Intro to Supported Workloads on the Databricks Lakehouse Platform
Summary
TLDRDas Databricks Lakehouse-Plattform ist eine innovative Lösung, die Datenanalyse, -transformation und -orchestrierung vereint. Sie unterstützt SQL-Analysen, BI-Aufgaben und bietet in Echtzeit Geschäftsinsights. Durch automatisierte ETL-Pipelines, Delta Live Tables und Databricks-Workflows ermöglicht die Plattform effiziente Dateningestion, -transformation und -orchestrierung. Datenanalysten und -ingenieure können auf einer Plattform zusammenarbeiten, was zu schnellen und zuverlässigen Analysen führt. Die Plattform reduziert Infrastrukturkosten und bietet eine einheitliche Governance, um Datenqualität und -sicherheit zu gewährleisten.
Takeaways
- 🌟 Databricks Lakehouse-Plattform unterstützt Data Warehousing-Workloads mit Databricks SQL und serverlosen SQL-Diensten.
- 🚀 Traditionelle Data Warehouses können den Anforderungen der modernen Geschäftswelt nicht mehr gerecht werden, während Databricks Lakehouse innovative Lösungen bietet.
- 💡 Databricks Lakehouse-Plattform reduziert Infrastrukturkosten im Schnitt um 20 bis 40 Prozent durch Cloud-Datenbanken mit größerer Skalierung und Elastizität.
- 🧩 Die Plattform vereint Analyse- und BI-Tools, um eine vereinfachte Architektur zu ermöglichen und eine einheitliche Analyse zu unterstützen.
- 🛠️ Dateningenieure können mit Databricks Lakehouse-Plattform Daten einfach einlesen, transformieren, verarbeiten, planen und liefern, um die Komplexität von ETL-Workflows zu automatisieren.
- 🔍 Databricks Lakehouse bietet Delta Live Tables (DLT) an, eine ETL-Framework, das eine einfache deklarative Methode für zuverlässige Datenpipelines verwendet.
- 📊 Databricks-Workflows ermöglichen es Datenteams, zuverlässige Datenanalyse- und Machine Learning-Workflows in jeder Cloud zu erstellen, ohne komplexe Infrastruktur verwalten zu müssen.
- 📈 Echtzeit-Streaming-Daten sind für Unternehmen von großer Bedeutung und Databricks Lakehouse-Plattform unterstützt Streaming-Workloads für Echtzeit-Analysen, maschinelles Lernen und Anwendungen.
- 🤖 Databricks Lakehouse-Plattform vereint Datenwissenschaft, maschinelles Lernen und Entwicklung, um Datenwissenschaftlern und ML-Ingenieuren ein umfassendes Werkzeugset zur Verfügung zu stellen.
- 🔗 MLflow, eine Open-Source-Machine-Learning-Plattform von Databricks, ermöglicht es, Modelle zu verfolgen, zu verpacken, wiederzuverwenden und zu versionieren.
- 🔐 Die Plattform bietet eine erstklassliche Erfahrung für Modellversionierung, Überwachung und Bedienung, wodurch die Einhaltung von Compliance- und Sicherheitsanforderungen erleichtert wird.
Q & A
Was ist das Databricks Lakehouse-Plattform und wie unterstützt es Data Warehouse-Workloads?
-Die Databricks Lakehouse-Plattform ist eine umfassende Lösung, die Data Warehouse-Workloads unterstützt, indem sie Databricks SQL und serverlose SQL-Funktionen verwendet. Sie ermöglicht es Datenanalysten, ihre Analysetests an einem Ort durchzuführen und Echtzeit-Geschäftsinformationen zu liefern. Die Plattform vereint Analyse- und Architektur, reduziert Infrastrukturkosten und bietet eine einheitliche Verwaltung und Kontrolle über Delta Lake.
Welche Vorteile bietet die Databricks Lakehouse-Plattform für Unternehmen?
-Die Databricks Lakehouse-Plattform bietet eine Reihe von Vorteilen, darunter die beste Leistung zu einem kostengünstigen Preis, Cloud-Datenbanken mit größerer Skalierung und Elastizität, um mit dem schnellen Anstieg neuer Daten umzugehen, sowie eine sofortige elastische SQL-Serverlos-Berechnung, die die Gesamtinfrastrukturkosten im Schnitt um 20 bis 40 Prozent senken kann.
Wie unterstützt die Databricks Lakehouse-Plattform die Datengovernance?
-Die Databricks Lakehouse-Plattform unterstützt die Datengovernance durch Delta Lake, was es ermöglicht, eine einzige Kopie aller Daten in vorhandenen Datenseen nahtlos mit einem einheitlichen Katalog zu integrieren. Dies ermöglicht die Erkennbarkeit, Sicherheit und Verwaltung aller Daten mit fine-grained Governance, Datenabstammung und standardisiertem SQL.
Welche BI-Tools kann man auf der Databricks Lakehouse-Plattform verwenden?
-Die Databricks Lakehouse-Plattform ermöglicht die Verwendung bevorzugter Tools wie DBT, 5tran, Power BI oder Tableau. Dadurch können Teams schnell auf Organisationsebene zusammenarbeiten, ohne Daten verschieben oder transferieren zu müssen, was zu einem Abbau von Silos führt.
Wie unterstützt die Databricks Lakehouse-Plattform die Datentechnik-Arbeit?
-Die Databricks Lakehouse-Plattform bietet eine vollständige End-to-End-Datenwarehousing-Lösung, die Datenteam und Geschäftsbenutzer durch Bereitstellung von Werkzeugen stärkt, um schnell und unkompliziert mit Daten in einer einzigen Plattform zu arbeiten.
Was sind die Herausforderungen im Bereich der Datentechnik?
-Datentechnik-Teams haben die Herausforderung, Datenanalysten mit der Geschwindigkeit zu versorgen, die das Unternehmen erfordert. Daten müssen eingezogen, verarbeitet und rechtzeitig für BI vorbereitet werden, bevor sie für die Analyse genutzt werden können. Dies erfordert eine komplexe Dateningestion, Unterstützung von Datentechnik-Prinzipien wie agile Entwicklung, CI/CD und Versionskontrolle, sowie die Fähigkeit, Pipelines und Architekturen zu optimieren.
Wie automatisiert die Databricks Lakehouse-Plattform den ETL-Prozess?
-Die Databricks Lakehouse-Plattform automatisiert den ETL-Prozess durch die Verwendung von Delta Live Tables (DLT), einem ETL-Framework, das einen einfachen deklarativen Ansatz für die Erstellung zuverlässiger Datenpipelines verwendet. DLT skaliert die Infrastruktur automatisch an und reduziert die Entwicklungszeit, sodass Data Analysten und Ingenieure sich auf die Wertschöpfung aus ihren Daten konzentrieren können.
Was ist Delta Live Tables (DLT) und wie unterstützt es die Datentransformation?
-Delta Live Tables (DLT) ist das erste ETL-Framework, das einen einfachen deklarativen Ansatz für die Erstellung zuverlässiger Datenpipelines verwendet. DLT automatisiert die Infrastruktur, sodass Data Analysten und Ingenieure weniger Zeit mit Tooling verbringen und sich auf die Datenqualität konzentrieren können. DLT unterstützt sowohl Python als auch SQL und ist für Batch- und Streaming-Arbeitslasten geeignet.
Wie erleichtert die Databricks Lakehouse-Plattform die Orchestrierung von Datenworkflows?
-Databricks Workflows ist der erste vollständig verwaltete Orchestrierungsdienst, der in der Databricks Lakehouse-Plattform eingebettet ist. Er ermöglicht es Datenteams, zuverlässige Datenanalyse- und ML-Workflows in jeder Cloud zu erstellen, ohne eine komplexe Infrastruktur verwalten zu müssen. Databricks Workflows reduziert die Betriebsüberhead für Dateningenieure und bietet eine einfache, punktuelle Erstellungserfahrung.
Was ist Data Streaming und wie wird dieser Workload auf der Databricks Lakehouse-Plattform unterstützt?
-Data Streaming ist der Prozess, Echtzeit-Daten zu generieren, die von jedem Einzelnen, jedem Gerät und jeder Organisation auf der Welt stetig erzeugt werden. Die Databricks Lakehouse-Plattform ermöglicht es, Echtzeit-Analysen durch Bereitstellung von Echtzeit-Daten für Data Warehouses und BI-Tools durchzuführen, um sofortige Einblicke und schnelle Entscheidungen zu ermöglichen.
Welche drei Hauptgründe gibt es, die Databricks Lakehouse-Plattform für Data Streaming zu verwenden?
-Die drei Hauptgründe für die Verwendung der Databricks Lakehouse-Plattform für Data Streaming sind die Fähigkeit, Streaming-Pipelines und -Anwendungen schnell zu erstellen, vereinfachte Betriebsabläufe durch automatisiertes Tooling und die einheitliche Verwaltung für Echtzeit- und historische Daten.
Wie unterstützt die Databricks Lakehouse-Plattform maschinelles Lernen und AI-Arbeiten?
-Die Databricks Lakehouse-Plattform bietet einen Raum für Data Scientisten, ML-Ingenieure und Entwickler, um Daten zu verwenden und innovative Erkenntnisse zu gewinnen, starke Vorhersagemodelle in der Machine Learning- und AI-Umgebung zu erstellen, mit Daten an einem Ort. Sie unterstützt dabei die gesamte ML-Laufzeitumgebung, bietet Tools wie MLflow für das Tracken von Modelltrainingssitzungen und die Verwendung von AutoML für die Automatisierung des Modelltrainings und -tuning.
Outlines
📊 Data Warehouse-Workloads und Vorteile der Databricks Lakehouse-Plattform
Dieser Abschnitt des Skripts beschreibt, wie die Databricks Lakehouse-Plattform Datenwarehouse-Workloads unterstützt, insbesondere mit Databricks SQL. Es werden die Vorteile der Verwendung dieser Plattform im Kontext von Data Warehousing und Business Intelligence (BI) diskutiert, darunter die Möglichkeit, Daten in Echtzeit zu analysieren und Geschäftsentscheidungen zu treffen. Es wird auch auf die Herausforderungen eingegangen, die Unternehmen bei der Verwendung traditioneller Datenwarehouse und komplexer Architekturen für BI und Data Lakes stoßen. Die Databricks Lakehouse-Plattform bietet eine einheitliche Analyse und Vereinfachung der Architektur, um den Anforderungen des heutigen Geschäftsumfelds gerecht zu werden.
🔧 Datentechnik-Workloads und Unterstützung durch die Databricks Lakehouse-Plattform
In diesem Abschnitt wird erklärt, wie die Databricks Lakehouse-Plattform Datentechnik-Workloads unterstützt, insbesondere durch die Verwendung von Delta Live Tables und Databricks-Workflows. Es wird die Wichtigkeit von Datenqualität in der Datentechnik betont, sowie die Herausforderungen, vor denen Datentechnik-Teams bei der Bereitstellung von Datenanalysten und -wissenschaftlern stehen. Die Plattform bietet eine umfassende Lösung für die Verarbeitung von Daten, von der Einrichtung bis zur Bereitstellung, und reduziert die Komplexität der ETL-Arbeit. Es werden auch die Vorteile von Delta Live Tables und Databricks-Workflows in Bezug auf die Automatisierung und Verwaltung von Datenpipelines diskutiert.
🚀 Streaming-Daten-Workloads und ihre Unterstützung in der Databricks Lakehouse-Plattform
Der dritte Abschnitt konzentriert sich auf die Streaming-Daten-Workloads und wie sie von der Databricks Lakehouse-Plattform unterstützt werden. Es wird die Bedeutung von Echtzeit-Streaming-Daten und deren Auswirkungen auf traditionelle Datenverarbeitungsplattformen diskutiert. Die Plattform ermöglicht es, Echtzeit-Analysen, maschinelles Lernen in Echtzeit und Echtzeit-Anwendungen zu erstellen, was Unternehmen dabei unterstützt, schnelle und informierte Entscheidungen zu treffen. Es werden auch die verschiedenen Use-Cases für Echtzeit-Daten in verschiedenen Branchen wie Einzelhandel, Industrie, Gesundheitswesen und Finanzen vorgestellt.
🤖 Unterstützung von KI- und ML-Workloads durch die Databricks Lakehouse-Plattform
In diesem Abschnitt wird erläutert, wie die Databricks Lakehouse-Plattform KI- und ML-Workloads unterstützt. Es werden die Herausforderungen, die Unternehmen bei der Umsetzung von KI- und ML-Projekten antreffen, diskutiert, wie z.B. die Verwendung vieler Werkzeuge in verschiedenen Phasen des ML-Lifecycles und die Schwierigkeiten beim Deployen von Modellen in der Produktion. Die Plattform bietet eine umfassende Lösung, die Datenwissenschaftlern, ML-Ingenieuren und Entwicklern ermöglicht, Daten zu nutzen, um innovative Erkenntnisse zu gewinnen, prädiktive Modelle zu erstellen und sie in der Produktion zu serven. Es werden Tools wie MLflow und AutoML vorgestellt, die das Experimentieren, Modellieren und Serven von Modellen vereinfachen und automatisieren.
🛠️ Datentechnik-Workloads und die Rolle der Databricks Lakehouse-Plattform
Dieser Abschnitt beschreibt die Rolle der Databricks Lakehouse-Plattform bei der Unterstützung von Datentechnik-Workloads. Es wird auf die Herausforderungen eingegangen, die Datentechnik-Teams bei der Verarbeitung und Orchestrierung von Daten für BI und ML-Taske haben. Die Plattform bietet Tools wie Databricks-Workflows an, um die Orchestrierung von Datenflüssen zu erleichtern und die Komplexität zu reduzieren. Es wird auch die Unterstützung von Delta Live Tables und SQL für die Datentransformation und -orchestrierung diskutiert.
Mindmap
Keywords
💡Datenhausplattform
💡Databricks SQL
💡Delta Lake
💡Datenpipelines
💡Maschinelles Lernen
💡ETL
💡Echtzeitanalytik
💡Datenstreaming
💡Governance
💡Delta Live Tables (DLT)
Highlights
Databricks Lakehouse platform supports data warehousing workload with Databricks SQL.
Traditional data warehouses are no longer able to keep up with modern business needs.
Data lake houses provide a solution for data warehousing workloads with features and tools that support SQL analytics and BI tasks.
Databricks Lakehouse platform offers real-time business insights at the best price for performance.
Cloud data warehouses provide greater scale and elasticity needed for handling new data.
Databricks Lakehouse platform offers instant elastic SQL serverless compute to lower infrastructure costs by 20 to 40 percent.
Delta Lake supports built-in governance with data lineage and standard SQL.
The platform allows the use of preferred BI tools like DBT, 5tran, Power BI, or Tableau for seamless collaboration.
Data engineering teams can focus on quality and reliability with the end-to-end data warehousing solution provided by the platform.
Data quality is crucial for data engineering, and the platform supports data engineering workload with various features.
Databricks Lakehouse platform simplifies modern data engineering with a unified data platform and managed data ingestion.
The platform automates the complexity of building and managing ETL pipelines and running ETL workloads.
High data quality is a goal of modern data engineering, and the platform supports this through features like Delta Live Tables and Medallion architecture.
Databricks workflows support data orchestration and provide a fully managed orchestration service for reliable data analytics and ML workflows.
The platform supports data streaming workload with real-time analytics, machine learning, and applications.
Databricks Lakehouse platform is designed to overcome challenges in harnessing machine learning and AI endeavors.
MLflow, an open-source machine learning platform, is integrated into the Databricks Lakehouse platform for model tracking and serving.
AutoML in the platform allows for low to no code experimentation and provides transparency with glass box feature.
Transcripts
supported workloads on the databricks
lake house platform data warehousing
in this video you'll learn how The
databricks Lakehouse platform supports
the data warehousing workload with
databrick SQL and the benefits of data
warehousing with the databricks lake
house platform
traditional data warehouses are no
longer able to keep up with the needs
businesses in today's world and although
organizations have attempted using
complicated and complex architectures
with data warehouses for bi and data
Lakes for AI and ml too many challenges
have come to light with those structures
to provide value from the data in a
timely or cost effective manner
with the Advent of the data lake house
data warehousing workloads finally have
a home and the databricks lake house
platform provides several features and
tools to support this workload
especially with databrick SQL
when we refer to the data warehousing
workload we are referencing SQL
analytics and bi tasks such as ingesting
transforming and querying data building
dashboards and delivering business
insights The databricks Lakehouse
platform supports these tasks with
databrick SQL and databrick serverless
SQL
data practitioners can complete their
data analysis tests all in one location
using the SQL and bi tools of their
choice and deliver real-time business
insights at the best price for
performance
organizations can unify all their
analytics and simplify their
architecture by using databricks SQL
some of the key benefits include
the best price for performance cloud
data warehouses provide greater scale
and elasticity needed to handle the
rapid influx of new data and the
databricks lake house platform offers
instant elastic SQL serverless compute
that can lower overall infrastructure
costs on average between 20 to 40
percent this also reduces or removes the
resource management overhead from the
workload of the data and platform
Administration teams
built in governance
supported by Delta Lake the databricks
lake house platform allows you to keep a
single copy of all your data in your
existing data Lakes seamlessly
integrated with unity catalog you can
discover secure and manage all of your
data with fine-grained governance data
lineage and standard SQL
a rich ecosystem
tools for conducting bi on data Lakes
are few and far between often requiring
data analysts to use developer
interfaces or tools designed for data
scientists that require specific
Knowledge and Skills
The databricks Lakehouse platform allows
you to work with your preferred tools
such as DBT 5tran power bi or Tableau
teams can quickly collaborate across the
organization without having to move or
transfer data
thus leading to the breakdown of silos
data engineering teams are challenged
with needing to enable data analysts at
the speed a business requires data needs
to be ingested and processed ahead of
time before it can be used for bi The
databricks Lakehouse platform provides a
complete end-to-end data warehousing
solution empowering data teams and
business users by providing them with
the tools to quickly and effortlessly
work with data all in one single
platform
data engineering
in this video you'll learn why data
quality is so important for data
engineering how the databricks
lighthouse platform supports the data
engineering workload
what Delta live tables are and how they
support data transformation and how
databricks workflows support data
orchestration in the lake house
data is a valuable asset to businesses
and it can be collected and brought into
the platform or ingested from hundreds
of different sources cleaned in various
different ways then shared and utilized
by multiple different teams for their
projects
the data engineering workload focuses
around ingesting that data transforming
it and orchestrating it out to the
different data teams that utilize it for
day-to-day insights Innovation and tasks
however while the data teams rely on
getting the right data at the right time
for their analytics data science and
machine learning tasks data Engineers
often face several challenges trying to
meet these needs as data reaches New
Heights in volume velocity and variety
several of the challenges to the data
engineering workload are complex data
ingestion methods where data Engineers
need to use an always running streaming
platform or keep track of which files
haven't been ingested yet or having to
spend time hand coding error-prone
repetitive data ingestion tasks
data engineering principles need to be
supported such as Agile development
methods isolated development and
production environments CI CD and
Version Control transformations
third-party tools for orchestration
increases the operational overhead and
decreases the reliability of the system
Performance Tuning of pipelines and
architectures requires knowledge of the
underlying architecture and constantly
observing throughput parameters and with
platform inconsistencies between the
various data warehouse and data Lake
providers businesses struggle trying to
get multiple products to work in their
environments due to different
limitations workloads development
languages and governance models
The databricks Lakehouse platform makes
modern data engineering simple as there
is no industry-wide definition of what
this means databricks offers the
following
a unified data platform with managed
data ingestion schema detection
enforcement and evolution paired with
declarative Auto scaling data flow
integrated with a lighthouse native
orchestrator that supports all kinds of
workflows
the databricks lighthouse platforms
gives data Engineers an end-to-end
engineering solution for ingesting
transforming processing scheduling and
delivering data
the complexity of building and managing
pipelines and running ETL workloads is
automated directly on the data lake so
data Engineers can focus on quality and
reliability
the key capabilities of data engineering
on the lake house include easy data
ingestion where petabytes of data can be
automatically ingested quickly and
reliably for analytics data science and
machine learning automated ETL pipelines
help reduce development time and effort
so data Engineers can focus on
implementing business logic and data
quality checks in data Pipelines
data quality checks can be defined and
errors automatically addressed so data
teams can confidently trust the
information they're using batch and
streaming data latency can be tuned with
cost controls without data Engineers
having to know complex stream processing
details
automatic recovery from common errors
during a pipeline operation
data pipeline observability allows data
Engineers to monitor overall data
pipeline status and visibly track
pipeline health
simplified operations for deploying data
pipelines to production or for rolling
back pipelines and minimizing downtime
and lastly scheduling an orchestration
is simple clear and reliable for data
processing tasks with the ability to run
non-interactive tasks as a directed
acylic graph on a databricks compute
cluster
High data quality is the goal of modern
data engineering within the lake house
so a critical workload for data teams is
to build ETL pipelines to ingest
transform and orchestrate data for
machine learning and Analytics
databricks data engineering enables data
teams to unify batch and streaming
operations on a simplified architecture
provide modern SW engineered data
pipeline development and testing build
reliable data analytics and AI workflows
on any Cloud platform and meet
regulatory requirements to maintain
world-class governance the lake house
provides an end-to-end data engineering
and ETL platform that automates the
complexity of building and maintaining
pipelines and running ETL workloads so
data engineers and analysts can focus on
quality and reliability to drive
valuable insights
as data loads into the Delta lake lake
house databricks automatically infers
the schema and involves it as the data
comes in The databricks Lakehouse
platform also provides autoloader and an
optimized data ingestion tool that
processes new data files as they arrive
in the lake house cloud storage
it auto detects the schema and enforces
it on your data guaranteeing data
quality data ingestion for data analysts
and analytics Engineers is easy with the
copy into SQL command that follows the
lake first approach and loads data from
a folder into a Delta lake table
when run only new files from The Source
will be processed
data transformation through the use of
The Medallion architecture shown earlier
is an established and reliable pattern
for improving data quality however
implementation is challenging for many
data engineering teams
attempts to hand code the architecture
are hard for data engineers and data
pipeline creation is simply impossible
for data analysts not able to code with
spark structure streaming in Scala or
python so even in small scale
implementations data engineering time is
spent on tooling and managing
infrastructure instead of
transformations
Delta live tables DLT is the first ETL
framework that uses a simple declarative
approach to building reliable data
pipelines DLT automatically Auto scales
the infrastructure so data analysts and
Engineers spend less time on tooling and
can focus on getting value from their
data Engineers treat their data as code
and apply software engineering best
practices to deploy reliable pipelines
at scale
DLT fully supports both Python and SQL
and is tailored to work with bull
streaming and batch workloads
by speeding up deployment and automating
complex tasks DLT reduces implementation
time software engineering principles are
applied for data engineering to Foster
the idea of treating your data as code
and Beyond Transformations there are
many things to include in the code that
defines your data such as declaratively
Express entire data flows in SQL or
python and natively enable modern
software engineering best practices such
as separate production and development
environments testing before deploying
using parameterization to deploy and
manage environments unit testing and
documentation unlike other products DLT
supports both batch and streaming
workloads in a single API reducing the
need for Advanced Data engineering
skills orchestrating and managing
end-to-end production workflows can be a
challenge if a business relies on
external or cloud-specific tools that
are separate from the lake house
platform the structure also reduced the
overall reliability of production
workloads limits of observability and
increases the complexity in the
environment for end users
databricks workflows is the first fully
managed orchestration service embedded
in The databricks Lakehouse platform
workflows allows data teams to build
reliable data analytics and ML workflows
on any Cloud without needing to manage a
complex infrastructure
databricks workflows allow you to
orchestrate data flow pipelines written
in DLT or DBT machine learning pipelines
and other tasks such as notebooks or
python Wheels as a fully managed feature
databricks workflows eliminates
operational overhead for data Engineers
with an easy point-and-click authoring
experience all data teams can utilize
databricks workflows
while you can create workflows with the
UI you can use the databricks workflows
API or external orchestrators such as
Apache airflow even with an external
orchestrator databricks workflows
monitoring acts like a window that
includes externally triggered workflows
Delta live tables is one of the many
task types for databricks workflows and
is where the managed data flow pipelines
with DLT join with the easy point-click
authoring experience of databricks
workflows this example illustrates an
end-to-end workflow where data is
streamed from Twitter according to
search terms ingested with autoloader
using automatic schema detection and
then cleaned and transformed with Delta
live tables pipelines written in SQL
finally the data is run through a
pre-trained Bert language model from
hugging face for sentiment analysis of
the tweets as you can see different
tasks for ingestion cleansing and
transforming the data and machine
learning are all combined in a single
workflow using workflows tasks can be
scheduled to provide daily overviews of
social media coverage and customer
sentiment
so needless to say you can orchestrate
anything with databricks workflows
data streaming
in this video you'll learn what
streaming data is and how the data
streaming workload in the databricks
lake house platform is supported
in the last few years we have seen an
explosion of real-time streaming data
and it is overwhelming traditional data
processing platforms that were never
designed with streaming data in mind
constantly generated by every individual
every machine and every organization on
the planet businesses require this data
to make necessary decisions and keep
Pace with their respective industries
from transactions to operational systems
to customer and employee interactions to
third-party data services in the cloud
and Internet of Things data from sensors
and devices real-time data is everywhere
all this real-time data creates new
opportunities to build Innovative
real-time applications to detect fraud
provide personalized offerings to
customers dynamically adjust pricing in
real time and predict when a machine or
part is going to fail and much more
the databricks lake house platform
empowers three primary categories of
streaming use cases
real-time analysis by supplying your
data warehouses and bi tools and
dashboards with real-time data for
instant insights and faster decision
making
real-time machine learning first with
training of machine learning models on
real-time data as it's coming in and
second with the application of those
models to score new events leading to
machine learning inference in real time
and real-time applications
applications can mean a lot of things so
this might be an embedded application
for real-time and analytics or machine
learning but it also could be as simple
as that if then business rules based on
streaming data triggering actions in
real time
further different Industries with have
different use cases for streaming data
making it highly important for the
future of data processing and Analytics
for example in a retail environment
real-time inventory helps support
business activities pricing and supply
chain demands
in Industrial Automation streaming and
predictive analysis help manufacturers
improve production processes and product
quality sending alerts and shutting down
production automatically if there is an
active dip in quality
for healthcare streaming patient monitor
data can help encourage appropriate
medication and Care is provided when is
needed without delay
for financial institutions real-time
analysis of transactions can detect
fraud activity and send alerts and by
using machine learning algorithms firms
can gain Insight from fraud analytics to
identify patterns and there are still
many more use cases for the value of
streaming data to businesses
so the top three reasons for using the
databricks lake house platform for
streaming data are the ability to build
streaming pipelines and applications
faster simplified operations from
automated tooling and unified governance
for real-time and historical data
one of the key takeaways is that the
databricks lake house platform unlocks
many different real-time use cases
Beyond those already mentioned giving
you the ability to solve really high
value problems for your business
the databricks lighthouse platform has
the capability to support the data
streaming workload to provide real-time
analytics machine learning and
applications all in one platform
data streaming helps business teams to
make quicker better decisions
development teams to deliver real-time
and differentiated experiences and
operations teams to detect and react to
operational issues in real time data
streaming is one of the fastest growing
workloads for the lake house
architecture and is the future of all
data processing data science and machine
learning
in this video you'll learn about the
challenges businesses face in attempting
to harness machine learning and AI
Endeavors and how the databricks lake
house platform supports the data science
and machine learning workload for
successful machine learning and AI
projects
businesses know machine learning and AI
have a myriad of benefits but realizing
these benefits proves challenging for
businesses brave enough to attempt
machine learning and AI
several of the challenges businesses
face include siled and disparate Data
Systems complex experimentation
environments and getting models served
to a production setting
additionally businesses have multiple
concerns when it comes to using machine
learning such as there are so many tools
available covering each phase of the ml
lifecycle but unlike traditional
software development machine learning
development benefits from trying
multiple tools available to see if
results improve
experiments are hard to track as there
are so many parameters tracking the
parameters code and data that went into
producing a model can be cumbersome
reproducing results is difficult
especially without detailed tracking and
when you want to release your trained
code for use in production or even debug
a problem reproducing past steps of the
ml workflow is key
and it's hard to deploy ml especially
when there are so many available tools
for moving a model to production and as
there is no standard way to move models
there is always a new risk with each new
deployment
The databricks Lakehouse platform
provides a space for data scientists ml
engineers and developers to use data and
derive Innovative insights build
powerful predictive models all within
the space of machine learning and AI
with data all in one location data
scientists can perform exploratory data
analysis easily in the notebook style
experience with support from multiple
languages and built-in visualizations
and dashboards
code can be shared securely and
confidently for co-authoring and
commenting with automatic versioning git
Integrations and role-based access
controls
from data ingestion to model training
and tuning all the way through to
production model serving and versioning
the databricks like house platform
brings the tools you need to simplify
those tasks
the databricks machine learning runtimes
help you get started with experimenting
and are optimized and pre-configured
with the most popular libraries
with GPU support for distributed
training and Hardware acceleration you
can scale as needed
ml flow is an open source machine
learning platform created by databricks
and is managed service within the
databricks Lakehouse platform
with ML flow you can track model
training sessions from within the
runtimes and package and reuse models
with ease a feature store is available
allowing you to create new features and
reuse existing ones for training and
scoring machine learning models
automl allows both beginner and
experienced data scientists to get
started with low to no code
experimentation automl points to your
data set automatically trains models and
tunes hyper parameters to save you time
in the machine learning process
additionally automl reports back metrics
related to the results as well as the
code necessary to repeat the training
customize to your data set this glass
box feature means you don't need to feel
trapped by vendor lock-in
the databricks lake house platform
provides a world-class experience for
model versioning monitoring and serving
within the same platform used to
generate the models themselves lineage
and governance is tracked throughout the
entire ml lifecycle so Regulatory
Compliance and security concerns can be
reduced saving costs down the road
with tools like mlflow and automl and
built on top of Delta Lake the
databricks lake house platform makes it
easy for data scientists to experiment
create models and serve them to
production and monitor them all in one
place
Weitere ähnliche Videos ansehen
SALESmanago Platform Overview
TikTok | Süchtig nach Dopamin | ARTE
TextCortex explained in 180 seconds
Jeda.ai 2.5: Business Intelligence with Data + AI + Art
Optimierung Ihres SAP-Systems mit SOA People: Ein Interview mit Steffen Weingärtner
Config 2024: Delivering a multi-sub-brand design system for e-commerce | Figma
5.0 / 5 (0 votes)