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     new 243816b869f Publishing website 2023/10/17 19:15:46 at commit 36574ce
243816b869f is described below

commit 243816b869f058c413f76760d82b51af035e9878
Author: runner <runner@main-runner-x5s5p-lghf7>
AuthorDate: Tue Oct 17 19:15:46 2023 +0000

    Publishing website 2023/10/17 19:15:46 at commit 36574ce
---
 website/generated-content/case-studies/index.html  |   5 +-
 website/generated-content/case-studies/index.xml   | 260 ++++++++++++++++++---
 .../case-studies/linkedin/index.html               |   5 +-
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 13 files changed, 239 insertions(+), 36 deletions(-)

diff --git a/website/generated-content/case-studies/index.html 
b/website/generated-content/case-studies/index.html
index 47082be5a6c..6daac725ec3 100644
--- a/website/generated-content/case-studies/index.html
+++ b/website/generated-content/case-studies/index.html
@@ -37,7 +37,8 @@
 <img class=banner-img-mobile 
src=/images/banners/machine-learning/machine-learning-mobile.jpg alt="Machine 
Learning"></a></div></div><div class=swiper-pagination></div></div><script 
src=/js/swiper-bundle.min.min.e0e8f81b0b15728d35ff73c07f42ddbb17a108d6f23df4953cb3e60df7ade675.js></script>
 <script 
src=/js/sliders/top-banners.min.91104c476b3d8123ebee5ed9a8168556ec546abb698549551b38a0cee187ee1c.js></script>
 <script>function showSearch(){addPlaceholder();var 
e,t=document.querySelector(".searchBar");t.classList.remove("disappear"),e=document.querySelector("#iconsBar"),e.classList.add("disappear")}function
 addPlaceholder(){$("input:text").attr("placeholder","What are you looking 
for?")}function endSearch(){var 
e,t=document.querySelector(".searchBar");t.classList.add("disappear"),e=document.querySelector("#iconsBar"),e.classList.remove("disappear")}function
 blockScroll(){$("body").toggleClass(" [...]
-startups.</p><div class=case-study-list><div class=case-study-card><div 
class=case-study-card-img><img src=/images/logos/powered-by/octo.png 
loading=lazy></i></div><h3 class=case-study-card-title>High-Performing and 
Efficient Transactional Data Processing for OCTO Technology’s Clients</h3><p 
class=case-study-card-description>With Apache Beam, OCTO accelerated the 
migration of one of France’s largest grocery retailers to streaming processing 
for transactional data. By leveraging Apache Be [...]
+startups.</p><div class=case-study-list><div class=case-study-card><div 
class=case-study-card-img><img src=/images/logos/powered-by/linkedin.png 
loading=lazy></i></div><h3 class=case-study-card-title>Revolutionizing 
Real-Time Stream Processing: 4 Trillion Events Daily at LinkedIn</h3><p 
class=case-study-card-description>Apache Beam serves as the backbone of 
LinkedIn's streaming infrastructure, handling the near real-time processing of 
an astounding 4 trillion events daily through 3,000+  [...]
+<img src=/images/arrow-right.svg alt="Go to the case study"></a></div><div 
class=case-study-card><div class=case-study-card-img><img 
src=/images/logos/powered-by/octo.png loading=lazy></i></div><h3 
class=case-study-card-title>High-Performing and Efficient Transactional Data 
Processing for OCTO Technology’s Clients</h3><p 
class=case-study-card-description>With Apache Beam, OCTO accelerated the 
migration of one of France’s largest grocery retailers to streaming processing 
for transactional [...]
 <img src=/images/arrow-right.svg alt="Go to the case study"></a></div><div 
class=case-study-card><div class=case-study-card-img><img 
src=/images/logos/powered-by/hsbc.png loading=lazy></i></div><h3 
class=case-study-card-title>High-Performance Quantitative Risk Analysis with 
Apache Beam at HSBC</h3><p class=case-study-card-description>HSBC finds Apache 
Beam to be more than a data processing framework. It is also a computational 
platform and a risk engine that allowed for 100x scaling and  [...]
 <img src=/images/arrow-right.svg alt="Go to the case study"></a></div><div 
class=case-study-card><div class=case-study-card-img><img 
src=/images/logos/powered-by/project_shield.png loading=lazy></i></div><h3 
class=case-study-card-title>Efficient Streaming Analytics: Making the Web a 
Safer Place with Project Shield</h3><p 
class=case-study-card-description>Project Shield defends the websites of over 
3K vulnerable organizations in >150 countries against DDoS attacks with the 
mission of prot [...]
 <img src=/images/arrow-right.svg alt="Go to the case study"></a></div><div 
class=case-study-card><div class=case-study-card-img><img 
src=/images/logos/powered-by/booking.png loading=lazy></i></div><h3 
class=case-study-card-title>Mass Ad Bidding With Beam at Booking.com</h3><p 
class=case-study-card-description>Apache Beam powers Booking.com’s global ads 
bidding and performance infrastructure, supporting 1M+ queries monthly for 
workflows across multiple data systems scanning 2 PB+ of analy [...]
@@ -48,7 +49,7 @@ startups.</p><div class=case-study-list><div 
class=case-study-card><div class=ca
 <img src=/images/arrow-right.svg alt="Go to the case study"></a></div><div 
class=case-study-card><div class=case-study-card-img><img 
src=/images/logos/powered-by/hop.png loading=lazy></i></div><h3 
class=case-study-card-title>Visual Apache Beam Pipeline Design and 
Orchestration with Apache Hop</h3><p class=case-study-card-description>Apache 
Hop is an open source data orchestration and engineering platform that extends 
Apache Beam with visual pipeline lifecycle management. Neo4j’s Chief So [...]
 <img src=/images/arrow-right.svg alt="Go to the case study"></a></div><div 
class=case-study-card><div class=case-study-card-img><img 
src=/images/logos/powered-by/seznam.png loading=lazy></i></div><h3 
class=case-study-card-title>Scalability and Cost Optimization for Search 
Engine's Workloads</h3><p class=case-study-card-description>Dive into the Czech 
search engine’s experience of scaling the on-premises infrastructure to learn 
more about the benefits of byte-based data shuffling and the  [...]
 <img src=/images/arrow-right.svg alt="Go to the case study"></a></div><div 
class=case-study-card><div class=case-study-card-img><img 
src=/images/logos/powered-by/ricardo.png loading=lazy></i></div><h3 
class=case-study-card-title>Four Apache Technologies Combined for Fun and 
Profit</h3><p class=case-study-card-description>Ricardo, the largest online 
marketplace in Switzerland, uses Apache Beam to stream-process platform data 
and enables the Data Intelligence team to provide scalable data  [...]
-<img src=/images/arrow-right.svg alt="Go to the case 
study"></a></div></div><div class=case-study-row-button-container><a 
href=https://github.com/apache/beam/blob/master/website/ADD_CASE_STUDY.md 
class=case-study-primary-button target=_blank rel="noopener noreferrer">Share 
your story</a></div><h2 class=case-study-h2 id=logos>Also used by</h2><div 
class="case-study-list case-study-list--additional"><a 
class="case-study-used-by-card--responsive case-study-used-by-card 
case-study-used-by-ca [...]
+<img src=/images/arrow-right.svg alt="Go to the case 
study"></a></div></div><div class=case-study-row-button-container><a 
href=https://github.com/apache/beam/blob/master/website/ADD_CASE_STUDY.md 
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your story</a></div><h2 class=case-study-h2 id=logos>Also used by</h2><div 
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diff --git a/website/generated-content/case-studies/index.xml 
b/website/generated-content/case-studies/index.xml
index db7c8bbad24..112cfc6541a 100644
--- a/website/generated-content/case-studies/index.xml
+++ b/website/generated-content/case-studies/index.xml
@@ -142,6 +142,235 @@ Data Architect @ OCTO Technology
 &lt;/div>
 &lt;/div>
 &lt;/div>
+&lt;div 
class="clear-nav">&lt;/div></description></item><item><title>Case-Studies: 
Revolutionizing Real-Time Stream Processing: 4 Trillion Events Daily at 
LinkedIn</title><link>/case-studies/linkedin/</link><pubDate>Thu, 10 Aug 2023 
00:12:00 +0000</pubDate><guid>/case-studies/linkedin/</guid><description>
+&lt;!--
+Licensed under the Apache License, Version 2.0 (the "License");
+you may not use this file except in compliance with the License.
+You may obtain a copy of the License at
+http://www.apache.org/licenses/LICENSE-2.0
+Unless required by applicable law or agreed to in writing, software
+distributed under the License is distributed on an "AS IS" BASIS,
+WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+See the License for the specific language governing permissions and
+limitations under the License.
+-->
+&lt;div class="case-study-opinion">
+&lt;div class="case-study-opinion-img">
+&lt;img src="/images/logos/powered-by/linkedin.png"/>
+&lt;/div>
+&lt;blockquote class="case-study-quote-block">
+&lt;p class="case-study-quote-text">
+“Apache Beam empowers LinkedIn to create timely recommendations and 
personalized experiences by leveraging the freshest data and processing it in 
real-time, ultimately benefiting LinkedIn's vast network of over 950 million 
members worldwide.”
+&lt;/p>
+&lt;div class="case-study-quote-author">
+&lt;div class="case-study-quote-author-img">
+&lt;img src="/images/case-study/linkedin/bingfeng-xia.jpg">
+&lt;/div>
+&lt;div class="case-study-quote-author-info">
+&lt;div class="case-study-quote-author-name">
+Bingfeng Xia
+&lt;/div>
+&lt;div class="case-study-quote-author-position">
+Engineering Manager @LinkedIn
+&lt;/div>
+&lt;/div>
+&lt;/div>
+&lt;/blockquote>
+&lt;/div>
+&lt;div class="case-study-post">
+&lt;h1 
id="revolutionizing-real-time-stream-processing-4-trillion-events-daily-at-linkedin">Revolutionizing
 Real-Time Stream Processing: 4 Trillion Events Daily at LinkedIn&lt;/h1>
+&lt;h2 id="background">Background&lt;/h2>
+&lt;p>At LinkedIn, Apache Beam plays a pivotal role in stream processing 
infrastructures that process over 4 trillion events daily through more than 
3,000 pipelines across multiple production data centers. This robust framework 
empowers near real-time data processing for critical services and platforms, 
ranging from machine learning and notifications to anti-abuse AI modeling. With 
over 950 million members, ensuring that our platform is running smoothly is 
critical to connecting members  [...]
+&lt;p>In this case study, LinkedIn&amp;rsquo;s Bingfeng Xia, Engineering 
Manager, and Xinyu Liu, Senior Staff Engineer, shed light on how the Apache 
Beam programming model&amp;rsquo;s unified, portable, and user-friendly data 
processing framework has enabled a multitude of sophisticated use cases and 
revolutionized Stream Processing at LinkedIn. This technology has &lt;a 
href="https://engineering.linkedin.com/blog/2023/unified-streaming-and-batch-pipelines-at-linkedin--reducing-proc";>opt
 [...]
+&lt;h2 id="linkedin-open-source-ecosystem-and-journey-to-beam">LinkedIn 
Open-Source Ecosystem and Journey to Beam&lt;/h2>
+&lt;p>LinkedIn has a rich history of actively contributing to the open-source 
community, demonstrating its commitment by creating, managing, and utilizing 
various open-source software projects. The LinkedIn engineering team has &lt;a 
href="https://engineering.linkedin.com/content/engineering/en-us/open-source";>open-sourced
 over 75 projects&lt;/a> across multiple categories, with several gaining 
widespread adoption and becoming part of &lt;a 
href="https://www.apache.org/";>the Apache Softw [...]
+&lt;p>To enable the ingestion and real-time processing of enormous volumes of 
data, LinkedIn built a custom stream processing ecosystem largely with tools 
developed in-house (and subsequently open-sourced). In 2010, they introduced 
&lt;a href="https://kafka.apache.org/";>Apache Kafka&lt;/a>, a pivotal Big Data 
ingestion backbone for LinkedIn’s real-time infrastructure. To transition from 
batch-oriented processing and respond to Kafka events within minutes or 
seconds, they built an in-hous [...]
+&lt;p>Though the stream processing ecosystem with Apache Samza at its core 
enabled large-scale stateful data processing, LinkedIn’s ever-evolving demands 
required higher scalability and efficiency, as well as lower latency for the 
streaming pipelines. The lambda architecture approach led to operational 
complexity and inefficiencies, because it required maintaining two different 
codebases and two different engines for batch and streaming data. To address 
these challenges, data engineers s [...]
+&lt;p>The release of &lt;a href="/about/">Apache Beam&lt;/a> in 2016 proved to 
be a game-changer for LinkedIn. Apache Beam offers an open-source, advanced 
unified programming model for both batch and Stream Processing, making it 
possible to create a large-scale common data infrastructure across various 
applications. With support for Python, Go, and Java SDKs and a rich, versatile 
API layer, Apache Beam provided the ideal solution for building sophisticated 
multi-language pipelines and ru [...]
+&lt;blockquote class="case-study-quote-block case-study-quote-wrapped">
+&lt;p class="case-study-quote-text">
+When we started looking at Apache Beam, we realized it was a very attractive 
data processing framework for LinkedIn’s demands: not only does it provide an 
advanced API, but it also allows for converging stream and batch processing and 
multi-language support. Everything we were looking for and out-of-the-box.
+&lt;/p>
+&lt;div class="case-study-quote-author">
+&lt;div class="case-study-quote-author-img">
+&lt;img src="/images/case-study/linkedin/xinyu-liu.jpg">
+&lt;/div>
+&lt;div class="case-study-quote-author-info">
+&lt;div class="case-study-quote-author-name">
+Xinyu Liu
+&lt;/div>
+&lt;div class="case-study-quote-author-position">
+Senior Staff Engineer @LinkedIn
+&lt;/div>
+&lt;/div>
+&lt;/div>
+&lt;/blockquote>
+&lt;p>Recognizing the advantages of Apache Beam&amp;rsquo;s unified data 
processing API, advanced capabilities, and multi-language support, LinkedIn 
began onboarding its first use cases and developed the &lt;a 
href="/documentation/runners/samza/">Apache Samza runner for Beam&lt;/a> in 
2018. By 2019, Apache Beam pipelines were powering several critical use cases, 
and the programming model and framework saw extensive adoption across LinkedIn 
teams. Xinyu Liu showcased the benefits of migra [...]
+&lt;div class="post-scheme">
+&lt;a href="/images/case-study/linkedin/scheme-1.png" target="_blank" 
title="Click to enlarge">
+&lt;img src="/images/case-study/linkedin/scheme-1.png" alt="scheme">
+&lt;/a>
+&lt;/div>
+&lt;h2 id="apache-beam-use-cases-at-linkedin">Apache Beam Use Cases at 
LinkedIn&lt;/h2>
+&lt;h3 id="unified-streaming-and-batch-pipelines">Unified Streaming And Batch 
Pipelines&lt;/h3>
+&lt;p>Some of the first use cases that LinkedIn migrated to Apache Beam 
pipelines involved both real-time computations and periodic backfilling. One 
example was LinkedIn&amp;rsquo;s standardization process. Standardization 
consists of a series of pipelines that use complex AI models to map LinkedIn 
user inputs, such as job titles, skills, or education history, into predefined 
internal IDs. For example, a LinkedIn member who lists their current position 
as &amp;ldquo;Chief Data Scientist& [...]
+&lt;p>LinkedIn&amp;rsquo;s standardization process requires both real-time 
processing to reflect immediate user updates and periodic backfilling to 
refresh data when new AI models are introduced. Before adopting Apache Beam, 
running backfilling as a streaming job required over 5,000 GB-hours in memory 
and nearly 4,000 hours in total CPU time. This heavy load led to extended 
backfilling times and scaling issues, causing the backfilling pipeline to act 
as a &amp;ldquo;noisy neighbor&amp;rd [...]
+&lt;blockquote class="case-study-quote-block case-study-quote-wrapped">
+&lt;p class="case-study-quote-text">
+We came to the question: is it possible to only maintain one codebase but with 
the ability to run it as either a batch job or streaming job? The unified 
Apache Beam model was the solution.
+&lt;/p>
+&lt;div class="case-study-quote-author">
+&lt;div class="case-study-quote-author-img">
+&lt;img src="/images/case-study/linkedin/bingfeng-xia.jpg">
+&lt;/div>
+&lt;div class="case-study-quote-author-info">
+&lt;div class="case-study-quote-author-name">
+Bingfeng Xia
+&lt;/div>
+&lt;div class="case-study-quote-author-position">
+Engineering Manager @LinkedIn
+&lt;/div>
+&lt;/div>
+&lt;/div>
+&lt;/blockquote>
+&lt;p>The Apache Beam APIs enabled LinkedIn engineers to implement business 
logic once within a unified Apache Beam pipeline that efficiently handles both 
real-time standardization and backfilling. Apache Beam offers &lt;a 
href="https://beam.apache.org/releases/javadoc/current/org/apache/beam/sdk/options/PipelineOptions.html";>PipelineOptions&lt;/a>,
 enabling the configuration and customization of various aspects, such as the 
pipeline runner and runner-specific configurations. The extensi [...]
+&lt;div class="post-scheme">
+&lt;a href="/images/case-study/linkedin/scheme-2.png" target="_blank" 
title="Click to enlarge">
+&lt;img src="/images/case-study/linkedin/scheme-2.png" alt="scheme">
+&lt;/a>
+&lt;/div>
+&lt;p>Hundreds of streaming Apache Beam jobs now power real-time 
standardization, listening to events 24/7, enriching streams with additional 
data from remote tables, performing necessary processing, and writing results 
to output databases. The batch Apache Beam backfilling job runs weekly, 
effectively handling 950 million member profiles at a rate of over 40,000 
profiles per second. Apache Beam infers data points into sophisticated AI and 
machine learning models and joins complex data s [...]
+&lt;p>The migration of backfilling logic to a unified Apache Beam pipeline and 
its execution in batch mode resulted in a significant 50% improvement in memory 
and CPU usage efficiency (from ~5000 GB-hours and ~4000 CPU hours to ~2000 
GB-hours and ~1700 CPU hours) and an impressive 94% acceleration in processing 
time (from 7.5 hours to 25 minutes). More details about this use case can be 
found on &lt;a 
href="https://engineering.linkedin.com/blog/2023/unified-streaming-and-batch-pipelines-
 [...]
+&lt;h3 id="anti-abuse--near-real-time-ai-modeling">Anti-Abuse &amp;amp; Near 
Real-Time AI Modeling&lt;/h3>
+&lt;p>LinkedIn is firmly committed to creating a trusted environment for its 
members, and this dedication extends to safeguarding against various types of 
abuse on the platform. To achieve this, the Anti-Abuse AI Team at LinkedIn 
plays a crucial role in creating, deploying, and maintaining AI and deep 
learning models that can detect and prevent different forms of abuse, such as 
fake account creation, member profile scraping, automated spam, and account 
takeovers.&lt;/p>
+&lt;p>Apache Beam fortifies LinkedIn’s internal anti-abuse platform, Chronos, 
enabling abuse detection and prevention in near real-time. Chronos relies on 
two streaming Apache Beam pipelines: the Filter pipeline and the Model 
pipeline. The Filter pipeline reads user activity events from Kafka, extracts 
relevant fields, aggregates and filters the events, and then generates filtered 
Kafka messages for downstream AI processing. Subsequently, the Model pipeline 
consumes these filtered messag [...]
+&lt;div class="post-scheme">
+&lt;a href="/images/case-study/linkedin/scheme-3.png" target="_blank" 
title="Click to enlarge">
+&lt;img src="/images/case-study/linkedin/scheme-3.png" alt="scheme">
+&lt;/a>
+&lt;/div>
+&lt;p>The flexibility of Apache Beam&amp;rsquo;s pluggable architecture and 
the availability of various I/O options seamlessly integrated the anti-abuse 
pipelines with Kafka and key-value stores. LinkedIn has dramatically reduced 
the time it takes to label abusive actions, cutting it down from 1 day to just 
5 minutes and processing time-series events at an impressive rate of over 3 
million queries per second. Apache Beam empowered near real-time processing, 
significantly bolstering Linke [...]
+&lt;blockquote class="case-study-quote-block case-study-quote-wrapped">
+&lt;p class="case-study-quote-text">
+Apache Beam enabled revolutionary, phenomenal performance improvements - the 
anti-abuse processing accelerated from 1 day to 5 minutes. We have seen more 
than 6% improvement in detecting logged-in scrapping profiles.
+&lt;/p>
+&lt;div class="case-study-quote-author">
+&lt;div class="case-study-quote-author-img">
+&lt;img src="/images/case-study/linkedin/xinyu-liu.jpg">
+&lt;/div>
+&lt;div class="case-study-quote-author-info">
+&lt;div class="case-study-quote-author-name">
+Xinyu Liu
+&lt;/div>
+&lt;div class="case-study-quote-author-position">
+Senior Staff Engineer @LinkedIn
+&lt;/div>
+&lt;/div>
+&lt;/div>
+&lt;/blockquote>
+&lt;h3 id="notifications-platform">Notifications Platform&lt;/h3>
+&lt;p>As a social media network, LinkedIn heavily relies on instant 
notifications to drive member engagement. To achieve this, Apache Beam and 
Apache Samza together power LinkedIn’s large-scale Notifications Platform that 
generates notification content, pinpoints the target audience, and ensures the 
timely and relevant distribution of content.&lt;/p>
+&lt;p>The streaming Apache Beam pipelines have intricate business logic and 
handle enormous volumes of data in a near real-time fashion. The pipelines 
consume, aggregate, partition, and process events from over 950 million 
LinkedIn members and feed the data to downstream machine learning models. The 
ML models perform distributed targeting and scalable scoring on the order of 
millions of candidate notifications per second based on the recipient member’s 
historical actions and make persona [...]
+&lt;p>The advanced Apache Beam API offers complex aggregation and filtering 
capabilities out-of-the-box, and its programming model allows for the creation 
of reusable components. These features enable LinkedIn to expedite development 
and streamline the scaling of the Notifications platform as they transition 
more notification use cases from Samza to Beam pipelines.&lt;/p>
+&lt;blockquote class="case-study-quote-block case-study-quote-wrapped">
+&lt;p class="case-study-quote-text">
+LinkedIn’s user engagement is greatly driven by how timely we can send 
relevant notifications. Apache Beam enabled a scalable, near real-time 
infrastructure behind this business-critical use case.
+&lt;/p>
+&lt;div class="case-study-quote-author">
+&lt;div class="case-study-quote-author-img">
+&lt;img src="/images/case-study/linkedin/bingfeng-xia.jpg">
+&lt;/div>
+&lt;div class="case-study-quote-author-info">
+&lt;div class="case-study-quote-author-name">
+Bingfeng Xia
+&lt;/div>
+&lt;div class="case-study-quote-author-position">
+Engineering Manager @LinkedIn
+&lt;/div>
+&lt;/div>
+&lt;/div>
+&lt;/blockquote>
+&lt;h3 id="real-time-ml-feature-generation">Real-Time ML Feature 
Generation&lt;/h3>
+&lt;p>LinkedIn&amp;rsquo;s core functionalities, such as job recommendations 
and search feed, heavily rely on ML models that consume thousands of features 
related to various entities like companies, job postings, and members. However, 
before the adoption of Apache Beam, the original offline ML feature generation 
pipeline suffered from a delay of 24 to 48 hours between member actions and the 
impact of those actions on the recommendation system. This delay resulted in 
missed opportunities, [...]
+&lt;p>Using Managed Beam as the foundation, LinkedIn developed a hosted 
platform for ML feature generation. The ML platform provides AI engineers with 
real-time features and an efficient pipeline authoring experience, all while 
abstracting away deployment and operational complexities. AI engineers create 
feature definitions and deploy them using Managed Beam. When LinkedIn members 
take actions on the platform, the streaming Apache Beam pipeline generates 
fresher machine learning features [...]
+&lt;div class="post-scheme">
+&lt;a href="/images/case-study/linkedin/scheme-4.png" target="_blank" 
title="Click to enlarge">
+&lt;img src="/images/case-study/linkedin/scheme-4.png" alt="scheme">
+&lt;/a>
+&lt;/div>
+&lt;p>The powerful Apache Beam Stream Processing platform played a pivotal 
role in eliminating the delay between member actions and data availability, 
achieving an impressive end-to-end pipeline latency of just a few seconds. This 
significant improvement allowed LinkedIn&amp;rsquo;s ML models to take 
advantage of up-to-date information and deliver more personalized and timely 
recommendations to our members, leading to significant gains in business 
metrics.&lt;/p>
+&lt;h3 id="managed-stream-processing-platform">Managed Stream Processing 
Platform&lt;/h3>
+&lt;p>As LinkedIn&amp;rsquo;s data infrastructure grew to encompass over 3,000 
Apache Beam pipelines, catering to a diverse range of business use cases, 
LinkedIn&amp;rsquo;s AI and data engineering teams found themselves overwhelmed 
with managing these streaming applications 24/7. The AI engineers encountered 
several technical challenges while creating new pipelines, including the 
intricacy of integrating multiple streaming tools and infrastructures into 
their frameworks, and limited kno [...]
+&lt;div class="post-scheme">
+&lt;a href="/images/case-study/linkedin/scheme-5.png" target="_blank" 
title="Click to enlarge">
+&lt;img src="/images/case-study/linkedin/scheme-5.png" alt="scheme">
+&lt;/a>
+&lt;/div>
+&lt;p>The Apache Beam SDK empowered LinkedIn engineers to create custom 
workflow components as reusable sub-DAGs (Directed Acyclic Graphs) and expose 
them as standard PTransforms. These PTransforms serve as ready-to-use building 
blocks for new pipelines, significantly speeding up the authoring and testing 
process for LinkedIn AI engineers. By abstracting the low-level details of 
underlying engines and runtime environments, Apache Beam allows engineers to 
focus solely on business logic, f [...]
+&lt;p>When the pipelines are ready for deployment, Managed Beam&amp;rsquo;s 
central control plane comes into play, providing essential features like a 
deployment UI, operational dashboard, administrative tools, and automated 
pipeline lifecycle management.&lt;/p>
+&lt;p>Apache Beam&amp;rsquo;s abstraction facilitated the isolation of user 
code from framework evolution during build, deployment, and runtime. To ensure 
the separation of runner processes from user-defined functions (UDFs), Managed 
Beam packages the pipeline business logic and the framework logic as two 
separate JAR files: framework-less artifacts and framework artifacts. During 
pipeline execution on a YARN cluster, these pipeline artifacts run in a Samza 
container as two distinct proc [...]
+&lt;div class="post-scheme">
+&lt;a href="/images/case-study/linkedin/scheme-6.png" target="_blank" 
title="Click to enlarge">
+&lt;img src="/images/case-study/linkedin/scheme-6.png" alt="scheme">
+&lt;/a>
+&lt;/div>
+&lt;p>Apache Beam also underpinned Managed Beam&amp;rsquo;s autosizing 
controller tool, which automates hardware resource tuning and provides 
auto-remediation for streaming pipelines. Streaming Apache Beam pipelines 
self-report diagnostic information, such as metrics and key deployment logs, in 
the form of Kafka topics. Additionally, LinkedIn&amp;rsquo;s internal 
monitoring tools report runtime errors, such as heartbeat failures, 
out-of-memory events, and processing lags. The Apache Beam [...]
+&lt;blockquote class="case-study-quote-block case-study-quote-wrapped">
+&lt;p class="case-study-quote-text">
+Apache Beam helped streamline operations management and enabled 
fully-automated autoscaling, significantly reducing the time to onboard new 
applications. Previously, onboarding required a lot of manual 'trial and error' 
iterations and deep knowledge of the internal system and metrics.
+&lt;/p>
+&lt;div class="case-study-quote-author">
+&lt;div class="case-study-quote-author-img">
+&lt;img src="/images/case-study/linkedin/bingfeng-xia.jpg">
+&lt;/div>
+&lt;div class="case-study-quote-author-info">
+&lt;div class="case-study-quote-author-name">
+Bingfeng Xia
+&lt;/div>
+&lt;div class="case-study-quote-author-position">
+Engineering Manager @LinkedIn
+&lt;/div>
+&lt;/div>
+&lt;/div>
+&lt;/blockquote>
+&lt;p>The extensibility, pluggability, portability, and abstraction of Apache 
Beam formed the backbone of LinkedIn&amp;rsquo;s Managed Beam platform. The 
Managed Beam platform accelerated the time to author, test, and stabilize 
streaming pipelines from months to days, facilitated fast experimentation, and 
almost entirely eliminated operational costs for AI engineers.&lt;/p>
+&lt;h2 id="summary">Summary&lt;/h2>
+&lt;p>Apache Beam played a pivotal role in revolutionizing and scaling 
LinkedIn&amp;rsquo;s data infrastructure. Beam&amp;rsquo;s powerful streaming 
capabilities enable real-time processing for critical business use cases, at a 
scale of over 4 trillion events daily through more than 3,000 pipelines.&lt;/p>
+&lt;p>The versatility of Apache Beam empowered LinkedIn’s engineering teams to 
optimize their data processing for various business use cases:&lt;/p>
+&lt;ul>
+&lt;li>Apache Beam&amp;rsquo;s unified and portable framework allowed LinkedIn 
to consolidate streaming and batch processing into unified pipelines. These 
unified pipelines resulted in a 2x optimization in cost-to-serve, a 2x 
improvement in processing performance, and a 2x improvement in memory and CPU 
usage efficiency.&lt;/li>
+&lt;li>LinkedIn&amp;rsquo;s anti-abuse platform leveraged Apache Beam to 
process user activity events from Kafka in near-real-time, achieving a 
remarkable acceleration from days to minutes in labeling abusive actions. The 
nearline defenses are able to catch scrapers within minutes after they start to 
scrape and this leads to more than 6% improvement in detecting logged-in 
scrapping profiles.&lt;/li>
+&lt;li>By adopting Apache Beam, LinkedIn was able to transition from an 
offline ML feature generation pipeline with a 24- to 48-hour delay to a 
real-time platform with an end-to-end pipeline latency at the millisecond or 
second level.&lt;/li>
+&lt;li>Apache Beam’s abstraction and powerful programming model enabled 
LinkedIn to create a fully managed stream processing platform, thus 
facilitating easier authoring, testing, and deployment and accelerating 
time-to-production for new pipelines from months to days.&lt;/li>
+&lt;/ul>
+&lt;p>Apache Beam boasts seamless plug-and-play capabilities, integrating 
smoothly with Apache Kafka, Apache Pinot, and other core technologies at 
LinkedIn, all while ensuring optimal performance at scale. As LinkedIn 
continues experimenting with new engines and tooling, the Apache Beam 
portability future-proofs our ecosystem against any changes in the underlying 
infrastructure.&lt;/p>
+&lt;blockquote class="case-study-quote-block case-study-quote-wrapped">
+&lt;p class="case-study-quote-text">
+By enabling a scalable, near real-time infrastructure behind business-critical 
use cases, Apache Beam empowers LinkedIn to leverage the freshest data and 
process it in real-time to create timely recommendations and personalized 
experiences, ultimately benefiting LinkedIn's vast network of over 950 million 
members worldwide.
+&lt;/p>
+&lt;div class="case-study-quote-author">
+&lt;div class="case-study-quote-author-img">
+&lt;img src="/images/case-study/linkedin/xinyu-liu.jpg">
+&lt;/div>
+&lt;div class="case-study-quote-author-info">
+&lt;div class="case-study-quote-author-name">
+Xinyu Liu
+&lt;/div>
+&lt;div class="case-study-quote-author-position">
+Senior Staff Engineer @LinkedIn
+&lt;/div>
+&lt;/div>
+&lt;/div>
+&lt;/blockquote>
+&lt;p>&lt;br>&lt;br>&lt;/p>
+&lt;div class="case-study-feedback" id="case-study-feedback">
+&lt;p class="case-study-feedback-title">Was this information useful?&lt;/p>
+&lt;div>
+&lt;button class="btn case-study-feedback-btn" 
onclick="sendCaseStudyFeedback(true, 'LinkedIn')">Yes&lt;/button>
+&lt;button class="btn case-study-feedback-btn" 
onclick="sendCaseStudyFeedback(false, 'LinkedIn')">No&lt;/button>
+&lt;/div>
+&lt;/div>
+&lt;/div>
 &lt;div 
class="clear-nav">&lt;/div></description></item><item><title>Case-Studies: 
High-Performance Quantitative Risk Analysis with Apache Beam at 
HSBC</title><link>/case-studies/hsbc/</link><pubDate>Tue, 20 Jun 2023 00:12:00 
+0000</pubDate><guid>/case-studies/hsbc/</guid><description>
 &lt;!--
 Licensed under the Apache License, Version 2.0 (the "License");
@@ -2453,33 +2682,4 @@ distributed under the License is distributed on an "AS 
IS" BASIS,
 WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 See the License for the specific language governing permissions and
 limitations under the License.
---></description></item><item><title>Case-Studies: 
Kio</title><link>/case-studies/kio/</link><pubDate>Mon, 01 Jan 0001 00:00:00 
+0000</pubDate><guid>/case-studies/kio/</guid><description>
-&lt;!--
-Licensed under the Apache License, Version 2.0 (the "License");
-you may not use this file except in compliance with the License.
-You may obtain a copy of the License at
-http://www.apache.org/licenses/LICENSE-2.0
-Unless required by applicable law or agreed to in writing, software
-distributed under the License is distributed on an "AS IS" BASIS,
-WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
-See the License for the specific language governing permissions and
-limitations under the License.
--->
-&lt;div class="case-study-post">
-&lt;h1 
id="kio-is-a-set-of-kotlin-extensions-for-apache-beam-to-implement-fluent-like-api-for-java-sdk">Kio
 is a set of Kotlin extensions for Apache Beam to implement fluent-like API for 
Java SDK.&lt;/h1>
-&lt;h2 id="word-count-example">Word Count example&lt;/h2>
-&lt;pre tabindex="0">&lt;code>// Create Kio context
-val kio = Kio.fromArguments(args)
-// Configure a pipeline
-kio.read().text(&amp;#34;~/input.txt&amp;#34;)
-.map { it.toLowerCase() }
-.flatMap { it.split(&amp;#34;\\W+&amp;#34;.toRegex()) }
-.filter { it.isNotEmpty() }
-.countByValue()
-.forEach { println(it) }
-// And execute it
-kio.execute().waitUntilDone()
-&lt;/code>&lt;/pre>&lt;h2 id="documentation">Documentation&lt;/h2>
-&lt;p>For more information about Kio, please see the documentation here: &lt;a 
href="https://code.chermenin.ru/kio";>https://code.chermenin.ru/kio&lt;/a>.&lt;/p>
-&lt;/div>
-&lt;div class="clear-nav">&lt;/div></description></item></channel></rss>
\ No newline at end of file
+--></description></item></channel></rss>
\ No newline at end of file
diff --git a/website/generated-content/case-studies/linkedin/index.html 
b/website/generated-content/case-studies/linkedin/index.html
index 5374a55285a..1200f62e670 100644
--- a/website/generated-content/case-studies/linkedin/index.html
+++ b/website/generated-content/case-studies/linkedin/index.html
@@ -1,4 +1,4 @@
-<!doctype html><html lang=en class=no-js><head><meta charset=utf-8><meta 
http-equiv=x-ua-compatible content="IE=edge"><meta name=viewport 
content="width=device-width,initial-scale=1"><title>Linkedin</title><meta 
name=description content="Apache Beam is an open source, unified model and set 
of language-specific SDKs for defining and executing data processing workflows, 
and also data ingestion and integration flows, supporting Enterprise 
Integration Patterns (EIPs) and Domain Specific Lang [...]
+<!doctype html><html lang=en class=no-js><head><meta charset=utf-8><meta 
http-equiv=x-ua-compatible content="IE=edge"><meta name=viewport 
content="width=device-width,initial-scale=1"><title>Revolutionizing Real-Time 
Stream Processing: 4 Trillion Events Daily at LinkedIn</title><meta 
name=description content="Apache Beam is an open source, unified model and set 
of language-specific SDKs for defining and executing data processing workflows, 
and also data ingestion and integration flows, su [...]
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src=/js/section-nav.min.1405fd5e70fab5f6c54037c269b1d137487d8f3d1b3009032525f6db3fbce991.js
 defer></script>
@@ -36,7 +36,8 @@
 <img class=banner-img-mobile 
src=/images/banners/tour-of-beam/tour-of-beam-mobile.png alt="Start Tour of 
Beam"></a></div><div class=swiper-slide><a 
href=https://beam.apache.org/documentation/ml/overview/><img 
class=banner-img-desktop 
src=/images/banners/machine-learning/machine-learning-desktop.jpg alt="Machine 
Learning">
 <img class=banner-img-mobile 
src=/images/banners/machine-learning/machine-learning-mobile.jpg alt="Machine 
Learning"></a></div></div><div class=swiper-pagination></div></div><script 
src=/js/swiper-bundle.min.min.e0e8f81b0b15728d35ff73c07f42ddbb17a108d6f23df4953cb3e60df7ade675.js></script>
 <script 
src=/js/sliders/top-banners.min.91104c476b3d8123ebee5ed9a8168556ec546abb698549551b38a0cee187ee1c.js></script>
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e,t=document.querySelector(".searchBar");t.classList.remove("disappear"),e=document.querySelector("#iconsBar"),e.classList.add("disappear")}function
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e,t=document.querySelector(".searchBar");t.classList.add("disappear"),e=document.querySelector("#iconsBar"),e.classList.remove("disappear")}function
 blockScroll(){$("body").toggleClass(" [...]
+<script>function showSearch(){addPlaceholder();var 
e,t=document.querySelector(".searchBar");t.classList.remove("disappear"),e=document.querySelector("#iconsBar"),e.classList.add("disappear")}function
 addPlaceholder(){$("input:text").attr("placeholder","What are you looking 
for?")}function endSearch(){var 
e,t=document.querySelector(".searchBar");t.classList.add("disappear"),e=document.querySelector("#iconsBar"),e.classList.remove("disappear")}function
 blockScroll(){$("body").toggleClass(" [...]
+<button class="btn case-study-feedback-btn" 
onclick='sendCaseStudyFeedback(!1,"LinkedIn")'>No</button></div></div></div><div
 class=clear-nav></div></div></div></div></article></div></div><footer 
class=footer><div class=footer__contained><div class=footer__cols><div 
class="footer__cols__col footer__cols__col__logos"><div 
class=footer__cols__col__logo><img src=/images/beam_logo_circle.svg 
class=footer__logo alt="Beam logo"></div><div 
class=footer__cols__col__logo><img src=/images/apache_lo [...]
 <a href=https://www.apache.org>The Apache Software Foundation</a>
 | <a href=/privacy_policy>Privacy Policy</a>
 | <a href=/feed.xml>RSS Feed</a><br><br>Apache Beam, Apache, Beam, the Beam 
logo, and the Apache feather logo are either registered trademarks or 
trademarks of The Apache Software Foundation. All other products or name brands 
are trademarks of their respective holders, including The Apache Software 
Foundation.</div></div><div class="footer__cols__col 
footer__cols__col__logos"><div class=footer__cols__col--group><div 
class=footer__cols__col__logo><a href=https://github.com/apache/beam><im [...]
\ No newline at end of file
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b/website/generated-content/index.html
index 1a7ef494156..b814b62be15 100644
--- a/website/generated-content/index.html
+++ b/website/generated-content/index.html
@@ -35,7 +35,8 @@
 <script 
src=/js/sliders/top-banners.min.91104c476b3d8123ebee5ed9a8168556ec546abb698549551b38a0cee187ee1c.js></script>
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 <span>Link to GitHub Repo</span></button></a></div></div><div id=hero-mobile 
class=hero-mobile><div class=hero-content><h3>Introducing Apache 
Beam</h3><h1>The Unified Apache Beam Model</h1><h2>The easiest way to do batch 
and streaming data processing. Write once, run anywhere data processing for 
mission-critical production workloads.</h2></div></div><div class=ctas><div 
class=ctas_row><a class=ctas_button href=/get-started/beam-overview/><img 
src=images/info_icon.svg> Learn more</a></div [...]
-You can try the Apache Beam examples at <a 
href=https://play.beam.apache.org/>Beam Playground</a>.</p><br><br><div 
class=playground_or_image><a class=playground__mobile 
href=https://play.beam.apache.org/><img src=images/playground.png alt="beam 
playground"></a><div class=playground-wrapper><div 
class=playground-snippets><div class="language-java playground-snippet" 
data-sdk=java></div><div class="language-py playground-snippet" 
data-sdk=python></div><div class="language-go playground-sni [...]
+You can try the Apache Beam examples at <a 
href=https://play.beam.apache.org/>Beam Playground</a>.</p><br><br><div 
class=playground_or_image><a class=playground__mobile 
href=https://play.beam.apache.org/><img src=images/playground.png alt="beam 
playground"></a><div class=playground-wrapper><div 
class=playground-snippets><div class="language-java playground-snippet" 
data-sdk=java></div><div class="language-py playground-snippet" 
data-sdk=python></div><div class="language-go playground-sni [...]
+<img src=/images/arrow-right.svg alt="Go to the case study"></a></div><div 
class=case-study-row-button-container><a 
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index 8acdd63344a..b1caf137ab6 100644
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