SlideShare a Scribd company logo
Arun Jinde
Technical Architect
Verizon
Ajay Anand
Vice President, Products and Marketing
Kyvos Insights Inc.
BI on Big Data with Instant Response Times at Verizon
© Verizon 2018, All Rights Reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
Employees
154.7K
worldwide
Network
98%
US wireless coverage
Broadband
100%
fiber optic network
Video & Advertising
200M
hours of video
streamed monthly
Internet of Things
14K+
developers hosted on
ThingSpace
Security
25+
years of experience
and expertise
*Source: Verizon.com/About
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
• Big data business challenges
• Verizon’s big data architecture
• What is OLAP and why is it needed?
• Traditional vs Modern OLAP
• How modern OLAP achieves interactive BI
Agenda
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
Increased data
volume
Varied data
sources
Real-time aspect
of data
Data access
and reuse
Self-service
needs
Cost and hidden
system debt
A challenging big data landscape
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
Challenges Technology Solution
Increased data volumes Hadoop distribution
Varied data sources Unified Data Models and standardized KPI stores
Real time aspect of data Kafka/Storm/Nifi/StreamAnalytix
Data access and reuse Hybrid architecture
Self-service needs Pre-Connected data models/OLAP on Hadoop
Cost and hidden system debt Data locality and compute
Dealing with the complexity of Big Data
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
• 12K Files Per Day in Microbatch mode.
• 300 Messages/Sec in Real-Time.
• Dynamic Metadata management.
• Cluster Size: 4 PB
• # of Cluster Nodes: 130
• Kyvos Memory: 24 GB/Node
• # of Kyvos Query Engine: 10
• # of Kyvos OLAP Engines: 2
Verizon’s Video Analytics Platform
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
OLAP is a hierarchical
multidimensional data model
• Analyze multidimensional data
interactively from multiple
perspectives
• Dimensions are qualitatively
represented by Measures
• Cube Operations: Rolling up,
Drilling down, Slice & Dice
and Pivot
• Cube Query Language: Multi
Dimensional expressions (MDX)
TIME
PRODUCT
365 269 295 377 1306
234 465 255 678 1632
164 135 153 145 597
132 144 111 555 942
895 1013 814 1755 4477
Jan05 Feb05 Mar05 Apr05 Yr05
LCD Monitor
Digital Camera
40G Drive
Game Console
All Products
Account #1
Account #2
Account #3
Account #4
All Accounts
TIME
PRODUCT
ACCOUNT
What is OLAP
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
Why the need for OLAP?
• Speed of responses for multi-dimensional queries
• Iterative queries for data discovery
• The need to drill down for more details
• Access to historical side-by-side comparative analysis
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
• Very rigid and not scalable
• Massive increase in data volumes
(size of cubes)
• Explosion of cardinality (granularity) from
added dimensions
• Processing is not linearly scalable forcing
towards fixed column reporting
• Data movement and frequency of updates
impacting Service Level Agreements
• Requires expert developers
TRADITIONAL OLAP ON SQL
BI Tools
ODBC
SQL MDX
Query Engine
Cube
Processing
Data
Movement
Star Schema
Data
Repository
OLAP Cube
Limitations of traditional OLAP
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
More flexible, scalable, and performant
• Convenient and easy access to data
• Single source of truth (one cube vs many)
• More flexibility to model data
• Empower users to explore data at scale
• Scalable with Hadoop ecosystem
• No data movement
• No new infrastructure
Need for modern OLAP
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
MODERN OLAP ON HADOOP
REST Server
Query Engine
Cube Build Engine
(Map Reduce)
BI Tools
Rest API/MDX/XMLA/ODBC
Star Schema OLAP Cube
HADOOP
Modern OLAP / Kyvos Architecture
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
Cubes Row Count HDFS File Size Cube Size # of Dimensions
Daily Processing
Time
Query
Performance
Live TV 78 B 12 TB 70 TB 38 20 mins < 12 secs
DVR 25 B 4 TB 30 TB 46 10 mins < 5 secs
VOD 1 B 2 TB 5 TB 56 5 mins < 5 secs
Search 0.5 B 1 TB 1.5 TB 32 5 mins < 5 secs
Results attained with Kyvos
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
1 Faster time to insights from faster
processing
2 Interactive access to big data for
analysis without interruption
3 Self service model to empower
users
4 Turn any BI tool to a native on
Hadoop big data tool
5 Consolidate multiple cubes to one
cube for single source of truth
6 No data movement to access all
the data at every granular level
7 No new infrastructure to control
technical costs
Benefits of achieving interactive BI
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
1 Registering files.
2 Creating Datasets.
3 Building Relationship.
4 Building Cube.
5 Processing Cube.
6 Creating Visualizations.
7 Creating Dashboard.
Self service using Kyvos
© Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject
to change without notice. All trademarks used herein are property of their respective owners.
Arun.Jinde@Verizon.com
Thank you.

More Related Content

PPTX
Achieving a 360 degree view of manufacturing
PDF
Hortonworks on IBM POWER Analytics / AI
PPTX
Breaking the Silos: Storage for Analytics & AI
PDF
Running Enterprise Workloads with an open source Hybrid Cloud Data Architectu...
PPTX
Lessons learned processing 70 billion data points a day using the hybrid cloud
PPTX
The rise of big data governance: insight on this emerging trend from active o...
PPTX
Compute-based sizing and system dashboard
PPTX
Pouring the Foundation: Data Management in the Energy Industry
Achieving a 360 degree view of manufacturing
Hortonworks on IBM POWER Analytics / AI
Breaking the Silos: Storage for Analytics & AI
Running Enterprise Workloads with an open source Hybrid Cloud Data Architectu...
Lessons learned processing 70 billion data points a day using the hybrid cloud
The rise of big data governance: insight on this emerging trend from active o...
Compute-based sizing and system dashboard
Pouring the Foundation: Data Management in the Energy Industry

What's hot (20)

PPTX
The Implacable advance of the data
PDF
Integrating and Analyzing Data from Multiple Manufacturing Sites using Apache...
PDF
Open Source Data Management for Industry 4.0
PPTX
Building intelligent applications, experimental ML with Uber’s Data Science W...
PPTX
Overcoming the AI hype — and what enterprises should really focus on
PPTX
Multi-tenant Hadoop - the challenge of maintaining high SLAS
PDF
OpenPOWER Update
PDF
IBM+Hortonworks = Transformation of the Big Data Landscape
PPTX
Bring your SAP and Enterprise Data to Hadoop, Apache Kafka and the Cloud
PDF
Oil & Gas Big Data use cases
PPTX
Benefits of Transferring Real-Time Data to Hadoop at Scale
PPTX
The convergence of reporting and interactive BI on Hadoop
PPTX
Continuous Data Ingestion pipeline for the Enterprise
PDF
Hortonworks DataFlow (HDF) 3.3 - Taking Stream Processing to the Next Level
PPTX
Journey to the Data Lake: How Progressive Paved a Faster, Smoother Path to In...
PPTX
IoT: How Data Science Driven Software is Eating the Connected World
PPTX
Not Just a necessary evil, it’s good for business: implementing PCI DSS contr...
PDF
Getting the Most Out of Your Data in the Cloud with Cloudbreak
PDF
Promote the Good of the People of the United Kingdom by Maintaining Monetary ...
PDF
10 Lessons Learned from Meeting with 150 Banks Across the Globe
The Implacable advance of the data
Integrating and Analyzing Data from Multiple Manufacturing Sites using Apache...
Open Source Data Management for Industry 4.0
Building intelligent applications, experimental ML with Uber’s Data Science W...
Overcoming the AI hype — and what enterprises should really focus on
Multi-tenant Hadoop - the challenge of maintaining high SLAS
OpenPOWER Update
IBM+Hortonworks = Transformation of the Big Data Landscape
Bring your SAP and Enterprise Data to Hadoop, Apache Kafka and the Cloud
Oil & Gas Big Data use cases
Benefits of Transferring Real-Time Data to Hadoop at Scale
The convergence of reporting and interactive BI on Hadoop
Continuous Data Ingestion pipeline for the Enterprise
Hortonworks DataFlow (HDF) 3.3 - Taking Stream Processing to the Next Level
Journey to the Data Lake: How Progressive Paved a Faster, Smoother Path to In...
IoT: How Data Science Driven Software is Eating the Connected World
Not Just a necessary evil, it’s good for business: implementing PCI DSS contr...
Getting the Most Out of Your Data in the Cloud with Cloudbreak
Promote the Good of the People of the United Kingdom by Maintaining Monetary ...
10 Lessons Learned from Meeting with 150 Banks Across the Globe
Ad

Similar to BI on Big Data with instant response times at Verizon (20)

PPTX
There are 250 Database products, are you running the right one?
PDF
Horses for Courses: Database Roundtable
PPTX
Open Sourcing GemFire - Apache Geode
PPTX
An Introduction to Apache Geode (incubating)
PPTX
Turning Petabytes of Data into Profit with Hadoop for the World’s Biggest Ret...
PDF
Gemfire Introduction
PDF
451 Research + NuoDB: What It Means to be a Container-Native SQL Database
 
PDF
Verizon Centralizes Data into a Data Lake in Real Time for Analytics
PDF
The Future of Data Management: The Enterprise Data Hub
PDF
Embedded Analytics: The Next Mega-Wave of Innovation
PPTX
Event Sponsor NetApp - CSO- Jon Kissane
PDF
Postgres Vision 2018: Making Modern an Old Legacy System
 
PDF
Don't think DevOps think Compliant Database DevOps
PDF
Datenvirtualisierung: Wie Sie Ihre Datenarchitektur agiler machen (German)
PPTX
Digital Business Transformation in the Streaming Era
PPTX
Oracle Big Data Appliance and Big Data SQL for advanced analytics
PPTX
Productionizing Hadoop: 7 Architectural Best Practices
PDF
CNCF Online - Data Protection Guardrails using Open Policy Agent (OPA).pdf
PDF
Big data for Telco: opportunity or threat?
PDF
IBM Object Storage and Software Defined Solutions - Cleversafe
There are 250 Database products, are you running the right one?
Horses for Courses: Database Roundtable
Open Sourcing GemFire - Apache Geode
An Introduction to Apache Geode (incubating)
Turning Petabytes of Data into Profit with Hadoop for the World’s Biggest Ret...
Gemfire Introduction
451 Research + NuoDB: What It Means to be a Container-Native SQL Database
 
Verizon Centralizes Data into a Data Lake in Real Time for Analytics
The Future of Data Management: The Enterprise Data Hub
Embedded Analytics: The Next Mega-Wave of Innovation
Event Sponsor NetApp - CSO- Jon Kissane
Postgres Vision 2018: Making Modern an Old Legacy System
 
Don't think DevOps think Compliant Database DevOps
Datenvirtualisierung: Wie Sie Ihre Datenarchitektur agiler machen (German)
Digital Business Transformation in the Streaming Era
Oracle Big Data Appliance and Big Data SQL for advanced analytics
Productionizing Hadoop: 7 Architectural Best Practices
CNCF Online - Data Protection Guardrails using Open Policy Agent (OPA).pdf
Big data for Telco: opportunity or threat?
IBM Object Storage and Software Defined Solutions - Cleversafe
Ad

More from DataWorks Summit (20)

PPTX
Data Science Crash Course
PPTX
Floating on a RAFT: HBase Durability with Apache Ratis
PPTX
Tracking Crime as It Occurs with Apache Phoenix, Apache HBase and Apache NiFi
PDF
HBase Tales From the Trenches - Short stories about most common HBase operati...
PPTX
Optimizing Geospatial Operations with Server-side Programming in HBase and Ac...
PPTX
Managing the Dewey Decimal System
PPTX
Practical NoSQL: Accumulo's dirlist Example
PPTX
HBase Global Indexing to support large-scale data ingestion at Uber
PPTX
Scaling Cloud-Scale Translytics Workloads with Omid and Phoenix
PPTX
Building the High Speed Cybersecurity Data Pipeline Using Apache NiFi
PPTX
Supporting Apache HBase : Troubleshooting and Supportability Improvements
PPTX
Security Framework for Multitenant Architecture
PDF
Presto: Optimizing Performance of SQL-on-Anything Engine
PPTX
Introducing MlFlow: An Open Source Platform for the Machine Learning Lifecycl...
PPTX
Extending Twitter's Data Platform to Google Cloud
PPTX
Event-Driven Messaging and Actions using Apache Flink and Apache NiFi
PPTX
Securing Data in Hybrid on-premise and Cloud Environments using Apache Ranger
PPTX
Big Data Meets NVM: Accelerating Big Data Processing with Non-Volatile Memory...
PDF
Computer Vision: Coming to a Store Near You
PPTX
Big Data Genomics: Clustering Billions of DNA Sequences with Apache Spark
Data Science Crash Course
Floating on a RAFT: HBase Durability with Apache Ratis
Tracking Crime as It Occurs with Apache Phoenix, Apache HBase and Apache NiFi
HBase Tales From the Trenches - Short stories about most common HBase operati...
Optimizing Geospatial Operations with Server-side Programming in HBase and Ac...
Managing the Dewey Decimal System
Practical NoSQL: Accumulo's dirlist Example
HBase Global Indexing to support large-scale data ingestion at Uber
Scaling Cloud-Scale Translytics Workloads with Omid and Phoenix
Building the High Speed Cybersecurity Data Pipeline Using Apache NiFi
Supporting Apache HBase : Troubleshooting and Supportability Improvements
Security Framework for Multitenant Architecture
Presto: Optimizing Performance of SQL-on-Anything Engine
Introducing MlFlow: An Open Source Platform for the Machine Learning Lifecycl...
Extending Twitter's Data Platform to Google Cloud
Event-Driven Messaging and Actions using Apache Flink and Apache NiFi
Securing Data in Hybrid on-premise and Cloud Environments using Apache Ranger
Big Data Meets NVM: Accelerating Big Data Processing with Non-Volatile Memory...
Computer Vision: Coming to a Store Near You
Big Data Genomics: Clustering Billions of DNA Sequences with Apache Spark

Recently uploaded (20)

PPTX
Understanding_Digital_Forensics_Presentation.pptx
PDF
Chapter 3 Spatial Domain Image Processing.pdf
PDF
Architecting across the Boundaries of two Complex Domains - Healthcare & Tech...
PDF
Advanced methodologies resolving dimensionality complications for autism neur...
PDF
7 ChatGPT Prompts to Help You Define Your Ideal Customer Profile.pdf
PPTX
KOM of Painting work and Equipment Insulation REV00 update 25-dec.pptx
PPTX
PA Analog/Digital System: The Backbone of Modern Surveillance and Communication
PPTX
Effective Security Operations Center (SOC) A Modern, Strategic, and Threat-In...
PPTX
VMware vSphere Foundation How to Sell Presentation-Ver1.4-2-14-2024.pptx
PDF
Peak of Data & AI Encore- AI for Metadata and Smarter Workflows
PDF
The Rise and Fall of 3GPP – Time for a Sabbatical?
 
PDF
Bridging biosciences and deep learning for revolutionary discoveries: a compr...
PDF
Encapsulation_ Review paper, used for researhc scholars
PDF
Building Integrated photovoltaic BIPV_UPV.pdf
PPTX
Digital-Transformation-Roadmap-for-Companies.pptx
PPTX
Cloud computing and distributed systems.
PPT
Teaching material agriculture food technology
PDF
Agricultural_Statistics_at_a_Glance_2022_0.pdf
PDF
How UI/UX Design Impacts User Retention in Mobile Apps.pdf
PDF
Dropbox Q2 2025 Financial Results & Investor Presentation
Understanding_Digital_Forensics_Presentation.pptx
Chapter 3 Spatial Domain Image Processing.pdf
Architecting across the Boundaries of two Complex Domains - Healthcare & Tech...
Advanced methodologies resolving dimensionality complications for autism neur...
7 ChatGPT Prompts to Help You Define Your Ideal Customer Profile.pdf
KOM of Painting work and Equipment Insulation REV00 update 25-dec.pptx
PA Analog/Digital System: The Backbone of Modern Surveillance and Communication
Effective Security Operations Center (SOC) A Modern, Strategic, and Threat-In...
VMware vSphere Foundation How to Sell Presentation-Ver1.4-2-14-2024.pptx
Peak of Data & AI Encore- AI for Metadata and Smarter Workflows
The Rise and Fall of 3GPP – Time for a Sabbatical?
 
Bridging biosciences and deep learning for revolutionary discoveries: a compr...
Encapsulation_ Review paper, used for researhc scholars
Building Integrated photovoltaic BIPV_UPV.pdf
Digital-Transformation-Roadmap-for-Companies.pptx
Cloud computing and distributed systems.
Teaching material agriculture food technology
Agricultural_Statistics_at_a_Glance_2022_0.pdf
How UI/UX Design Impacts User Retention in Mobile Apps.pdf
Dropbox Q2 2025 Financial Results & Investor Presentation

BI on Big Data with instant response times at Verizon

  • 1. Arun Jinde Technical Architect Verizon Ajay Anand Vice President, Products and Marketing Kyvos Insights Inc. BI on Big Data with Instant Response Times at Verizon © Verizon 2018, All Rights Reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners.
  • 2. Employees 154.7K worldwide Network 98% US wireless coverage Broadband 100% fiber optic network Video & Advertising 200M hours of video streamed monthly Internet of Things 14K+ developers hosted on ThingSpace Security 25+ years of experience and expertise *Source: Verizon.com/About
  • 3. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. • Big data business challenges • Verizon’s big data architecture • What is OLAP and why is it needed? • Traditional vs Modern OLAP • How modern OLAP achieves interactive BI Agenda
  • 4. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. Increased data volume Varied data sources Real-time aspect of data Data access and reuse Self-service needs Cost and hidden system debt A challenging big data landscape
  • 5. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. Challenges Technology Solution Increased data volumes Hadoop distribution Varied data sources Unified Data Models and standardized KPI stores Real time aspect of data Kafka/Storm/Nifi/StreamAnalytix Data access and reuse Hybrid architecture Self-service needs Pre-Connected data models/OLAP on Hadoop Cost and hidden system debt Data locality and compute Dealing with the complexity of Big Data
  • 6. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. • 12K Files Per Day in Microbatch mode. • 300 Messages/Sec in Real-Time. • Dynamic Metadata management. • Cluster Size: 4 PB • # of Cluster Nodes: 130 • Kyvos Memory: 24 GB/Node • # of Kyvos Query Engine: 10 • # of Kyvos OLAP Engines: 2 Verizon’s Video Analytics Platform
  • 7. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. OLAP is a hierarchical multidimensional data model • Analyze multidimensional data interactively from multiple perspectives • Dimensions are qualitatively represented by Measures • Cube Operations: Rolling up, Drilling down, Slice & Dice and Pivot • Cube Query Language: Multi Dimensional expressions (MDX) TIME PRODUCT 365 269 295 377 1306 234 465 255 678 1632 164 135 153 145 597 132 144 111 555 942 895 1013 814 1755 4477 Jan05 Feb05 Mar05 Apr05 Yr05 LCD Monitor Digital Camera 40G Drive Game Console All Products Account #1 Account #2 Account #3 Account #4 All Accounts TIME PRODUCT ACCOUNT What is OLAP
  • 8. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. Why the need for OLAP? • Speed of responses for multi-dimensional queries • Iterative queries for data discovery • The need to drill down for more details • Access to historical side-by-side comparative analysis
  • 9. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. • Very rigid and not scalable • Massive increase in data volumes (size of cubes) • Explosion of cardinality (granularity) from added dimensions • Processing is not linearly scalable forcing towards fixed column reporting • Data movement and frequency of updates impacting Service Level Agreements • Requires expert developers TRADITIONAL OLAP ON SQL BI Tools ODBC SQL MDX Query Engine Cube Processing Data Movement Star Schema Data Repository OLAP Cube Limitations of traditional OLAP
  • 10. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. More flexible, scalable, and performant • Convenient and easy access to data • Single source of truth (one cube vs many) • More flexibility to model data • Empower users to explore data at scale • Scalable with Hadoop ecosystem • No data movement • No new infrastructure Need for modern OLAP
  • 11. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. MODERN OLAP ON HADOOP REST Server Query Engine Cube Build Engine (Map Reduce) BI Tools Rest API/MDX/XMLA/ODBC Star Schema OLAP Cube HADOOP Modern OLAP / Kyvos Architecture
  • 12. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. Cubes Row Count HDFS File Size Cube Size # of Dimensions Daily Processing Time Query Performance Live TV 78 B 12 TB 70 TB 38 20 mins < 12 secs DVR 25 B 4 TB 30 TB 46 10 mins < 5 secs VOD 1 B 2 TB 5 TB 56 5 mins < 5 secs Search 0.5 B 1 TB 1.5 TB 32 5 mins < 5 secs Results attained with Kyvos
  • 13. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. 1 Faster time to insights from faster processing 2 Interactive access to big data for analysis without interruption 3 Self service model to empower users 4 Turn any BI tool to a native on Hadoop big data tool 5 Consolidate multiple cubes to one cube for single source of truth 6 No data movement to access all the data at every granular level 7 No new infrastructure to control technical costs Benefits of achieving interactive BI
  • 14. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. 1 Registering files. 2 Creating Datasets. 3 Building Relationship. 4 Building Cube. 5 Processing Cube. 6 Creating Visualizations. 7 Creating Dashboard. Self service using Kyvos
  • 15. © Verizon 2018, All Rights reserved. Information contained herein is provided AS IS and subject to change without notice. All trademarks used herein are property of their respective owners. Arun.Jinde@Verizon.com Thank you.