schema evolution, maintains consistency across visualization layers, and ability to scale throughput, concurrency and size.
Technical breakout during Confluent’s streaming event in Munich, presented by Sam Julian, Chief Cloud Engineer at E.On SE. This three-day hands-on course focused on how to build, manage, and monitor clusters using industry best-practices developed by the world’s foremost Apache Kafka™ experts. The sessions focused on how Kafka and the Confluent Platform work, how their main subsystems interact, and how to set up, manage, monitor, and tune your cluster.
Give Your Confluent Platform Superpowers! (Sandeep Togrika, Intel and Bert Ha...HostedbyConfluent
Whether you are a die-hard DC comic enthusiast, mad for Marvel, or completely clueless when it comes to comic books, at the end of the day each of us would love to possess the superpower to transform data in seconds versus minutes or days. But architects and developers are challenged with designing and managing platforms that scale elastically and combine event streams with stored data, to enable more contextually rich data analytics. This made even more complex with data coming from hundreds of sources, and in hundreds of terabytes, or even petabytes, per day.
Now, with Apache Kafka and Intel hardware technology advances, organizations can turn massive volumes of disparate data into actionable insights with the ability to filter, enrich, join and process data instream. Let's consider Information Security. IT leaders need to ensure all company data and IP is secured against threats and vulnerabilities. A combination of real-time event streaming with Confluent Platform and Intel Architecture has enabled threat detection efforts that once took hours to be completed in seconds, while simultaneously reducing technical debt and data processing and storage costs.
In this session, Confluent and Intel architects will share detailed performance benchmarking results and new joint reference architecture. We’ll detail ways to remove Kafka performance bottlenecks, and improve platform resiliency and ensure high availability using Confluent Control Center and Multi-Region Clusters. And we’ll offer up tips for addressing challenges that you may be facing in your own super heroic efforts to design, deploy, and manage your organization’s data platforms.
Couchbase Cloud No Equal (Rick Jacobs, Couchbase) Kafka Summit 2020HostedbyConfluent
This session will describe and demonstrate the longstanding integration between Couchbase Server and Apache Kafka and will include descriptions of both the mechanics of the integration and practical situations when combining these products is appropriate.
Introducing Events and Stream Processing into Nationwide Building Society (Ro...confluent
Facing Open Banking regulation, rapidly increasing transaction volumes and increasing customer expectations, Nationwide took the decision to take load off their back-end systems through real-time streaming of data changes into Kafka. Hear about how Nationwide started their journey with Kafka, from their initial use case of creating a real-time data cache using Change Data Capture, Kafka and Microservices to how Kafka allowed them to build a stream processing backbone used to reengineer the entire banking experience including online banking, payment processing and mortgage applications. See a working demo of the system and what happens to the system when the underlying infrastructure breaks. Technologies covered include: Change Data Capture, Kafka (Avro, partitioning and replication) and using KSQL and Kafka Streams Framework to join topics and process data.
Leveraging Mainframe Data for Modern Analyticsconfluent
“The mainframe is going away” is as true now as it was 10, 20 and 30 years ago. Mainframes are still crucial in handling critical business transactions, they were however built for an era where batch data movement was the norm and can be difficult to integrate into today’s data-driven, real-time, analytics-focused business processes as well as the environments that support them. Until now.
Join experts from Confluent, Attunity, and Capgemini for a one-hour online talk session where you’ll learn how to:
Unlock your mainframe data with unique change data capture (CDC) functionality without incurring the complexity and expense that come with sending ongoing queries into the mainframe database
How using CDC benefits advanced analytics approaches such as deep machine learning and predictive analytics
Deliver ongoing streams of data in real-time to the most demanding analytics environments
Ensure that your analytics environment includes the broadest possible range of data sources and destinations while ensuring true enterprise-grade functionality
Identify use cases that can help you get started delivering value to the business moving from POC to Pilot to Production
Bravo Six, Going Realtime. Transitioning Activision Data Pipeline to Streamin...HostedbyConfluent
Activision Data team has been running a data pipeline for a variety of Activision games for many years. Historically we used a mix of micro-batch microservices coupled with classic Big Data tools like Hadoop and Hive for ETL. As a result, it could take up to 4-6 hours for data to be available to the end customers.
In the last few years, the adoption of data in the organization skyrocketed. We needed to de-legacy our data pipeline and provide near-realtime access to data in order to improve reporting, gather insights faster, power web and mobile applications. I want to tell a story about heavily leveraging Kafka Streams and Kafka Connect to reduce the end latency to minutes, at the same time making the pipeline easier and cheaper to run. We were able to successfully validate the new data pipeline by launching two massive games just 4 weeks apart.
Technical breakout during Confluent’s streaming event in Munich, presented by Sam Julian, Chief Cloud Engineer at E.On SE. This three-day hands-on course focused on how to build, manage, and monitor clusters using industry best-practices developed by the world’s foremost Apache Kafka™ experts. The sessions focused on how Kafka and the Confluent Platform work, how their main subsystems interact, and how to set up, manage, monitor, and tune your cluster.
Give Your Confluent Platform Superpowers! (Sandeep Togrika, Intel and Bert Ha...HostedbyConfluent
Whether you are a die-hard DC comic enthusiast, mad for Marvel, or completely clueless when it comes to comic books, at the end of the day each of us would love to possess the superpower to transform data in seconds versus minutes or days. But architects and developers are challenged with designing and managing platforms that scale elastically and combine event streams with stored data, to enable more contextually rich data analytics. This made even more complex with data coming from hundreds of sources, and in hundreds of terabytes, or even petabytes, per day.
Now, with Apache Kafka and Intel hardware technology advances, organizations can turn massive volumes of disparate data into actionable insights with the ability to filter, enrich, join and process data instream. Let's consider Information Security. IT leaders need to ensure all company data and IP is secured against threats and vulnerabilities. A combination of real-time event streaming with Confluent Platform and Intel Architecture has enabled threat detection efforts that once took hours to be completed in seconds, while simultaneously reducing technical debt and data processing and storage costs.
In this session, Confluent and Intel architects will share detailed performance benchmarking results and new joint reference architecture. We’ll detail ways to remove Kafka performance bottlenecks, and improve platform resiliency and ensure high availability using Confluent Control Center and Multi-Region Clusters. And we’ll offer up tips for addressing challenges that you may be facing in your own super heroic efforts to design, deploy, and manage your organization’s data platforms.
Couchbase Cloud No Equal (Rick Jacobs, Couchbase) Kafka Summit 2020HostedbyConfluent
This session will describe and demonstrate the longstanding integration between Couchbase Server and Apache Kafka and will include descriptions of both the mechanics of the integration and practical situations when combining these products is appropriate.
Introducing Events and Stream Processing into Nationwide Building Society (Ro...confluent
Facing Open Banking regulation, rapidly increasing transaction volumes and increasing customer expectations, Nationwide took the decision to take load off their back-end systems through real-time streaming of data changes into Kafka. Hear about how Nationwide started their journey with Kafka, from their initial use case of creating a real-time data cache using Change Data Capture, Kafka and Microservices to how Kafka allowed them to build a stream processing backbone used to reengineer the entire banking experience including online banking, payment processing and mortgage applications. See a working demo of the system and what happens to the system when the underlying infrastructure breaks. Technologies covered include: Change Data Capture, Kafka (Avro, partitioning and replication) and using KSQL and Kafka Streams Framework to join topics and process data.
Leveraging Mainframe Data for Modern Analyticsconfluent
“The mainframe is going away” is as true now as it was 10, 20 and 30 years ago. Mainframes are still crucial in handling critical business transactions, they were however built for an era where batch data movement was the norm and can be difficult to integrate into today’s data-driven, real-time, analytics-focused business processes as well as the environments that support them. Until now.
Join experts from Confluent, Attunity, and Capgemini for a one-hour online talk session where you’ll learn how to:
Unlock your mainframe data with unique change data capture (CDC) functionality without incurring the complexity and expense that come with sending ongoing queries into the mainframe database
How using CDC benefits advanced analytics approaches such as deep machine learning and predictive analytics
Deliver ongoing streams of data in real-time to the most demanding analytics environments
Ensure that your analytics environment includes the broadest possible range of data sources and destinations while ensuring true enterprise-grade functionality
Identify use cases that can help you get started delivering value to the business moving from POC to Pilot to Production
Bravo Six, Going Realtime. Transitioning Activision Data Pipeline to Streamin...HostedbyConfluent
Activision Data team has been running a data pipeline for a variety of Activision games for many years. Historically we used a mix of micro-batch microservices coupled with classic Big Data tools like Hadoop and Hive for ETL. As a result, it could take up to 4-6 hours for data to be available to the end customers.
In the last few years, the adoption of data in the organization skyrocketed. We needed to de-legacy our data pipeline and provide near-realtime access to data in order to improve reporting, gather insights faster, power web and mobile applications. I want to tell a story about heavily leveraging Kafka Streams and Kafka Connect to reduce the end latency to minutes, at the same time making the pipeline easier and cheaper to run. We were able to successfully validate the new data pipeline by launching two massive games just 4 weeks apart.
Removing performance bottlenecks with Kafka Monitoring and topic configurationKnoldus Inc.
Apache Kafka is a distributed messaging system used to build real-time data pipelines & streaming applications. Since applications rely heavily on efficient data transfer, message passing platforms like Kafka cannot afford a breakdown or poor performance.
But how do we ensure that Kafka is running well and successfully streaming messages at low latency? This is where Kafka monitoring steps in.
Here’s the agenda of the webinar -
> Why Kafka monitoring?
> Top 10 Kafka metrics to focus on
> How to change Kafka topic configuration at runtime?
Building Event-Driven Services with Apache Kafkaconfluent
Should you use REST to sew services together? Is it better to use a richer, brokered protocol? This practical talk will dig into how we piece services together in event driven systems, how we we use a distributed log to create a central, persistent narrative and what benefits we reap from doing so.
Help, My Kafka is Broken! (Emma Humber & Gantigmaa Selenge, IBM) Kafka Summit...HostedbyConfluent
While Apache Kafka is designed to be fault-tolerant, there will be times when your Kafka environment just isn’t working as expected.
Whether it’s a newly configured application not processing messages, or an outage in a high-load, mission-critical production environment, it’s crucial to get up and running as quickly and safely as possible.
IBM has hosted production Kafka environments for several years and has in-depth knowledge of how to diagnose and resolve problems rapidly and accurately to ensure minimal impact to end users.
This session will discuss our experiences of how to most effectively collect and understand Kafka diagnostics. We’ll talk through using these diagnostics to work out what’s gone wrong, and how to recover from a system outage. Using this new-found knowledge, you will be equipped to handle any problem your cluster throws at you.
Kafka in Context, Cloud, & Community (Simon Elliston Ball, Cloudera) Kafka Su...HostedbyConfluent
Kafka has fast become the center of streaming analytics applications in the modern digital enterprise. Kafka operates in the context of a broad ecosystem of data lifecycle components which need a consistent platform of security, monitoring, management and governance. This problem becomes paramount when your streaming architectures go hybrid by spanning from on-premises to the cloud. Throw in the reality of a multi-cloud setup that a lot of enterprises are facing and now, you have a complex streaming architecture that is difficult to operationally manage, monitor, secure or govern.
Cloudera remains committed to an open community driven approach and increasing the ease of use and visibility for Kafka based solutions. Attend this session to understand more about how streaming architectures can be extended easily to the hybrid cloud and multi-cloud. Also, learn about our plans for further community contributions.
user Behavior Analysis with Session Windows and Apache Kafka's Streams APIconfluent
For many industries the need to group together related events based on a period of activity or inactivity is key. Advertising businesses, content producers are just a few examples of where session windows can be used to better understand user behavior.
While such sessionization has been possible in Apache Kafka up to this point, implementing it has been rather complex and required leveraging low-level APIs. In the most recent release of Kafka, however, new capabilities have been added making session windows much easier to implement.
In this online talk, we’ll introduce the concept of a session window, talk about common use cases, and walk through how Apache Kafka can be used for session-oriented use cases.
Apache Kafka® in Industrial Environments confluent
Apache Kafka in industrial environments – OPC and shopfloor connectivity in manufacturing, Thorsten Weiler and Jonathan Malessa of inray Industriesoftware GmbH
Meetup link: https://www.meetup.com/Hamburg-Kafka/events/274363847/
Streaming all over the world Real life use cases with Kafka Streamsconfluent
Streaming all over the world Real life use cases with Kafka Streams, Dr. Benedikt Linse, Senior Solutions Architect, Confluent
https://www.meetup.com/Apache-Kafka-Germany-Munich/events/281819704/
Supercharge Your Real-time Event Processing with Neo4j's Streams Kafka Connec...HostedbyConfluent
Do your event streams use connected-data domains such as fraud detection, live logistics routing, or predicting network outages? How can you maintain the analysis and leverage those connections real-time?
Graph databases differ from traditional, tabular ones in that they treat connections between data as first class citizens. This means they are optimized for detecting and understanding these relationships – providing insight at speed and at scale.
By combining event streams from Kafka along with the power of the Neo4j graph database for interrogating and investigating connections, you make real-time, event-driven intelligent insight a reality.
Neo4j Streams integrates Neo4j with Apache Kafka event streams, to serve as a source of data, for instance Change Data Capture or a sink to ingest any kind of Kafka event into your graph. In this session we’ll show you how to get up and running with Neo4j Streams to show you how to sink and source between graphs and streams.
Modern Cloud-Native Streaming Platforms: Event Streaming Microservices with K...confluent
Microservices, events, containers, and orchestrators are dominating our vernacular today. As operations teams adapt to support these technologies in production, cloud-native platforms like Cloud Foundry and Kubernetes have quickly risen to serve as force multipliers of automation, productivity and value. Kafka is providing developers a critically important component as they build and modernize applications to cloud-native architecture. This talk will explore:
• Why cloud-native platforms and why run Kafka on Kubernetes?
• What kind of workloads are best suited for this combination?
• Tips to determine the path forward for legacy monoliths in your application portfolio
• Running Kafka as a Streaming Platform on Container Orchestration
Mind the App: How to Monitor Your Kafka Streams Applications | Bruno Cadonna,...HostedbyConfluent
You cannot operate what you cannot measure. In this talk, I am going to present the built-in metrics framework of Kafka Streams that supports monitoring Kafka Streams applications. You will learn how to setup monitoring of metrics for your Kafka Streams applications and you will hear about the following recent improvements to the metrics framework that aim to extend and simplify monitoring. KIP-444 aims to simplify and extend the built-in metrics framework. The RocksDB metrics introduced in KIP-471 and KIP-607 allow you to look directly into the built-in persistent state stores of your Kafka Streams applications. Finally, KIP-613 specifies metrics that measure end-to-end latencies in your applications. This talk will help you collect intel about the behavior of your Kafka Streams applications, and will allow you to reason about the deployment. In the end, you will be able to better understand your applications and run them in a more robust manner.
Kafka Excellence at Scale – Cloud, Kubernetes, Infrastructure as Code (Vik Wa...HostedbyConfluent
Cloud is changing the world; Kubernetes is changing the world; real-time event streaming is changing the world. In this talk we explore some of best practices to synergistically combine the power of these paradigm shifts to achieve a much greater return on your Kafka investments. From declarative deployments, zero-downtime upgrades, elastic scaling to self-healing and automated governance, learn how you can bring the next level of speed, agility, resilience, and security to your Kafka implementations.
Building Stateful applications on Streaming Platforms | Premjit Mishra, Dell ...HostedbyConfluent
Can and should Apache Kafka replace a database? How long can and should I store data in Kafka? How can I query and process data in Kafka? These are common questions that come up more and more. This session explains the idea behind databases and different features like storage, queries, transactions, and processing to evaluate when Kafka is a good fit, and when it is not. The discussion includes different Kafka-native add-ons like Tiered Storage for long-term, cost-efficient storage, and ksqlDB as an event streaming database. The relation and trade-offs between Kafka and other databases are explored to complement each other instead of thinking about a replacement. This includes different options for pull and push-based bi-directional integration.
Keep your Metadata Repository Current with Event-Driven Updates using CDC and...confluent
The data science techniques and machine learning models that provide the greatest business value and insights require data that spans enterprise silos. To integrate this data, and ensure you’re joining on the right fields, you need a comprehensive, enterprise-wide metadata repository. More importantly, you need it to be always up to date. Nightly updates are simply not good enough when customers and users expect near-real-time responsiveness.
The challenge with keeping a metadata repository up to date lies not with cloud services or distributed storage frameworks, but rather with the relational database management systems (RDBMSs) that dot the enterprise landscape. At Comcast, we’ve found it relatively easy to feed our Apache Atlas metadata repo incrementally from Hadoop and AWS, using event-driven pushes to a dedicated Apache Kafka topic that Atlas listens to. Such pushes are not practical with RDBMSs, however, since the event-driven technique there is the database trigger. Triggers are so invasive and potentially detrimental to performance that your DB admin likely won’t allow one for detecting metadata changes.
Triggers are out. Pulling the complete current state of metadata from a RDBMS at regular intervals and calculating the deltas is too slow and unworkable. And, it turns out that out-of-the-box log-based change data capture (CDC) is also dead-end because metadata changes are represented in transaction logs as SQL DDL strings, not as atomic insert/update/delete operations as for data.
So, how do you keep your metadata repository always up to date with the current state of your RDBMS metadata? Our group solved this challenge by creating an alternate method for CDC on RDBMS metadata based on database system tables. Our query-based CDC serves as a Kafka Connect source for our Apache Atlas sink, providing event-driven, continuous updates to RDBMS metadata in our repository, but does not suffer from the usual limitations/disadvantages of vanilla query-based CDC. If you’re facing a similar challenge, join us at this session to learn more about the obstacles you’ll likely face and how you can overcome them using the method we implemented.
Securing Kafka At Zendesk (Joy Nag, Zendesk) Kafka Summit 2020confluent
Kafka is one of the most important foundation services at Zendesk. It became even more crucial with the introduction of Global Event Bus which my team built to propagate events between Kafka clusters hosted at different parts of the world and between different products. As part of its rollout, we had to add mTLS support in all of our Kafka Clusters (we have quite a few of them), this was to make propagation of events between clusters hosted at different parts of the world secure. It was quite a journey, but we eventually built a solution that is working well for us.
Things I will be sharing as part of the talk:
1. Establishing the use case/problem we were trying to solve (why we needed mTLS)
2. Building a Certificate Authority with open source tools (with self-signed Root CA)
3. Building helper components to generate certificates automatically and regenerate them before they expire (helps using a shorter TTL (Time To Live) which is good security practice) for both Kafka Clients and Brokers
4. Hot reloading regenerated certificates on Kafka brokers without downtime
5. What we built to rotate the self-signed root CA without downtime as well across the board
6. Monitoring and alerts on TTL of certificates
7. Performance impact of using TLS (along with why TLS affects kafka’s performance)
8. What we are doing to drive adoption of mTLS for existing Kafka clients using PLAINTEXT protocol by making onboarding easier
9. How this will become a base for other features we want, eg ACL, Rate Limiting (by using the principal from the TLS certificate as Identity of clients)
Kafka error handling patterns and best practices | Hemant Desale and Aruna Ka...HostedbyConfluent
Transaction Banking from Goldman Sachs is a high volume, latency sensitive digital banking platform offering. We have chosen an event driven architecture to build highly decoupled and independent microservices in a cloud native manner and are designed to meet the objectives of Security, Availability Latency and Scalability. Kafka was a natural choice – to decouple producers and consumers and to scale easily for high volume processing. However, there are certain aspects that require careful consideration – handling errors and partial failures, managing downtime of consumers, secure communication between brokers and producers / consumers. In this session, we will present the patterns and best practices that helped us build robust event driven applications. We will also present our solution approach that has been reused across multiple application domains. We hope that by sharing our experience, we can establish a reference implementation that application developers can benefit from.
Building a Modern, Scalable Cyber Intelligence Platform with Apache Kafka | J...HostedbyConfluent
As cyber threats continuously grow in sophistication and frequency, companies need to quickly acclimate to effectively detect, respond, and protect their environments. At Intel, we’ve addressed this need by implementing a modern, scalable Cyber Intelligence Platform (CIP) based on Splunk and Apache Kafka. We believe that CIP positions us for the best defense against cyber threats well into the future.
Our CIP ingests tens of terabytes of data each day and transforms it into actionable insights through streams processing, context-smart applications, and advanced analytics techniques. Kafka serves as a massive data pipeline within the platform. It provides us the ability to operate on data in-stream, enabling us to reduce Mean Time to Detect (MTTD) and Mean Time to Respond (MTTR). Faster detection and response ultimately leads to better prevention.
In our session, we’ll discuss the details described in the IT@Intel white paper that was published in Nov 2020 with same title.
Partner Ecosystem Showcase for Apache Ranger and Apache AtlasDataWorks Summit
The community for Apache Atlas and Apache Ranger, which are foundational components for Security and Governance across the Hadoop stack, has spawned a robust partner ecosystem of tools and platforms. These partner solutions build upon the extensibility offered in these platforms via open and robust APIs via integration patterns to provide innovative “better together” capabilities. In this talk, we will showcase how three of Hortonworks partners Talend, Protegrity, and Arcadia Data have effectively extended Apache Ranger and Apache Atlas frameworks to provide value added security and governance features to complement the Hadoop ecosystem. The talk will showcase partner-led demonstrations that will include how to enhance Apache Atlas lineage and metadata to cover ETL operations, how to build Apache Ranger authorizations of custom objects such as visualizations and how to enhance Apache Ranger’s data protection capabilities for encryption and masking. We will also provide a short overview of Hortonworks Gov Ready and Sec Ready programs and how partners can benefit from the certification process as part of this program.
My perspective on the evolution of big data from the perspective of a distributed systems researcher & engineer -- the background of how it get started, the scale-out paradigm, industry use cases, open source development paradigm, and interesting future challenges.
Removing performance bottlenecks with Kafka Monitoring and topic configurationKnoldus Inc.
Apache Kafka is a distributed messaging system used to build real-time data pipelines & streaming applications. Since applications rely heavily on efficient data transfer, message passing platforms like Kafka cannot afford a breakdown or poor performance.
But how do we ensure that Kafka is running well and successfully streaming messages at low latency? This is where Kafka monitoring steps in.
Here’s the agenda of the webinar -
> Why Kafka monitoring?
> Top 10 Kafka metrics to focus on
> How to change Kafka topic configuration at runtime?
Building Event-Driven Services with Apache Kafkaconfluent
Should you use REST to sew services together? Is it better to use a richer, brokered protocol? This practical talk will dig into how we piece services together in event driven systems, how we we use a distributed log to create a central, persistent narrative and what benefits we reap from doing so.
Help, My Kafka is Broken! (Emma Humber & Gantigmaa Selenge, IBM) Kafka Summit...HostedbyConfluent
While Apache Kafka is designed to be fault-tolerant, there will be times when your Kafka environment just isn’t working as expected.
Whether it’s a newly configured application not processing messages, or an outage in a high-load, mission-critical production environment, it’s crucial to get up and running as quickly and safely as possible.
IBM has hosted production Kafka environments for several years and has in-depth knowledge of how to diagnose and resolve problems rapidly and accurately to ensure minimal impact to end users.
This session will discuss our experiences of how to most effectively collect and understand Kafka diagnostics. We’ll talk through using these diagnostics to work out what’s gone wrong, and how to recover from a system outage. Using this new-found knowledge, you will be equipped to handle any problem your cluster throws at you.
Kafka in Context, Cloud, & Community (Simon Elliston Ball, Cloudera) Kafka Su...HostedbyConfluent
Kafka has fast become the center of streaming analytics applications in the modern digital enterprise. Kafka operates in the context of a broad ecosystem of data lifecycle components which need a consistent platform of security, monitoring, management and governance. This problem becomes paramount when your streaming architectures go hybrid by spanning from on-premises to the cloud. Throw in the reality of a multi-cloud setup that a lot of enterprises are facing and now, you have a complex streaming architecture that is difficult to operationally manage, monitor, secure or govern.
Cloudera remains committed to an open community driven approach and increasing the ease of use and visibility for Kafka based solutions. Attend this session to understand more about how streaming architectures can be extended easily to the hybrid cloud and multi-cloud. Also, learn about our plans for further community contributions.
user Behavior Analysis with Session Windows and Apache Kafka's Streams APIconfluent
For many industries the need to group together related events based on a period of activity or inactivity is key. Advertising businesses, content producers are just a few examples of where session windows can be used to better understand user behavior.
While such sessionization has been possible in Apache Kafka up to this point, implementing it has been rather complex and required leveraging low-level APIs. In the most recent release of Kafka, however, new capabilities have been added making session windows much easier to implement.
In this online talk, we’ll introduce the concept of a session window, talk about common use cases, and walk through how Apache Kafka can be used for session-oriented use cases.
Apache Kafka® in Industrial Environments confluent
Apache Kafka in industrial environments – OPC and shopfloor connectivity in manufacturing, Thorsten Weiler and Jonathan Malessa of inray Industriesoftware GmbH
Meetup link: https://www.meetup.com/Hamburg-Kafka/events/274363847/
Streaming all over the world Real life use cases with Kafka Streamsconfluent
Streaming all over the world Real life use cases with Kafka Streams, Dr. Benedikt Linse, Senior Solutions Architect, Confluent
https://www.meetup.com/Apache-Kafka-Germany-Munich/events/281819704/
Supercharge Your Real-time Event Processing with Neo4j's Streams Kafka Connec...HostedbyConfluent
Do your event streams use connected-data domains such as fraud detection, live logistics routing, or predicting network outages? How can you maintain the analysis and leverage those connections real-time?
Graph databases differ from traditional, tabular ones in that they treat connections between data as first class citizens. This means they are optimized for detecting and understanding these relationships – providing insight at speed and at scale.
By combining event streams from Kafka along with the power of the Neo4j graph database for interrogating and investigating connections, you make real-time, event-driven intelligent insight a reality.
Neo4j Streams integrates Neo4j with Apache Kafka event streams, to serve as a source of data, for instance Change Data Capture or a sink to ingest any kind of Kafka event into your graph. In this session we’ll show you how to get up and running with Neo4j Streams to show you how to sink and source between graphs and streams.
Modern Cloud-Native Streaming Platforms: Event Streaming Microservices with K...confluent
Microservices, events, containers, and orchestrators are dominating our vernacular today. As operations teams adapt to support these technologies in production, cloud-native platforms like Cloud Foundry and Kubernetes have quickly risen to serve as force multipliers of automation, productivity and value. Kafka is providing developers a critically important component as they build and modernize applications to cloud-native architecture. This talk will explore:
• Why cloud-native platforms and why run Kafka on Kubernetes?
• What kind of workloads are best suited for this combination?
• Tips to determine the path forward for legacy monoliths in your application portfolio
• Running Kafka as a Streaming Platform on Container Orchestration
Mind the App: How to Monitor Your Kafka Streams Applications | Bruno Cadonna,...HostedbyConfluent
You cannot operate what you cannot measure. In this talk, I am going to present the built-in metrics framework of Kafka Streams that supports monitoring Kafka Streams applications. You will learn how to setup monitoring of metrics for your Kafka Streams applications and you will hear about the following recent improvements to the metrics framework that aim to extend and simplify monitoring. KIP-444 aims to simplify and extend the built-in metrics framework. The RocksDB metrics introduced in KIP-471 and KIP-607 allow you to look directly into the built-in persistent state stores of your Kafka Streams applications. Finally, KIP-613 specifies metrics that measure end-to-end latencies in your applications. This talk will help you collect intel about the behavior of your Kafka Streams applications, and will allow you to reason about the deployment. In the end, you will be able to better understand your applications and run them in a more robust manner.
Kafka Excellence at Scale – Cloud, Kubernetes, Infrastructure as Code (Vik Wa...HostedbyConfluent
Cloud is changing the world; Kubernetes is changing the world; real-time event streaming is changing the world. In this talk we explore some of best practices to synergistically combine the power of these paradigm shifts to achieve a much greater return on your Kafka investments. From declarative deployments, zero-downtime upgrades, elastic scaling to self-healing and automated governance, learn how you can bring the next level of speed, agility, resilience, and security to your Kafka implementations.
Building Stateful applications on Streaming Platforms | Premjit Mishra, Dell ...HostedbyConfluent
Can and should Apache Kafka replace a database? How long can and should I store data in Kafka? How can I query and process data in Kafka? These are common questions that come up more and more. This session explains the idea behind databases and different features like storage, queries, transactions, and processing to evaluate when Kafka is a good fit, and when it is not. The discussion includes different Kafka-native add-ons like Tiered Storage for long-term, cost-efficient storage, and ksqlDB as an event streaming database. The relation and trade-offs between Kafka and other databases are explored to complement each other instead of thinking about a replacement. This includes different options for pull and push-based bi-directional integration.
Keep your Metadata Repository Current with Event-Driven Updates using CDC and...confluent
The data science techniques and machine learning models that provide the greatest business value and insights require data that spans enterprise silos. To integrate this data, and ensure you’re joining on the right fields, you need a comprehensive, enterprise-wide metadata repository. More importantly, you need it to be always up to date. Nightly updates are simply not good enough when customers and users expect near-real-time responsiveness.
The challenge with keeping a metadata repository up to date lies not with cloud services or distributed storage frameworks, but rather with the relational database management systems (RDBMSs) that dot the enterprise landscape. At Comcast, we’ve found it relatively easy to feed our Apache Atlas metadata repo incrementally from Hadoop and AWS, using event-driven pushes to a dedicated Apache Kafka topic that Atlas listens to. Such pushes are not practical with RDBMSs, however, since the event-driven technique there is the database trigger. Triggers are so invasive and potentially detrimental to performance that your DB admin likely won’t allow one for detecting metadata changes.
Triggers are out. Pulling the complete current state of metadata from a RDBMS at regular intervals and calculating the deltas is too slow and unworkable. And, it turns out that out-of-the-box log-based change data capture (CDC) is also dead-end because metadata changes are represented in transaction logs as SQL DDL strings, not as atomic insert/update/delete operations as for data.
So, how do you keep your metadata repository always up to date with the current state of your RDBMS metadata? Our group solved this challenge by creating an alternate method for CDC on RDBMS metadata based on database system tables. Our query-based CDC serves as a Kafka Connect source for our Apache Atlas sink, providing event-driven, continuous updates to RDBMS metadata in our repository, but does not suffer from the usual limitations/disadvantages of vanilla query-based CDC. If you’re facing a similar challenge, join us at this session to learn more about the obstacles you’ll likely face and how you can overcome them using the method we implemented.
Securing Kafka At Zendesk (Joy Nag, Zendesk) Kafka Summit 2020confluent
Kafka is one of the most important foundation services at Zendesk. It became even more crucial with the introduction of Global Event Bus which my team built to propagate events between Kafka clusters hosted at different parts of the world and between different products. As part of its rollout, we had to add mTLS support in all of our Kafka Clusters (we have quite a few of them), this was to make propagation of events between clusters hosted at different parts of the world secure. It was quite a journey, but we eventually built a solution that is working well for us.
Things I will be sharing as part of the talk:
1. Establishing the use case/problem we were trying to solve (why we needed mTLS)
2. Building a Certificate Authority with open source tools (with self-signed Root CA)
3. Building helper components to generate certificates automatically and regenerate them before they expire (helps using a shorter TTL (Time To Live) which is good security practice) for both Kafka Clients and Brokers
4. Hot reloading regenerated certificates on Kafka brokers without downtime
5. What we built to rotate the self-signed root CA without downtime as well across the board
6. Monitoring and alerts on TTL of certificates
7. Performance impact of using TLS (along with why TLS affects kafka’s performance)
8. What we are doing to drive adoption of mTLS for existing Kafka clients using PLAINTEXT protocol by making onboarding easier
9. How this will become a base for other features we want, eg ACL, Rate Limiting (by using the principal from the TLS certificate as Identity of clients)
Kafka error handling patterns and best practices | Hemant Desale and Aruna Ka...HostedbyConfluent
Transaction Banking from Goldman Sachs is a high volume, latency sensitive digital banking platform offering. We have chosen an event driven architecture to build highly decoupled and independent microservices in a cloud native manner and are designed to meet the objectives of Security, Availability Latency and Scalability. Kafka was a natural choice – to decouple producers and consumers and to scale easily for high volume processing. However, there are certain aspects that require careful consideration – handling errors and partial failures, managing downtime of consumers, secure communication between brokers and producers / consumers. In this session, we will present the patterns and best practices that helped us build robust event driven applications. We will also present our solution approach that has been reused across multiple application domains. We hope that by sharing our experience, we can establish a reference implementation that application developers can benefit from.
Building a Modern, Scalable Cyber Intelligence Platform with Apache Kafka | J...HostedbyConfluent
As cyber threats continuously grow in sophistication and frequency, companies need to quickly acclimate to effectively detect, respond, and protect their environments. At Intel, we’ve addressed this need by implementing a modern, scalable Cyber Intelligence Platform (CIP) based on Splunk and Apache Kafka. We believe that CIP positions us for the best defense against cyber threats well into the future.
Our CIP ingests tens of terabytes of data each day and transforms it into actionable insights through streams processing, context-smart applications, and advanced analytics techniques. Kafka serves as a massive data pipeline within the platform. It provides us the ability to operate on data in-stream, enabling us to reduce Mean Time to Detect (MTTD) and Mean Time to Respond (MTTR). Faster detection and response ultimately leads to better prevention.
In our session, we’ll discuss the details described in the IT@Intel white paper that was published in Nov 2020 with same title.
Partner Ecosystem Showcase for Apache Ranger and Apache AtlasDataWorks Summit
The community for Apache Atlas and Apache Ranger, which are foundational components for Security and Governance across the Hadoop stack, has spawned a robust partner ecosystem of tools and platforms. These partner solutions build upon the extensibility offered in these platforms via open and robust APIs via integration patterns to provide innovative “better together” capabilities. In this talk, we will showcase how three of Hortonworks partners Talend, Protegrity, and Arcadia Data have effectively extended Apache Ranger and Apache Atlas frameworks to provide value added security and governance features to complement the Hadoop ecosystem. The talk will showcase partner-led demonstrations that will include how to enhance Apache Atlas lineage and metadata to cover ETL operations, how to build Apache Ranger authorizations of custom objects such as visualizations and how to enhance Apache Ranger’s data protection capabilities for encryption and masking. We will also provide a short overview of Hortonworks Gov Ready and Sec Ready programs and how partners can benefit from the certification process as part of this program.
My perspective on the evolution of big data from the perspective of a distributed systems researcher & engineer -- the background of how it get started, the scale-out paradigm, industry use cases, open source development paradigm, and interesting future challenges.
Spark as part of a Hybrid RDBMS Architecture-John Leach Cofounder Splice MachineData Con LA
In this talk, we will discuss how we use Spark as part of a hybrid RDBMS architecture that includes Hadoop and HBase. The optimizer evaluates each query and sends OLTP traffic (including CRUD queries) to HBase and OLAP traffic to Spark. We will focus on the challenges of handling the tradeoffs inherent in an integrated architecture that simultaneously handles real-time and batch traffic. Lessons learned include: - Embedding Spark into a RDBMS - Running Spark on Yarn and isolating OLTP traffic from OLAP traffic - Accelerating the generation of Spark RDDs from HBase - Customizing the Spark UI The lessons learned can also be applied to other hybrid systems, such as Lambda architectures.
Bio:-
John Leach is the CTO and Co-Founder of Splice Machine. With over 15 years of software experience under his belt, John’s expertise in analytics and BI drives his role as Chief Technology Officer. Prior to Splice Machine, John founded Incite Retail in June 2008 and led the company’s strategy and development efforts. At Incite Retail, he built custom Big Data systems (leveraging HBase and Hadoop) for Fortune 500 companies. Prior to Incite Retail, he ran the business intelligence practice at Blue Martini Software and built strategic partnerships with integration partners. John was a key subject matter expert for Blue Martini Software in many strategic implementations across the world. His focus at Blue Martini was helping clients incorporate decision support knowledge into their current business processes utilizing advanced algorithms and machine learning. John received dual bachelor’s degrees in biomedical and mechanical engineering from Washington University in Saint Louis. Leach is the organizer emeritus for the Saint Louis Hadoop Users Group and is active in the Washington University Elliot Society.
Webinar - Sehr empfehlenswert: wie man aus Daten durch maschinelles Lernen We...Cloudera, Inc.
Unternehmen sind heutzutage in der Lage ihre Daten mit relativer Leichtigkeit aufzunehmen und zu verwalten. Die Herausforderung besteht nun darin, die verborgenen Muster in den Daten zu erkennen und diese zu verstehen, um einen Mehrwert zu generieren. Aufgrund der großen Datenmengen gelingt dies mit traditionelle Ansätzen zumeist nicht. Das Ergebnis: Organisationen kämpfen, um wirklich zu innovieren und sich zu differenzieren.
Put Alternative Data to Use in Capital Markets Cloudera, Inc.
Alternative data for capital markets, such as satellite imagery, logistics data, and social media feeds, has been getting a lot of attention recently. Like any trending topic, its uses and benefits can be hyped up a bit but if the right plumbing and creativity is in place, those benefits can be realized.
3 things to learn:
* Examples of alt data use cases, sources, and recent market trends
* Why a big data platform that facilitates self service and collaboration is critical in monetizing alternative data
* How alternative data can be applied to enhance current processes (Demo)
ระบบ Enterprise Email Server รองรับการทำงานร่วมกับ Google Apps Cloud, Office365 Cloud เพื่อใช้งานร่วมกันหรือเป็น Internal Mail รองรับผู้ใช้งานไม่จำกัดจำนวน
Using Big Data to Transform Your Customer’s Experience - Part 1 Cloudera, Inc.
3 Things to Learn About:
-How the Customer Insights Solution helped
- How customer insights can improve customer loyalty, reduce customer churn, and increase upsell opportunities
- Which real-world use cases are ideal for using big data analytics on customer data
Unprotected data stores are prone to data breaches. In this talk, I'll explain how to implement security on Hadoop. This talks covers basic elements, such as firewall, HA, backup, Kerberos, data encryption (both at rest and in transit).
I also shed light on how Cloudera handles security vulnerability reports, and a little bit on partner product certification process.
Apache Spark—Apache HBase Connector: Feature Rich and Efficient Access to HBa...Spark Summit
Both Spark and HBase are widely used, but how to use them together with high performance and simplicity is a very challenging topic. Spark HBase Connector(SHC) provides feature rich and efficient access to HBase through Spark SQL. It bridges the gap between the simple HBase key value store and complex relational SQL queries and enables users to perform complex data analytics on top of HBase using Spark. SHC implements the standard Spark data source APIs, and leverages the Spark catalyst engine for query optimization. To achieve high performance, SHC constructs the RDD from scratch instead of using the standard HadoopRDD. With the customized RDD, all critical techniques can be applied and fully implemented, such as partition pruning, column pruning, predicate pushdown and data locality. The design makes the maintenance easy, while achieving a good tradeoff between performance and simplicity. In addition to fully supporting all the Avro schemas natively, SHC has also integrated natively with Phoenix data types. With SHC, Spark can execute batch jobs to read/write data from/into Phoenix tables. Phoenix can also read/write data from/into HBase tables created by SHC. For example, users can run a complex SQL query on top of an HBase table created by Phoenix inside Spark, perform a table join against an Dataframe which reads the data from a Hive table, or integrate with Spark Streaming to implement a more complicated system. In this talk, apart from explaining why SHC is of great use, we will also demo how SHC works, how to use SHC in secure/non-secure clusters, how SHC works with multiple secure HBase clusters, etc. This talk will also benefit people who use Spark and other data sources (besides HBase) as it inspires them with ideas of how to support high performance data source access at the Spark DataFrame level.
MatFast: In-Memory Distributed Matrix Computation Processing and Optimization...Spark Summit
The use of large-scale machine learning and data mining methods is becoming ubiquitous in many application domains ranging from business intelligence and bioinformatics to self-driving cars. These methods heavily rely on matrix computations, and it is hence critical to make these computations scalable and efficient. These matrix computations are often complex and involve multiple steps that need to be optimized and sequenced properly for efficient execution. This work presents new efficient and scalable matrix processing and optimization techniques based on Spark. The proposed techniques estimate the sparsity of intermediate matrix-computation results and optimize communication costs. An evaluation plan generator for complex matrix computations is introduced as well as a distributed plan optimizer that exploits dynamic cost-based analysis and rule-based heuristics The result of a matrix operation will often serve as an input to another matrix operation, thus defining the matrix data dependencies within a matrix program. The matrix query plan generator produces query execution plans that minimize memory usage and communication overhead by partitioning the matrix based on the data dependencies in the execution plan. We implemented the proposed matrix techniques inside the Spark SQL, and optimize the matrix execution plan based on Spark SQL Catalyst. We conduct case studies on a series of ML models and matrix computations with special features on different datasets. These are PageRank, GNMF, BFGS, sparse matrix chain multiplications, and a biological data analysis. The open-source library ScaLAPACK and the array-based database SciDB are used for performance evaluation. Our experiments are performed on six real-world datasets are: social network data ( e.g., soc-pokec, cit-Patents, LiveJournal), Twitter2010, Netflix recommendation data, and 1000 Genomes Project sample. Experiments demonstrate that our proposed techniques achieve up to an order-of-magnitude performance.
Benefits of Transferring Real-Time Data to Hadoop at ScaleHortonworks
Today’s Big Data teams demand solutions designed for Big Data that are optimized, secure, and adaptable to changing workload requirements. Working together, Hortonworks, IBM, and Attunity have designed an integrated solution that transfers large volumes of data to a platform that can handle rapid ingest, processing and analysis of data of all types from all sources, at scale.
https://hortonworks.com/webinar/benefits-transferring-real-time-data-hadoop-scale-ibm-hortonworks-attunity/
Build Low-Latency Applications in Rust on ScyllaDBScyllaDB
Hands-on workshop to explore the affinities between Rust, the Tokio framework, and ScyllaDB NoSQL.
ScyllaDB is a perfect match for Rust. Similar to the Rust programming language and the Tokio framework, ScyllaDB is built on an asynchronous, non-blocking runtime that works extremely well for building highly-reliable low-latency distributed applications.
In this workshop, we’ll build a sample Rust application on our high performance native Rust client driver. By compiling and walking through the code, you’ll learn how to craft queries to a locally running ScyllaDB cluster.
We’ll cover how to:
- Install and compile a sample app, built on ScyllaDB’s native Rust SDK.
- Get a ScyllaDB cluster up and running
- Connect the application to the database
- Review data modeling, query types, and best practices
- Manage and monitor the database for consistently low latencies
If you’re an application developer with an interest in Rust and Tokio, this workshop is for you!
Introduction to Software Defined Visualization (SDVis)Intel® Software
Software defined visualization (SDVis) is an open-source initiative from Intel and industry collaborators. Improve the visual fidelity, performance, and efficiency of prominent visualization solutions, while supporting the rapidly growing big data use on workstations through high-performance computing (HPC) on supercomputing clusters without memory limitations and cost of GPU-based solutions.
Optimizing Performance in Rust for Low-Latency Database DriversScyllaDB
The process of optimizing shard-aware drivers for ScyllaDB has involved several initiatives, often necessitating a complete rewrite from the ground up. Discover the efforts put into enhancing the performance of ScyllaDB drivers with a focus on Rust, and how its code base will serve as a foundation for drivers using other language bindings in the future. This session emphasizes the performance gains achieved by harnessing the power of the asynchronous Tokio framework as the backbone of a new, high-performance driver while thoughtfully architecting and optimizing various components of the driver.
Scaling up Near Real-time Analytics @Uber &LinkedInC4Media
Video and slides synchronized, mp3 and slide download available at URL http://bit.ly/2nSvlYI.
Chinmay Soman and Yi Pan discuss how Uber and LinkedIn use Apache Samza, Apache Calcite and Pinot. They talk about their analytics platform AthenaX used by data scientists and engineers for specifying data transformations and make it available for querying by real-time dashboards & maps within minutes. Then they focus on what happens under the hood and challenges faced with respect to scale. Filmed at qconsf.com.
Yi Pan is a Distributed Systems Engineer at Linkedin. He joined Linkedin in 2014 and has quickly become the lead of Samza team in LinkedIn and a Committer and PMC member in Apache Samza. Chinmay Soman is a software engineer at Uber, where he builds a self-service platform for doing near real-time analytics. His areas of interest include distributed systems and security.
Build Low-Latency Applications in Rust on ScyllaDBScyllaDB
Join us for a developer workshop where we’ll go hands-on to explore the affinities between Rust, the Tokio framework, and ScyllaDB. You’ll go live with our sample Rust application, built on our new, high performance native Rust client driver.
High concurrency, Low latency analytics using Spark/KuduChris George
With the right combination of open source projects, you can have a high concurrency and low latency spark jobs for doing data analysis. We'll show both REST and JDBC access to access data from a persistent spark context and then show how the combination of Spark Job Server, Spark Thrift Server and Apache Kudu can create a scalable backend for low latency analytics.
Building a modern Software as a Service platform brings a lot of interesting engineering challenges. During this talk, I’m going to share my team’s journey of building a SaaS from scratch in 2020. First, we are going to start with the technologies and the architecture we picked. Then, we’ll go over the interesting challenge of implementing multitenancy. And we'll see how we benchmarked three different options and picked one. And last but not least, we’ll explore how every startup can use open source technologies to build observability infrastructure. And how to run their SaaS in production.
Docker is an open platform for developers and system administrators to build, ship and run distributed applications. Using Docker, companies in Jordan have been able to build powerful system architectures that allow speeding up delivery, easing deployment processes and at the same time cutting major hosting costs.
Osama Jaber shares his experience at ArabiaWeather in how they moved away from AWS to a highly-redundant, high-performance and low-cost solution using docker and other open-source technologies.
Catch the Wave: SAP Event-Driven and Data Streaming for the Intelligence Ente...confluent
In our exclusive webinar, you'll learn why event-driven architecture is the key to unlocking cost efficiency, operational effectiveness, and profitability. Gain insights on how this approach differs from API-driven methods and why it's essential for your organization's success.
Unlocking the Power of IoT: A comprehensive approach to real-time insightsconfluent
In today's data-driven world, the Internet of Things (IoT) is revolutionizing industries and unlocking new possibilities. Join Data Reply, Confluent, and Imply as we unveil a comprehensive solution for IoT that harnesses the power of real-time insights.
Workshop híbrido: Stream Processing con Flinkconfluent
El Stream processing es un requisito previo de la pila de data streaming, que impulsa aplicaciones y pipelines en tiempo real.
Permite una mayor portabilidad de datos, una utilización optimizada de recursos y una mejor experiencia del cliente al procesar flujos de datos en tiempo real.
En nuestro taller práctico híbrido, aprenderás cómo filtrar, unir y enriquecer fácilmente datos en tiempo real dentro de Confluent Cloud utilizando nuestro servicio Flink sin servidor.
Industry 4.0: Building the Unified Namespace with Confluent, HiveMQ and Spark...confluent
Our talk will explore the transformative impact of integrating Confluent, HiveMQ, and SparkPlug in Industry 4.0, emphasizing the creation of a Unified Namespace.
In addition to the creation of a Unified Namespace, our webinar will also delve into Stream Governance and Scaling, highlighting how these aspects are crucial for managing complex data flows and ensuring robust, scalable IIoT-Platforms.
You will learn how to ensure data accuracy and reliability, expand your data processing capabilities, and optimize your data management processes.
Don't miss out on this opportunity to learn from industry experts and take your business to the next level.
La arquitectura impulsada por eventos (EDA) será el corazón del ecosistema de MAPFRE. Para seguir siendo competitivas, las empresas de hoy dependen cada vez más del análisis de datos en tiempo real, lo que les permite obtener información y tiempos de respuesta más rápidos. Los negocios con datos en tiempo real consisten en tomar conciencia de la situación, detectar y responder a lo que está sucediendo en el mundo ahora.
Eventos y Microservicios - Santander TechTalkconfluent
Durante esta sesión examinaremos cómo el mundo de los eventos y los microservicios se complementan y mejoran explorando cómo los patrones basados en eventos nos permiten descomponer monolitos de manera escalable, resiliente y desacoplada.
Purpose of the session is to have a dive into Apache, Kafka, Data Streaming and Kafka in the cloud
- Dive into Apache Kafka
- Data Streaming
- Kafka in the cloud
Build real-time streaming data pipelines to AWS with Confluentconfluent
Traditional data pipelines often face scalability issues and challenges related to cost, their monolithic design, and reliance on batch data processing. They also typically operate under the premise that all data needs to be stored in a single centralized data source before it's put to practical use. Confluent Cloud on Amazon Web Services (AWS) provides a fully managed cloud-native platform that helps you simplify the way you build real-time data flows using streaming data pipelines and Apache Kafka.
Q&A with Confluent Professional Services: Confluent Service Meshconfluent
No matter whether you are migrating your Kafka cluster to Confluent Cloud, running a cloud-hybrid environment or are in a different situation where data protection and encryption of sensitive information is required, Confluent Service Mesh allows you to transparently encrypt your data without the need to make code changes to you existing applications.
Citi Tech Talk: Event Driven Kafka Microservicesconfluent
Microservices have become a dominant architectural paradigm for building systems in the enterprise, but they are not without their tradeoffs. Learn how to build event-driven microservices with Apache Kafka
Confluent & GSI Webinars series - Session 3confluent
An in depth look at how Confluent is being used in the financial services industry. Gain an understanding of how organisations are utilising data in motion to solve common problems and gain benefits from their real time data capabilities.
It will look more deeply into some specific use cases and show how Confluent technology is used to manage costs and mitigate risks.
This session is aimed at Solutions Architects, Sales Engineers and Pre Sales, and also the more technically minded business aligned people. Whilst this is not a deeply technical session, a level of knowledge around Kafka would be helpful.
Transforming applications built with traditional messaging solutions such as TIBCO, MQ and Solace to be scalable, reliable and ready for the move to cloud
How can applications built with traditional messaging technologies like TIBCO, Solace and IBM MQ be modernised and be made cloud ready? What are the advantages to Event Streaming approaches to pub/sub vs traditional message queues? What are the strengeths and weaknesses of both approaches, and what use cases and requirements are actually a better fit for messaging than Kafka?
This session will show why the old paradigm does not work and that a new approach to the data strategy needs to be taken. It aims to show how a Data Streaming Platform is integral to the evolution of a company’s data strategy and how Confluent is not just an integration layer but the central nervous system for an organisation
Vous apprendrez également à :
• Créer plus rapidement des produits et fonctionnalités à l’aide d’une suite complète de connecteurs et d’outils de gestion des flux, et à connecter vos environnements à des pipelines de données
• Protéger vos données et charges de travail les plus critiques grâce à des garanties intégrées en matière de sécurité, de gouvernance et de résilience
• Déployer Kafka à grande échelle en quelques minutes tout en réduisant les coûts et la charge opérationnelle associés
Confluent Partner Tech Talk with Synthesisconfluent
A discussion on the arduous planning process, and deep dive into the design/architectural decisions.
Learn more about the networking, RBAC strategies, the automation, and the deployment plan.
Saudi Arabia stands as a titan in the global energy landscape, renowned for its abundant oil and gas resources. It's the largest exporter of petroleum and holds some of the world's most significant reserves. Let's delve into the top 10 oil and gas projects shaping Saudi Arabia's energy future in 2024.
Welcome to WIPAC Monthly the magazine brought to you by the LinkedIn Group Water Industry Process Automation & Control.
In this month's edition, along with this month's industry news to celebrate the 13 years since the group was created we have articles including
A case study of the used of Advanced Process Control at the Wastewater Treatment works at Lleida in Spain
A look back on an article on smart wastewater networks in order to see how the industry has measured up in the interim around the adoption of Digital Transformation in the Water Industry.
Hierarchical Digital Twin of a Naval Power SystemKerry Sado
A hierarchical digital twin of a Naval DC power system has been developed and experimentally verified. Similar to other state-of-the-art digital twins, this technology creates a digital replica of the physical system executed in real-time or faster, which can modify hardware controls. However, its advantage stems from distributing computational efforts by utilizing a hierarchical structure composed of lower-level digital twin blocks and a higher-level system digital twin. Each digital twin block is associated with a physical subsystem of the hardware and communicates with a singular system digital twin, which creates a system-level response. By extracting information from each level of the hierarchy, power system controls of the hardware were reconfigured autonomously. This hierarchical digital twin development offers several advantages over other digital twins, particularly in the field of naval power systems. The hierarchical structure allows for greater computational efficiency and scalability while the ability to autonomously reconfigure hardware controls offers increased flexibility and responsiveness. The hierarchical decomposition and models utilized were well aligned with the physical twin, as indicated by the maximum deviations between the developed digital twin hierarchy and the hardware.
NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...Amil Baba Dawood bangali
Contact with Dawood Bhai Just call on +92322-6382012 and we'll help you. We'll solve all your problems within 12 to 24 hours and with 101% guarantee and with astrology systematic. If you want to take any personal or professional advice then also you can call us on +92322-6382012 , ONLINE LOVE PROBLEM & Other all types of Daily Life Problem's.Then CALL or WHATSAPP us on +92322-6382012 and Get all these problems solutions here by Amil Baba DAWOOD BANGALI
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Immunizing Image Classifiers Against Localized Adversary Attacksgerogepatton
This paper addresses the vulnerability of deep learning models, particularly convolutional neural networks
(CNN)s, to adversarial attacks and presents a proactive training technique designed to counter them. We
introduce a novel volumization algorithm, which transforms 2D images into 3D volumetric representations.
When combined with 3D convolution and deep curriculum learning optimization (CLO), itsignificantly improves
the immunity of models against localized universal attacks by up to 40%. We evaluate our proposed approach
using contemporary CNN architectures and the modified Canadian Institute for Advanced Research (CIFAR-10
and CIFAR-100) and ImageNet Large Scale Visual Recognition Challenge (ILSVRC12) datasets, showcasing
accuracy improvements over previous techniques. The results indicate that the combination of the volumetric
input and curriculum learning holds significant promise for mitigating adversarial attacks without necessitating
adversary training.
Water scarcity is the lack of fresh water resources to meet the standard water demand. There are two type of water scarcity. One is physical. The other is economic water scarcity.
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...Dr.Costas Sachpazis
Terzaghi's soil bearing capacity theory, developed by Karl Terzaghi, is a fundamental principle in geotechnical engineering used to determine the bearing capacity of shallow foundations. This theory provides a method to calculate the ultimate bearing capacity of soil, which is the maximum load per unit area that the soil can support without undergoing shear failure. The Calculation HTML Code included.
Industrial Training at Shahjalal Fertilizer Company Limited (SFCL)MdTanvirMahtab2
This presentation is about the working procedure of Shahjalal Fertilizer Company Limited (SFCL). A Govt. owned Company of Bangladesh Chemical Industries Corporation under Ministry of Industries.
1. Anton Gorshkov
Real-Time Analytics Visualized
Kafka Streamliner MemSQL ZoomData
Please note that during the course of this presentation ZoomData products will be used and shown on the
screen. Goldman Sachs has an ownership interest in ZoomData, Inc. and may have other business relationships
with ZoomData, Inc. Nothing herein shall constitute an offer to sell or a solicitation of an offer to buy an interest in
any entity or product.
Learn more at GS.com/Engineering
2. >docker run kafka
>docker run memsql
>docker run zoomdata
Initial Set-Up
2 4-CPU / 16GB / 80GB SSD / Intel Xeon E5-2670 @ 2.5GHzX
Our online Engineering Hub (gs.com/engineering) is regularly updated with profiles of our latest projects, our engineers and our activities in the community.
Take a moment to visit the hub yourself and find at least one article you can reference or talk to….