RCG proposes a Big Data Proof of Concept (PoC) to demonstrate the business value of analyzing a client's data using Big Data technologies. The PoC involves:
1) Defining a business problem and objectives in a workshop with client.
2) The client collecting and anonymizing relevant data.
3) RCG loading the data into their Big Data lab and analyzing it using Big Data technologies.
4) RCG producing results, insights, and recommendations for applying Big Data and taking business actions.
The PoC requires no investment from the client and provides an opportunity to explore Big Data analytics without committing resources.
This document provides an introduction to Azure Synapse Analytics, a modern data warehousing solution that combines enterprise data warehousing and big data analytics. It discusses how Azure Synapse Analytics allows for data ingestion, preparation, storage, and serves/visualizes data. It also covers how to integrate data with Azure Data Factory or Azure Synapse Pipelines, use Apache Spark pools for big data engineering, and ingest data using Apache Spark notebooks in Azure Synapse Analytics.
Enabling a Data Mesh Architecture with Data VirtualizationDenodo
Watch full webinar here: https://bit.ly/3rwWhyv
The Data Mesh architectural design was first proposed in 2019 by Zhamak Dehghani, principal technology consultant at Thoughtworks, a technology company that is closely associated with the development of distributed agile methodology. A data mesh is a distributed, de-centralized data infrastructure in which multiple autonomous domains manage and expose their own data, called “data products,” to the rest of the organization.
Organizations leverage data mesh architecture when they experience shortcomings in highly centralized architectures, such as the lack domain-specific expertise in data teams, the inflexibility of centralized data repositories in meeting the specific needs of different departments within large organizations, and the slow nature of centralized data infrastructures in provisioning data and responding to changes.
In this session, Pablo Alvarez, Global Director of Product Management at Denodo, explains how data virtualization is your best bet for implementing an effective data mesh architecture.
You will learn:
- How data mesh architecture not only enables better performance and agility, but also self-service data access
- The requirements for “data products” in the data mesh world, and how data virtualization supports them
- How data virtualization enables domains in a data mesh to be truly autonomous
- Why a data lake is not automatically a data mesh
- How to implement a simple, functional data mesh architecture using data virtualization
The data lake has become extremely popular, but there is still confusion on how it should be used. In this presentation I will cover common big data architectures that use the data lake, the characteristics and benefits of a data lake, and how it works in conjunction with a relational data warehouse. Then I’ll go into details on using Azure Data Lake Store Gen2 as your data lake, and various typical use cases of the data lake. As a bonus I’ll talk about how to organize a data lake and discuss the various products that can be used in a modern data warehouse.
The document discusses the purpose and history of data warehousing. It defines a data warehouse as a centralized, well-managed environment for storing high-value data from various sources. The data warehouse processes this data into a format optimized for analysis and information processing. The data warehouse has evolved from mainframe-based systems in the 1970s to today's cost-effective solutions embedded in software. A data warehouse is not defined by its size but by its functionality and ability to meet business objectives through consolidated, consistent data.
OLAP performs multidimensional analysis of business data and provides the capability for complex calculations, trend analysis, and sophisticated data modeling.
The document provides an overview of key concepts in data warehousing and business intelligence, including:
1) It defines data warehousing concepts such as the characteristics of a data warehouse (subject-oriented, integrated, time-variant, non-volatile), grain/granularity, and the differences between OLTP and data warehouse systems.
2) It discusses the evolution of business intelligence and key components of a data warehouse such as the source systems, staging area, presentation area, and access tools.
3) It covers dimensional modeling concepts like star schemas, snowflake schemas, and slowly and rapidly changing dimensions.
Product-thinking is making a big impact in the data world with the rise of Data Products, Data Product Managers, data mesh, and treating “Data as a Product.” But Honest, No-BS: What is a Data Product? And what key questions should we ask ourselves while developing them? Tim Gasper (VP of Product, data.world), will walk through the Data Product ABCs as a way to make treating data as a product way simpler: Accountability, Boundaries, Contracts and Expectations, Downstream Consumers, and Explicit Knowledge.
A conceptual data model (CDM) uses simple graphical images to describe core concepts and principles of an organization at a high level. A CDM facilitates communication between businesspeople and IT and integration between systems. It needs to capture enough rules and definitions to create database systems while remaining intuitive. Conceptual data models apply to both transactional and dimensional/analytics modeling. While different notations can be used, the most important thing is that a CDM effectively conveys an organization's key concepts.
This document provides an introduction to Azure Synapse Analytics, a modern data warehousing solution that combines enterprise data warehousing and big data analytics. It discusses how Azure Synapse Analytics allows for data ingestion, preparation, storage, and serves/visualizes data. It also covers how to integrate data with Azure Data Factory or Azure Synapse Pipelines, use Apache Spark pools for big data engineering, and ingest data using Apache Spark notebooks in Azure Synapse Analytics.
Enabling a Data Mesh Architecture with Data VirtualizationDenodo
Watch full webinar here: https://bit.ly/3rwWhyv
The Data Mesh architectural design was first proposed in 2019 by Zhamak Dehghani, principal technology consultant at Thoughtworks, a technology company that is closely associated with the development of distributed agile methodology. A data mesh is a distributed, de-centralized data infrastructure in which multiple autonomous domains manage and expose their own data, called “data products,” to the rest of the organization.
Organizations leverage data mesh architecture when they experience shortcomings in highly centralized architectures, such as the lack domain-specific expertise in data teams, the inflexibility of centralized data repositories in meeting the specific needs of different departments within large organizations, and the slow nature of centralized data infrastructures in provisioning data and responding to changes.
In this session, Pablo Alvarez, Global Director of Product Management at Denodo, explains how data virtualization is your best bet for implementing an effective data mesh architecture.
You will learn:
- How data mesh architecture not only enables better performance and agility, but also self-service data access
- The requirements for “data products” in the data mesh world, and how data virtualization supports them
- How data virtualization enables domains in a data mesh to be truly autonomous
- Why a data lake is not automatically a data mesh
- How to implement a simple, functional data mesh architecture using data virtualization
The data lake has become extremely popular, but there is still confusion on how it should be used. In this presentation I will cover common big data architectures that use the data lake, the characteristics and benefits of a data lake, and how it works in conjunction with a relational data warehouse. Then I’ll go into details on using Azure Data Lake Store Gen2 as your data lake, and various typical use cases of the data lake. As a bonus I’ll talk about how to organize a data lake and discuss the various products that can be used in a modern data warehouse.
The document discusses the purpose and history of data warehousing. It defines a data warehouse as a centralized, well-managed environment for storing high-value data from various sources. The data warehouse processes this data into a format optimized for analysis and information processing. The data warehouse has evolved from mainframe-based systems in the 1970s to today's cost-effective solutions embedded in software. A data warehouse is not defined by its size but by its functionality and ability to meet business objectives through consolidated, consistent data.
OLAP performs multidimensional analysis of business data and provides the capability for complex calculations, trend analysis, and sophisticated data modeling.
The document provides an overview of key concepts in data warehousing and business intelligence, including:
1) It defines data warehousing concepts such as the characteristics of a data warehouse (subject-oriented, integrated, time-variant, non-volatile), grain/granularity, and the differences between OLTP and data warehouse systems.
2) It discusses the evolution of business intelligence and key components of a data warehouse such as the source systems, staging area, presentation area, and access tools.
3) It covers dimensional modeling concepts like star schemas, snowflake schemas, and slowly and rapidly changing dimensions.
Product-thinking is making a big impact in the data world with the rise of Data Products, Data Product Managers, data mesh, and treating “Data as a Product.” But Honest, No-BS: What is a Data Product? And what key questions should we ask ourselves while developing them? Tim Gasper (VP of Product, data.world), will walk through the Data Product ABCs as a way to make treating data as a product way simpler: Accountability, Boundaries, Contracts and Expectations, Downstream Consumers, and Explicit Knowledge.
A conceptual data model (CDM) uses simple graphical images to describe core concepts and principles of an organization at a high level. A CDM facilitates communication between businesspeople and IT and integration between systems. It needs to capture enough rules and definitions to create database systems while remaining intuitive. Conceptual data models apply to both transactional and dimensional/analytics modeling. While different notations can be used, the most important thing is that a CDM effectively conveys an organization's key concepts.
Embarking on building a modern data warehouse in the cloud can be an overwhelming experience due to the sheer number of products that can be used, especially when the use cases for many products overlap others. In this talk I will cover the use cases of many of the Microsoft products that you can use when building a modern data warehouse, broken down into four areas: ingest, store, prep, and model & serve. It’s a complicated story that I will try to simplify, giving blunt opinions of when to use what products and the pros/cons of each.
Data Lakehouse, Data Mesh, and Data Fabric (r1)James Serra
So many buzzwords of late: Data Lakehouse, Data Mesh, and Data Fabric. What do all these terms mean and how do they compare to a data warehouse? In this session I’ll cover all of them in detail and compare the pros and cons of each. I’ll include use cases so you can see what approach will work best for your big data needs.
This document discusses different architectures for big data systems, including traditional, streaming, lambda, kappa, and unified architectures. The traditional architecture focuses on batch processing stored data using Hadoop. Streaming architectures enable low-latency analysis of real-time data streams. Lambda architecture combines batch and streaming for flexibility. Kappa architecture avoids duplicating processing logic. Finally, a unified architecture trains models on batch data and applies them to real-time streams. Choosing the right architecture depends on use cases and available components.
Building Modern Data Platform with Microsoft AzureDmitry Anoshin
This document provides an overview of building a modern cloud analytics solution using Microsoft Azure. It discusses the role of analytics, a history of cloud computing, and a data warehouse modernization project. Key challenges covered include lack of notifications, logging, self-service BI, and integrating streaming data. The document proposes solutions to these challenges using Azure services like Data Factory, Kafka, Databricks, and SQL Data Warehouse. It also discusses alternative implementations using tools like Matillion ETL and Snowflake.
This document defines a data warehouse as a collection of corporate information derived from operational systems and external sources to support business decisions rather than operations. It discusses the purpose of data warehousing to realize the value of data and make better decisions. Key components like staging areas, data marts, and operational data stores are described. The document also outlines evolution of data warehouse architectures and best practices for implementation.
Big data architectures and the data lakeJames Serra
The document provides an overview of big data architectures and the data lake concept. It discusses why organizations are adopting data lakes to handle increasing data volumes and varieties. The key aspects covered include:
- Defining top-down and bottom-up approaches to data management
- Explaining what a data lake is and how Hadoop can function as the data lake
- Describing how a modern data warehouse combines features of a traditional data warehouse and data lake
- Discussing how federated querying allows data to be accessed across multiple sources
- Highlighting benefits of implementing big data solutions in the cloud
- Comparing shared-nothing, massively parallel processing (MPP) architectures to symmetric multi-processing (
[DSC Europe 22] Lakehouse architecture with Delta Lake and Databricks - Draga...DataScienceConferenc1
Dragan Berić will take a deep dive into Lakehouse architecture, a game-changing concept bridging the best elements of data lake and data warehouse. The presentation will focus on the Delta Lake format as the foundation of the Lakehouse philosophy, and Databricks as the primary platform for its implementation.
A Data Warehouse is a collection of integrated, subject-oriented databases designed to support decision-making. It contains non-volatile data that is relevant to a point in time. An operational data store feeds the data warehouse with a stream of raw data. Metadata provides information about the data in the warehouse.
Data platform modernization with Databricks.pptxCalvinSim10
The document discusses modernizing a healthcare organization's data platform from version 1.0 to 2.0 using Azure Databricks. Version 1.0 used Azure HDInsight (HDI) which was challenging to scale and maintain. It presented performance issues and lacked integrations. Version 2.0 with Databricks will provide improved scalability, cost optimization, governance, and ease of use through features like Delta Lake, Unity Catalog, and collaborative notebooks. This will help address challenges faced by consumers, data engineers, and the client.
Data Architecture Best Practices for Advanced AnalyticsDATAVERSITY
Many organizations are immature when it comes to data and analytics use. The answer lies in delivering a greater level of insight from data, straight to the point of need.
There are so many Data Architecture best practices today, accumulated from years of practice. In this webinar, William will look at some Data Architecture best practices that he believes have emerged in the past two years and are not worked into many enterprise data programs yet. These are keepers and will be required to move towards, by one means or another, so it’s best to mindfully work them into the environment.
Building the Data Lake with Azure Data Factory and Data Lake AnalyticsKhalid Salama
In essence, a data lake is commodity distributed file system that acts as a repository to hold raw data file extracts of all the enterprise source systems, so that it can serve the data management and analytics needs of the business. A data lake system provides means to ingest data, perform scalable big data processing, and serve information, in addition to manage, monitor and secure the it environment. In these slide, we discuss building data lakes using Azure Data Factory and Data Lake Analytics. We delve into the architecture if the data lake and explore its various components. We also describe the various data ingestion scenarios and considerations. We introduce the Azure Data Lake Store, then we discuss how to build Azure Data Factory pipeline to ingest the data lake. After that, we move into big data processing using Data Lake Analytics, and we delve into U-SQL.
Session about types of analytics. Descriptive, diagnostic, predictive and prescriptive analytics.
Conference DATA ANALYSIS DEVELOPMENT 2016 by RZECZPOSPOLITA.
Power BI for Big Data and the New Look of Big Data SolutionsJames Serra
New features in Power BI give it enterprise tools, but that does not mean it automatically creates an enterprise solution. In this talk we will cover these new features (composite models, aggregations tables, dataflow) as well as Azure Data Lake Store Gen2, and describe the use cases and products of an individual, departmental, and enterprise big data solution. We will also talk about why a data warehouse and cubes still should be part of an enterprise solution, and how a data lake should be organized.
RWDG Slides: A Complete Set of Data Governance Roles & ResponsibilitiesDATAVERSITY
The document discusses roles and responsibilities in data governance. It describes five levels of roles - executive, strategic, tactical, operational, and support. For each level, it provides examples of common roles and discusses customizing roles to an organization's structure. The webinar will cover defining roles at each level, who participates, and detailed responsibilities. It emphasizes starting with existing roles and terminology.
Data Mesh in Practice - How Europe's Leading Online Platform for Fashion Goes...Dr. Arif Wider
A talk presented by Max Schultze from Zalando and Arif Wider from ThoughtWorks at NDC Oslo 2020.
Abstract:
The Data Lake paradigm is often considered the scalable successor of the more curated Data Warehouse approach when it comes to democratization of data. However, many who went out to build a centralized Data Lake came out with a data swamp of unclear responsibilities, a lack of data ownership, and sub-par data availability.
At Zalando - europe’s biggest online fashion retailer - we realised that accessibility and availability at scale can only be guaranteed when moving more responsibilities to those who pick up the data and have the respective domain knowledge - the data owners - while keeping only data governance and metadata information central. Such a decentralized and domain focused approach has recently been coined a Data Mesh.
The Data Mesh paradigm promotes the concept of Data Products which go beyond sharing of files and towards guarantees of quality and acknowledgement of data ownership.
This talk will take you on a journey of how we went from a centralized Data Lake to embrace a distributed Data Mesh architecture and will outline the ongoing efforts to make creation of data products as simple as applying a template.
This is Part 4 of the GoldenGate series on Data Mesh - a series of webinars helping customers understand how to move off of old-fashioned monolithic data integration architecture and get ready for more agile, cost-effective, event-driven solutions. The Data Mesh is a kind of Data Fabric that emphasizes business-led data products running on event-driven streaming architectures, serverless, and microservices based platforms. These emerging solutions are essential for enterprises that run data-driven services on multi-cloud, multi-vendor ecosystems.
Join this session to get a fresh look at Data Mesh; we'll start with core architecture principles (vendor agnostic) and transition into detailed examples of how Oracle's GoldenGate platform is providing capabilities today. We will discuss essential technical characteristics of a Data Mesh solution, and the benefits that business owners can expect by moving IT in this direction. For more background on Data Mesh, Part 1, 2, and 3 are on the GoldenGate YouTube channel: https://www.youtube.com/playlist?list=PLbqmhpwYrlZJ-583p3KQGDAd6038i1ywe
Webinar Speaker: Jeff Pollock, VP Product (https://www.linkedin.com/in/jtpollock/)
Mr. Pollock is an expert technology leader for data platforms, big data, data integration and governance. Jeff has been CTO at California startups and a senior exec at Fortune 100 tech vendors. He is currently Oracle VP of Products and Cloud Services for Data Replication, Streaming Data and Database Migrations. While at IBM, he was head of all Information Integration, Replication and Governance products, and previously Jeff was an independent architect for US Defense Department, VP of Technology at Cerebra and CTO of Modulant – he has been engineering artificial intelligence based data platforms since 2001. As a business consultant, Mr. Pollock was a Head Architect at Ernst & Young’s Center for Technology Enablement. Jeff is also the author of “Semantic Web for Dummies” and "Adaptive Information,” a frequent keynote at industry conferences, author for books and industry journals, formerly a contributing member of W3C and OASIS, and an engineering instructor with UC Berkeley’s Extension for object-oriented systems, software development process and enterprise architecture.
This document provides an overview and summary of the author's background and expertise. It states that the author has over 30 years of experience in IT working on many BI and data warehouse projects. It also lists that the author has experience as a developer, DBA, architect, and consultant. It provides certifications held and publications authored as well as noting previous recognition as an SQL Server MVP.
This document is a training presentation on Databricks fundamentals and the data lakehouse concept by Dalibor Wijas from November 2022. It introduces Wijas and his experience. It then discusses what Databricks is, why it is needed, what a data lakehouse is, how Databricks enables the data lakehouse concept using Apache Spark and Delta Lake. It also covers how Databricks supports data engineering, data warehousing, and offers tools for data ingestion, transformation, pipelines and more.
RCG has developed a unique approach to helping its clients solve business problems using data. Whether you are interested in learning how to use technology to expose more value from your data through analytics solutions or understanding whether statistical analysis would surface new insights, RCG is ready to help with its Data & Analytics Practice.
CSC - Presentation at Hortonworks Booth - Strata 2014Hortonworks
Come hear about how companies are kick-starting their big data projects without having to find good people, hire them, and get IT to prioritize it to get your project off the ground. Remove risk from your project, ensure scalability , and pay for just the nodes you use in a monthly utility pricing model. Worried about Data Governance, Security, want it in the cloud, can’t have it in the cloud….eliminate the hurdles with a fully managed service backed by CSC. Get your modern data architecture up and running in as little as 30 days with the Big Data Platform As A Service offering from CSC. Computer Science Corporation is a Certified Technology Partner of Hortonworks and is a Global System Integrator with over 80,000 employees globally.
Embarking on building a modern data warehouse in the cloud can be an overwhelming experience due to the sheer number of products that can be used, especially when the use cases for many products overlap others. In this talk I will cover the use cases of many of the Microsoft products that you can use when building a modern data warehouse, broken down into four areas: ingest, store, prep, and model & serve. It’s a complicated story that I will try to simplify, giving blunt opinions of when to use what products and the pros/cons of each.
Data Lakehouse, Data Mesh, and Data Fabric (r1)James Serra
So many buzzwords of late: Data Lakehouse, Data Mesh, and Data Fabric. What do all these terms mean and how do they compare to a data warehouse? In this session I’ll cover all of them in detail and compare the pros and cons of each. I’ll include use cases so you can see what approach will work best for your big data needs.
This document discusses different architectures for big data systems, including traditional, streaming, lambda, kappa, and unified architectures. The traditional architecture focuses on batch processing stored data using Hadoop. Streaming architectures enable low-latency analysis of real-time data streams. Lambda architecture combines batch and streaming for flexibility. Kappa architecture avoids duplicating processing logic. Finally, a unified architecture trains models on batch data and applies them to real-time streams. Choosing the right architecture depends on use cases and available components.
Building Modern Data Platform with Microsoft AzureDmitry Anoshin
This document provides an overview of building a modern cloud analytics solution using Microsoft Azure. It discusses the role of analytics, a history of cloud computing, and a data warehouse modernization project. Key challenges covered include lack of notifications, logging, self-service BI, and integrating streaming data. The document proposes solutions to these challenges using Azure services like Data Factory, Kafka, Databricks, and SQL Data Warehouse. It also discusses alternative implementations using tools like Matillion ETL and Snowflake.
This document defines a data warehouse as a collection of corporate information derived from operational systems and external sources to support business decisions rather than operations. It discusses the purpose of data warehousing to realize the value of data and make better decisions. Key components like staging areas, data marts, and operational data stores are described. The document also outlines evolution of data warehouse architectures and best practices for implementation.
Big data architectures and the data lakeJames Serra
The document provides an overview of big data architectures and the data lake concept. It discusses why organizations are adopting data lakes to handle increasing data volumes and varieties. The key aspects covered include:
- Defining top-down and bottom-up approaches to data management
- Explaining what a data lake is and how Hadoop can function as the data lake
- Describing how a modern data warehouse combines features of a traditional data warehouse and data lake
- Discussing how federated querying allows data to be accessed across multiple sources
- Highlighting benefits of implementing big data solutions in the cloud
- Comparing shared-nothing, massively parallel processing (MPP) architectures to symmetric multi-processing (
[DSC Europe 22] Lakehouse architecture with Delta Lake and Databricks - Draga...DataScienceConferenc1
Dragan Berić will take a deep dive into Lakehouse architecture, a game-changing concept bridging the best elements of data lake and data warehouse. The presentation will focus on the Delta Lake format as the foundation of the Lakehouse philosophy, and Databricks as the primary platform for its implementation.
A Data Warehouse is a collection of integrated, subject-oriented databases designed to support decision-making. It contains non-volatile data that is relevant to a point in time. An operational data store feeds the data warehouse with a stream of raw data. Metadata provides information about the data in the warehouse.
Data platform modernization with Databricks.pptxCalvinSim10
The document discusses modernizing a healthcare organization's data platform from version 1.0 to 2.0 using Azure Databricks. Version 1.0 used Azure HDInsight (HDI) which was challenging to scale and maintain. It presented performance issues and lacked integrations. Version 2.0 with Databricks will provide improved scalability, cost optimization, governance, and ease of use through features like Delta Lake, Unity Catalog, and collaborative notebooks. This will help address challenges faced by consumers, data engineers, and the client.
Data Architecture Best Practices for Advanced AnalyticsDATAVERSITY
Many organizations are immature when it comes to data and analytics use. The answer lies in delivering a greater level of insight from data, straight to the point of need.
There are so many Data Architecture best practices today, accumulated from years of practice. In this webinar, William will look at some Data Architecture best practices that he believes have emerged in the past two years and are not worked into many enterprise data programs yet. These are keepers and will be required to move towards, by one means or another, so it’s best to mindfully work them into the environment.
Building the Data Lake with Azure Data Factory and Data Lake AnalyticsKhalid Salama
In essence, a data lake is commodity distributed file system that acts as a repository to hold raw data file extracts of all the enterprise source systems, so that it can serve the data management and analytics needs of the business. A data lake system provides means to ingest data, perform scalable big data processing, and serve information, in addition to manage, monitor and secure the it environment. In these slide, we discuss building data lakes using Azure Data Factory and Data Lake Analytics. We delve into the architecture if the data lake and explore its various components. We also describe the various data ingestion scenarios and considerations. We introduce the Azure Data Lake Store, then we discuss how to build Azure Data Factory pipeline to ingest the data lake. After that, we move into big data processing using Data Lake Analytics, and we delve into U-SQL.
Session about types of analytics. Descriptive, diagnostic, predictive and prescriptive analytics.
Conference DATA ANALYSIS DEVELOPMENT 2016 by RZECZPOSPOLITA.
Power BI for Big Data and the New Look of Big Data SolutionsJames Serra
New features in Power BI give it enterprise tools, but that does not mean it automatically creates an enterprise solution. In this talk we will cover these new features (composite models, aggregations tables, dataflow) as well as Azure Data Lake Store Gen2, and describe the use cases and products of an individual, departmental, and enterprise big data solution. We will also talk about why a data warehouse and cubes still should be part of an enterprise solution, and how a data lake should be organized.
RWDG Slides: A Complete Set of Data Governance Roles & ResponsibilitiesDATAVERSITY
The document discusses roles and responsibilities in data governance. It describes five levels of roles - executive, strategic, tactical, operational, and support. For each level, it provides examples of common roles and discusses customizing roles to an organization's structure. The webinar will cover defining roles at each level, who participates, and detailed responsibilities. It emphasizes starting with existing roles and terminology.
Data Mesh in Practice - How Europe's Leading Online Platform for Fashion Goes...Dr. Arif Wider
A talk presented by Max Schultze from Zalando and Arif Wider from ThoughtWorks at NDC Oslo 2020.
Abstract:
The Data Lake paradigm is often considered the scalable successor of the more curated Data Warehouse approach when it comes to democratization of data. However, many who went out to build a centralized Data Lake came out with a data swamp of unclear responsibilities, a lack of data ownership, and sub-par data availability.
At Zalando - europe’s biggest online fashion retailer - we realised that accessibility and availability at scale can only be guaranteed when moving more responsibilities to those who pick up the data and have the respective domain knowledge - the data owners - while keeping only data governance and metadata information central. Such a decentralized and domain focused approach has recently been coined a Data Mesh.
The Data Mesh paradigm promotes the concept of Data Products which go beyond sharing of files and towards guarantees of quality and acknowledgement of data ownership.
This talk will take you on a journey of how we went from a centralized Data Lake to embrace a distributed Data Mesh architecture and will outline the ongoing efforts to make creation of data products as simple as applying a template.
This is Part 4 of the GoldenGate series on Data Mesh - a series of webinars helping customers understand how to move off of old-fashioned monolithic data integration architecture and get ready for more agile, cost-effective, event-driven solutions. The Data Mesh is a kind of Data Fabric that emphasizes business-led data products running on event-driven streaming architectures, serverless, and microservices based platforms. These emerging solutions are essential for enterprises that run data-driven services on multi-cloud, multi-vendor ecosystems.
Join this session to get a fresh look at Data Mesh; we'll start with core architecture principles (vendor agnostic) and transition into detailed examples of how Oracle's GoldenGate platform is providing capabilities today. We will discuss essential technical characteristics of a Data Mesh solution, and the benefits that business owners can expect by moving IT in this direction. For more background on Data Mesh, Part 1, 2, and 3 are on the GoldenGate YouTube channel: https://www.youtube.com/playlist?list=PLbqmhpwYrlZJ-583p3KQGDAd6038i1ywe
Webinar Speaker: Jeff Pollock, VP Product (https://www.linkedin.com/in/jtpollock/)
Mr. Pollock is an expert technology leader for data platforms, big data, data integration and governance. Jeff has been CTO at California startups and a senior exec at Fortune 100 tech vendors. He is currently Oracle VP of Products and Cloud Services for Data Replication, Streaming Data and Database Migrations. While at IBM, he was head of all Information Integration, Replication and Governance products, and previously Jeff was an independent architect for US Defense Department, VP of Technology at Cerebra and CTO of Modulant – he has been engineering artificial intelligence based data platforms since 2001. As a business consultant, Mr. Pollock was a Head Architect at Ernst & Young’s Center for Technology Enablement. Jeff is also the author of “Semantic Web for Dummies” and "Adaptive Information,” a frequent keynote at industry conferences, author for books and industry journals, formerly a contributing member of W3C and OASIS, and an engineering instructor with UC Berkeley’s Extension for object-oriented systems, software development process and enterprise architecture.
This document provides an overview and summary of the author's background and expertise. It states that the author has over 30 years of experience in IT working on many BI and data warehouse projects. It also lists that the author has experience as a developer, DBA, architect, and consultant. It provides certifications held and publications authored as well as noting previous recognition as an SQL Server MVP.
This document is a training presentation on Databricks fundamentals and the data lakehouse concept by Dalibor Wijas from November 2022. It introduces Wijas and his experience. It then discusses what Databricks is, why it is needed, what a data lakehouse is, how Databricks enables the data lakehouse concept using Apache Spark and Delta Lake. It also covers how Databricks supports data engineering, data warehousing, and offers tools for data ingestion, transformation, pipelines and more.
RCG has developed a unique approach to helping its clients solve business problems using data. Whether you are interested in learning how to use technology to expose more value from your data through analytics solutions or understanding whether statistical analysis would surface new insights, RCG is ready to help with its Data & Analytics Practice.
CSC - Presentation at Hortonworks Booth - Strata 2014Hortonworks
Come hear about how companies are kick-starting their big data projects without having to find good people, hire them, and get IT to prioritize it to get your project off the ground. Remove risk from your project, ensure scalability , and pay for just the nodes you use in a monthly utility pricing model. Worried about Data Governance, Security, want it in the cloud, can’t have it in the cloud….eliminate the hurdles with a fully managed service backed by CSC. Get your modern data architecture up and running in as little as 30 days with the Big Data Platform As A Service offering from CSC. Computer Science Corporation is a Certified Technology Partner of Hortonworks and is a Global System Integrator with over 80,000 employees globally.
Wise Men Solutions provides big data analytics services to enable real-time decision making. They assess clients' infrastructure and data needs to develop customized solutions using technologies like IBM Streams. Their services include prototyping solutions, implementing analytics applications, demonstrations, consulting and support. They help clients across industries empower their business users and optimize processes through analytics.
Create your Big Data vision and Hadoop-ify your data warehouseJeff Kelly
The document discusses big data market trends and provides advice on how organizations can develop a big data strategy and implementation plan. It outlines a 5 step approach for modernizing an organization's data warehouse with new big data technologies: 1) enhancing the data warehouse with unstructured data, 2) extending it with data virtualization, 3) increasing scalability with MPP databases, 4) accelerating analytics with in-database processing, and 5) creating an operational data store with Hadoop. The document also provides tips for selecting big data vendors, such as evaluating a vendor's ability to integrate with existing systems and make analytics accessible to both power users and business users.
Is your big data journey stalling? Take the Leap with Capgemini and ClouderaCloudera, Inc.
Transitioning to a Big Data architecture is a big step; and the complexity of moving existing analytical services onto modern platforms like Cloudera, can seem overwhelming.
BIG Data & Hadoop Applications in FinanceSkillspeed
Explore the applications of BIG Data & Hadoop in Finance via Skillspeed.
BIG Data & Hadoop in Finance is a key differentiator, especially in terms of generating greater investment insights. They are used by companies & professionals for risk assessment, fraud detection & forecasting trends in financial markets.
To get more details regarding BIG Data & Hadoop, please visit - www.SkillSpeed.com
Big Data, Big Thinking: Untapped OpportunitiesSAP Technology
The document discusses a webinar by SAP and Ernst & Young on big data. It explores big data adoption trends, how organizations can leverage big data to improve business performance and manage risks, and common use cases across industries like retail, transportation, and government. The webinar provides guidance on how organizations can get started with big data initiatives by identifying executive sponsors, use cases, architectural gaps, and building a business case to justify investment.
Unlock Big Data's Potential in Financial Services with Hortonworks Pactera_US
Pactera and Hortonworks introduce their partnership and Hortonworks' approach to enterprise Hadoop. They discuss how financial institutions can use big data and a polyglot approach to gain insights from various data types for applications like fraud detection, gaining a 360 degree view of customers, and risk analysis. Specific use cases discussed include using big data for insurance underwriting, website optimization, and getting a holistic view of customer interactions. Pactera then outlines its big data capabilities and how it can help clients through workshops, proofs of concept, and implementation.
· Industry certified Hadoop developer with 7+ years of experience in Software Industry and 6 years of hadoop development experience
· Has 3+ yrs experience as Technical Lead .
· Has experience in domains - Retail analytics,Hi-tech,Banking,Telecom and Insurance
· Working experience in HORTONWORKS,MAPR and CLOUDERA distributions
· Experience with building stream-processing systems, using solutions such as Storm or Spark-Streaming
· Intermediate expertise in scala programming.
· Strong understanding and hands-on experience in distributed computing frameworks, particularly Apache Hadoop 2.0 (YARN; MR & HDFS) and associated technologies - Hive, Sqoop, , Avro, Flume, Oozie, Zookeeper, Hortonworks Ni-Fi etc.
· Experience with NoSQL databases, such as HBase, Cassandra, MongoDB
· Proficiency in Python Scripting
The document discusses opportunities for enriching a data warehouse with Hadoop. It outlines challenges with ETL and analyzing large, diverse datasets. The presentation recommends integrating Hadoop and the data warehouse to create a "data reservoir" to store all potentially valuable data. Case studies show companies using this approach to gain insights from more data, improve analytics performance, and offload ETL processing to Hadoop. The document advocates developing skills and prototypes to prove the business value of big data before fully adopting Hadoop solutions.
Predictive Analytics: Extending asset management framework for multi-industry...Capgemini
The document provides information about a webinar on predictive asset management. It discusses how asset data from sensors can be analyzed using HP's HAVEn platform to optimize equipment reliability, performance management, operations control, and predictive maintenance. Examples of predictive asset analytics solutions for various industries are also presented.
This webinar featuring Claudia Imhoff, President of Intelligent Solutions & Founder of the Boulder BI Brain Trust (BBBT), Matt Schumpert, Director of Product Management and Azita Martin, CMO at Datameer, will highlight the latest technology trends in extending BI with big data analytics and the top high impact use cases.
Attendees will hear about:
-- The extended architecture for today's modern analytics environment
-- The Internet of Things (IoT) and big data
-- The evolution of analytics – from descriptive to prescriptive
-- High impact use cases as a result of the changing analytics world
This document provides information about a webinar on executing a first Hive project. It includes an overview of big data and Hive, as well as details of a retail data analysis project using Hive. The key points are:
- Big data refers to extremely large and complex datasets that are difficult to process using traditional databases. Hive is a data warehouse infrastructure built on Hadoop that allows SQL-like queries on big data.
- The webinar will cover basic Hive operations and commands, and have participants execute a retail domain project with Hive involving analyzing product ratings, pricing, and brands.
- The project uses a dataset from Flipkart including product details, prices, and ratings. Participants will write Hive queries
MongoDB IoT City Tour STUTTGART: Analysing the Internet of Things. By, PentahoMongoDB
Dominik Claßen, Sales Engineering Team Laed at Pentaho
Drawing on Pentaho's wide experience in solving customers' big data issues, Dominik positions the importance of analytics in the IoT.
[-] Understanding the challenges behind data integration & analytics for IoT
[-] Future proofing your information architecture for IoT
[-] Delivering IoT analytics, now and tomorrow
[-] Real customer examples of where Pentaho can help
Increase your ROI with Hadoop in Six Months - Presented by Dell, Cloudera and...Cloudera, Inc.
Are you struggling to validate the added costs of a Hadoop implementation? Are you struggling to manage your growing data?
The costs of implementing Hadoop may be more beneficial than you anticipate. Dell and Intel recently commissioned a study with Forrester Research to determine the Total Economic Impact of the Dell | Cloudera Apache Hadoop Solution, accelerated by Intel. The study determined customers can see a 6-month payback when implementing the Dell | Cloudera solution.
Join Dell, Intel and Cloudera, three big data market leaders, to understand how to begin a simplified and cost-effective big data journey and to hear case studies that demonstrate how users have benefited from the Dell | Cloudera Apache Hadoop Solution.
Apache Hadoop is an open source software framework for distributed storage and processing of large datasets across clusters of computers. It allows businesses to combine multiple types of analytics on the same data at massive scale. Forrester predicts that 100% of large enterprises will adopt Hadoop and related technologies like Spark for big data analytics in the next two years due to advantages in storage capacity, emerging status, and ability to gain new business value from data. The document provides examples of how companies use big data and analytics to optimize operations and gain new insights.
Revolution in Business Analytics-Zika Virus ExampleBardess Group
Apache Hadoop is an open source software framework for distributed storage and processing of large datasets across clusters of computers. It allows businesses to combine multiple types of analytics on the same data at massive scale. Forrester predicts 100% of large enterprises will adopt Hadoop and related technologies like Spark for big data analytics in the next two years due to benefits like solving storage problems and being a mature technology. Combining big data and analytics through Hadoop allows companies to optimize operations, gain new business insights, and build data-driven products and services.
BIG Data & Hadoop Applications in E-CommerceSkillspeed
Explore the applications of BIG Data & Hadoop in eCommerce via Skillspeed.
BIG Data & Hadoop in eCommerce is a key differentiator, especially in terms of generating optimized customer & back-end experiences. They are used for tracking consumer behavior, optimizing logistics networks and forecasting demand - inventory cycles.
To get more details regarding BIG Data & Hadoop, please visit - www.SkillSpeed.com
Four Key Considerations for your Big Data Analytics StrategyArcadia Data
This document discusses considerations for big data analytics strategies. It covers how big data analytics have evolved from focusing on structured data and batch processing to also including real-time, multi-structured data from various sources. It emphasizes that discovery is key and requires visual exploration of granular data details. Native big data analytics platforms are needed that can handle real-time streaming data and provide self-service capabilities through customizable applications. The document provides examples of how various companies are using big data analytics for applications like cybersecurity, customer analytics, and supply chain optimization.
Find herbal colors, organic colors, and non-toxic gulal wholesale supplier.pdfholicolor
Herbal colors, organic colors, and non-toxic gulal offer safer and more environmentally friendly alternatives to synthetic dyes. They are made from natural, organic, and non-toxic materials, making them gentle on the skin and less harmful to the environment. These colors are especially popular during cultural and religious festivals, in cosmetics, and in organic products.
Advancing Waterproofing Expertise with AIW
Waterproofing Melbourne and beyond, the Australian Institute of Waterproofing (AIW) is proud to introduce an innovative commercial waterproofing course. Developed in collaboration with the Master Builders Association Vic, this course, led by Andrew Golle, is tailored for project managers overseeing balcony waterproofing, roof waterproofing, and concrete repair. Paul Evans emphasizes the critical nature of these roles in preventing costly post-construction issues. Private sessions for building supervisors are now available, addressing common mistakes due to poor applications and cost-cutting measures.
The course covers essential topics, including product selection, surface preparation, and the importance of basement waterproofing. Paul Evans highlights the recurring problems seen in the industry, where inadequate training and oversight lead to significant issues, from retaining wall waterproofing to lift pit waterproofing.
In response to these challenges, the AIW is developing a "Below Ground Waterproofing Standard" specific to Australia, inspired by UK standards. Paul Evans calls for industry-wide collaboration to ensure the standard encompasses diverse methods and materials, ultimately enhancing the quality and longevity of waterproofing work.
By equipping supervisors and builders with the right knowledge, AIW aims to improve the overall standard of waterproofing practices, reducing the risk of failures and the subsequent mental and financial stress on homeowners. This proactive approach is crucial for the sustainability and reliability of waterproofing in construction projects across Australia.
Decentralized Crowdfunding with Professionals at DAISY_ Redefining Fundraisin...DAISY Global
In recent years, crowdfunding has emerged as a popular method for raising capital for various projects and initiatives. Traditionally, crowdfunding platforms facilitated fundraising campaigns by connecting project creators with a large number of contributors willing to support their endeavors financially. However, with the advent of blockchain technology, decentralized crowdfunding has emerged as a disruptive alternative to traditional crowdfunding models. In this blog, we will compare decentralized crowdfunding with traditional crowdfunding, exploring their differences, benefits, and drawbacks. DAISY Global
BOOST YOUR CREDIBILITY & TRUST WITH VIDEO TESTIMONIALS.pdfAshwin Pk
BOOST YOUR CREDIBILITY & TRUST WITH VIDEO TESTIMONIALS.
Let authentic stories from satisfied clients elevate your brand and connect with your audience. Discover the power of genuine testimonials today.
We are Visual Entity, a video production house, a one-stop shop for all your video requirements. We venture into making unmatched content with our Corporate video, Animated Explainer video, Startup video, Kickstarter video, Product video, TV commercials, and Youtube campaign. We believe in story-driven films that help you make an authentic and meaningful connection with your audience.
Decentralized Crowdfunding vs. Traditional Crowdfunding_ A Comparison by Expe...DAISY Global
In recent years, crowdfunding has emerged as a popular method for raising capital for various projects and initiatives. Traditionally, crowdfunding platforms facilitated fundraising campaigns by connecting project creators with a large number of contributors willing to support their endeavors financially. However, with the advent of blockchain technology, decentralized crowdfunding has emerged as a disruptive alternative to traditional crowdfunding models. In this blog, we will compare decentralized crowdfunding with traditional crowdfunding, exploring their differences, benefits, and drawbacks. DAISY Global
In the realm of accounting software, QuickBooks stands as a cornerstone for businesses of various sizes. Its robust features streamline financial operations, offering efficiency and accuracy in managing accounts, payroll, invoices, and more. However, like any complex software system, QuickBooks is not immune to errors. Among the most vexing issues users encounter is the "QuickBooks Unrecoverable Error." This error can halt productivity, disrupt workflow, and leave users scrambling for solutions.
The AIW Delivers on the Importance of Waterproofing
On March 29, 2017, the AIW attended and presented at the ADEB (Architects Designers Engineers Builders) Waterproofing Breakfast Seminar in Sydney. The focus was on addressing commercial waterproofing and residential high-rise waterproofing failures and solutions.
Presentations and Key Points
Paul Evans, AIW President, gave an overview of the AIW's role in raising waterproofing standards in Australia. Robert McDonald, an AIW member, delivered a session on the “Australian Standards in Waterproofing.” These presentations covered:
Common defects in internal and external waterproofing
Priming and substrate moisture content
Inspection and testing of waterproofing
Drainage and waterproofing techniques
Product knowledge and standards compliance, including:
CA 55 - 1970 (Design and Installation of Bituminous Fabric Roofing)
AS 3740 (Waterproofing Wet Areas in Residential Buildings)
AS 4858 - 2004 (Wet Area Membranes)
AS 4654 - 2012 (Waterproofing Membrane)
The AIW remains dedicated to updating, providing current information, and educational resources for all industries involved with waterproofing.
Achieving Uniform Waterproofing Compliance Nationally
Achieving uniform waterproofing compliance across Australia involves collaboration with State and Territory Regulatory Authorities, which play a crucial role. Current licensing requirements are often disjointed, and in many states, not mandatory.
Local authorities and building surveyors request Waterproofing Application Certificates to certify compliance with BCA and Australian Standards. These certificates must be issued by a competent person, whose work falls under the scope of their license or who has formal qualifications to carry out the work. Training and qualifications are regulated under the National Qualifications Framework.
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Waterproofing Changes in Victoria
The Building Act 1993 remains, but the Building Regulation 2006 will be replaced by the Building Regulations 2017, expected to be legislated around September. Key changes affecting the waterproofing industry include Part 13, which mandates inspection prior to covering a waterproofing membrane in any wet area.
The regulations remain consistent in other areas affecting waterproofing, such as the adoption of the NCC and relevant Australian Standards, methods of assessment of compliance, material testing, and compliance certificates.
The VBA confirms that only a registered Building Practitioner can authorize compliance of waterproofing works. Subcontractors who are not registered cannot authorize compliance. Although they can state that they have complied with the relevant standards, liability lies primarily with the registered builder, now shared with the Building Inspector or Surveyor for wet areas.
QBCC Tradie Tours
Waterproofing is consistently one of the most common defects reported to the QBCC, with mistakes being costly. In June 2017, the QBCC presented ten waterproofing seminars throughout Queensland, dedicated to waterproofing and tiling issues with a focus on preventing waterproofing defects. Approximately 1000 builders, waterproofers, certifiers, and tilers attended these seminars.
Bayset’s Training & Quality Manager, Frank Moebus, provided in-depth information about avoiding installation problems. The Tradie Tour received positive feedback from the industry.
Project Reference: Botanicca Corporate Park
Overview:
Property Type: Commercial
Project Type: Restoration
Scope: Leaking roof joints affecting company suites
Applicator: Australian Waterproofing Company Pty Ltd
Area: 1150m²
Category: Waterproofing
Products Used:
Soprema Soprasun 3.0S
Soprema Sopradhere Primer
Soprema Alsan Flashing
Soprema Roof Vents
Project Details:
Botanicca Corporate Park experienced leaks in the roof joints that affected various company suites and balconies. The building, constructed in 2006, required a watertight roof to ensure its longevity. A 20-year warranty was provided, and the Soprema Torch On system was applied to achieve a high-quality waterproofing result, both aesthetically and functionally.
Gary Moody, project manager, described the project as challenging but rewarding due to the successful outcome achieved by the experienced applicator.
Importance of Waterproofing Standards and Compliance
Legislative Changes and Their Impact
The introduction of the Building Regulations 2017 brings significant changes to the waterproofing industry, particularly regarding inspection and compliance requirements. For the first time, building inspectors or surveyors must inspect waterproofing membranes before they are covered in any wet areas. This change emphasizes the importance of thorough inspections to prevent defects and ensure high-quality waterproofing.
How are Lilac French Bulldogs Beauty Charming the World and Capturing Hearts ...Lacey Max
After being the most listed dog breed in the United States for 31
years in a row, the Labrador Retriever has dropped to second place
in the American Kennel Club's annual survey of the country's most
popular canines. The French Bulldog is the new top dog in the
United States as of 2022. The stylish puppy has ascended the
rankings in rapid time despite having health concerns and limited
color choices.
The construction industry is undergoing significant changes, particularly in waterproofing. Poor practices have caught the attention of regulators, and changes are coming soon. AIW will keep members informed about these developments. We aim to eliminate subpar contractors who compromise the industry with inadequate work.
Everyone makes mistakes occasionally, but persistent issues arise from those who consistently cut corners, using insufficient materials in unsafe conditions. These practices must end.
Summer Waterproofing Challenges
As summer approaches, common questions arise regarding membrane application in hot or humid conditions:
Is it too hot or humid to apply a membrane?
Will blistering occur?
How to address blistering if it happens?
Should a warranty be issued for such membranes?
Applying membranes in inappropriate conditions often leads to failures. It’s crucial to consider the long-term repercussions of these decisions. Consult your membrane supplier for guidance and ensure you ask the right questions. Industry peers are often willing to help.
Project Reference: QLD Public Hospital
Overview
Property Type: QLD Public Hospital
Contractor/Applicator: Waterstop Solutions
Testing: International Leak Detection Australia (ILD)
Category: Membrane Renewal
Products Used: A specialized bitumen-modified highly flexible waterproofing membrane installed in multiple layers over a moisture barrier primer system.
Project Details: The project involved renewing the waterproofing membrane on two leaking concrete tanks, critical for the hospital’s fire sprinkling system. Challenges included identifying all leaks and adhering to noise and downtime restrictions. The solution involved thorough surface preparation and the use of a compatible, highly flexible membrane, ensuring long-term effectiveness and compliance with Australian Standards.
AIW at Bayset Construction Trade Day
On August 24, 2018, AIW attended the Bayset Construction Trade Day at Coopers Plains Branch. The event was a great opportunity to connect with members and non-members, resulting in increased interest and new sign-ups. The day featured informative sessions, industry support, and excellent networking opportunities.
Melbourne's premier landscape architect specializes in creating sustainable, innovative outdoor spaces. Renowned for blending natural beauty with functional design, they transform urban and residential areas into breathtaking landscapes. Their expertise spans gardens, parks, and public spaces, ensuring each project harmonizes with its surroundings while enhancing aesthetic appeal and usability.
Floor Waste Requirements for Bathrooms in Australia
Waterproofing Melbourne and the entire construction industry must stay updated with the latest amendments to the Australian Standard AS3740 and the National Construction Code (NCC). Recent changes emphasize floor waste requirements and fall requirements in bathrooms, which are crucial for maintaining high standards of commercial waterproofing and other waterproofing practices.
Scope
The amendments clarify the waterproofing of wet areas within residential buildings across various states, including New South Wales, Queensland, and Western Australia. The NCC, a performance-based code, includes Volumes 1 and 2 (Building Code of Australia) and Volume 3 (Plumbing Code of Australia).
Legislation Overview
The NCC provides the minimum necessary standards for safety, health, sustainability, and amenity in building and plumbing legislation across Australia. It is divided into performance requirements and allows for compliance through Deemed-to-Satisfy Provisions or alternative solutions.
BCA Volume 1
F1.7 Waterproofing of Wet Areas: Ensures wet areas in buildings are adequately waterproofed to prevent damage and maintain safety.
F1.11 Floor Grading: In Class 2 or 3 buildings or Class 4 parts of a building, bathroom or laundry floors located above a sole occupancy unit or public space must be graded to prevent water spillage.
BCA Volume 2
Performance Requirement P2.4.1: Addresses waterproofing of wet areas in Class 1 and 10 buildings, specifying that these areas must meet specific performance criteria to ensure effective waterproofing.
Floor Waste and Grading Requirements
The NCC Volume 1 and 2, along with the Australian Standard, provide performance requirements for waterproofing elements in wet areas. However, the BCA Volume 2 does not mandate floor waste installation in Class 1 buildings, such as single dwelling houses, except for rooms with wall-hung urinals. The floor in these buildings does not need to be graded to a floor waste gully, even if one is present.
In contrast, Class 2, 3, or 4 buildings with bathrooms or laundries located above other sole occupancy units or public spaces require floor waste installations to prevent water from entering the spaces below. The floors in these areas must be graded to the floor waste.
Importance of Compliance
Compliance with these standards is critical for preventing waterproofing failures, which can lead to significant post-construction issues, including structural damage and health hazards. Ensuring proper waterproofing in areas like basement waterproofing, retaining wall waterproofing, and lift pit waterproofing is essential for the longevity and safety of buildings.
The Role of Training and Education
Paul Evans highlights the importance of ongoing training and education in the waterproofing industry. By staying informed about legislative changes and best practices, professionals can improve the quality of their work and reduce the risk of defects.
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8. 8
Big Data Proof of Concept (PoC)
The RCG Big Data Proof of Concept
demonstrates the business value of Big Data
using your data in RCG’s Big Data Lab with Big
Data technologies and analytics. This requires
no investment in Big Data hardware, software,
or skills in your IT or business units.
20. Our Brand Promise
Our reputation is built upon the premise that
we are a company that listens.
We bring a creative view to your
business initiative.
We are collaborative and accountable as
we jointly create your solution.
We continuously innovate from concept to result and
help you affect business change.
There will be no surprises.
Ideas. Realized.®
Editor's Notes
Forrester’s definition of Big Data: “the practices and technology that close the gap between [all types of] data available and the ability to turn that data into business insight.”
12 nodes of Hadoop or NoSQL configuration – this reflects the use of the lab for Proof of Concepts, not necessarily production-level support
½ terabyte of memory
144 terabytes of storage – this provides for a meaningful amount of data to be stored for data science analytics
‘R’ and SAS statistical analysis technologies
Apache Hadoop project software – including HDFS, HBase, Hive, Pig, Sqoop, Yarn, Zookeeper, Mahout, Tez, Flume, Ambari, Oozie, Falcon, Knox, Accumulo, Storm, Kafka, add-ons and connectors to Microsoft, Oracle, Teradata, Informatica, and Talend, and Cloudera, Hortonworks, and MapR Hadoop packages
NoSQL and NewSQL options, including Cassandra, Couchbase, MongoDB, and HPCC
Here are my thoughts on Big Data PoC proposals. I suggest that:
Identify a Business Problem Area be a half day Solution Build type of activity; it may be helpful if this were "free" (no cost for the activity, but build the cost into the costs of the next steps)
Collect Data may require RCG assistance onsite at the rates Rob quoted; this step may take time and should be T&M and not count against a Lab timebox
Load Data into the Lab is when a period of time starts; this will be the Big Data Environment Specialist configuring the environment for the PoC, which can be done while Collect Data is happening, and loading client data into the Lab
Apply Analytics is where the work is; three weeks should be a good start, as long as we can coordinate our analytic resources; it may be desirable to include a Manila resource or two to generate more models and insights
Produce Results and Insights should happen in the third week or so, allowing for an iteration or two with the client
This is one week of a Big Data Environment Specialist ($7,000), three weeks of a Big Data Scientist ($24,000), and 3 weeks for two Manila-based Big Data Analysts (around $12,000), totaling about $45,000 if the costs for step 1 are included. But it will depend on the expectations of the client and how sophisticated the statistical models need to be to meet the expectation.
So, I suggest the proposal to JC Penney should be: We will come in to Identify a Business Problem Area JC Penney wants us to attack, the data needed to analyze it, decide whether we need to help Collect Data, and determine how much Apply Analytics we need to do. We do this for "free" and adjust the price of the PoC depending what expectations JC Penney has for this.
We can say that a ballpark price for a PoC. is $45,000, but that the price can vary based on how extensive the PoC is.
Just some thoughts on the matter . . .