1 Processing and Analyzing Streams of CDRs in Real Time
2 Streaming Analytics for CDRs 2 The V of Big Data Velocity means both how fast data is being produced and how fast the data must be processed to meet demand. Gartner Communication Service Providers (CSPs) are facing an explosion in data volume, velocity and variety, yet are struggling to transform this data into business value. IP networks and services, user devices, location-based apps, 4G and small cell networks are all generating new Big Data at unprecedented scale. The potential for Big Data is widely recognized, particularly if the data can be transformed into operational intelligence and acted upon in real-time. We now live in a world where the consumer expects real-time responses, where network and service capacity can be configured dynamically based on demand, and where slow responses to revenue and customer experience issues are no longer tolerated. Real-time, actionable intelligence is therefore required for the next generation of customer experience, revenue management, network and service performance and fraud detection applications.
3 Streaming Analytics for CDRs 3 Real-time Operational Intelligence Operational Intelligence Most operational decisions are still taken after the fact based on reports generated by offline systems. Existing OSS and BSS systems tend to be highly customized and tailored to specific use cases, with architectures that are not designed for the performance requirements of real-time Big Data applications. This results in high total cost of performance when faced with real-time data streams high hardware costs, high TCO for maintenance and upgrade, high integration costs between multiple data siloes, and overall, poor Big Data performance. In contrast to traditional Business Intelligence platforms, streaming analytics delivers real-time intelligence and alerts with near-zero latency. Arriving data streams are processed in realtime without having to store the data, and also streamed continuously into the existing systems. Goal: to extract the maximum value from Big Data streams by driving realtime decisions, actions and alerts. Streaming analytics drives real-time optimization of the customer experience, minimizes fraud, improves service quality and network performance, and drives new real-time revenue streams. In fact, with streaming integration and real-time analysis of all their Big Data streams, service providers can now assess and correct the profitability of their network and services in real-time.
4 Streaming Analytics for CDRs 4 Real-time Analytics from Streaming Machine Data The core of SQLstream s streaming data management platform is a massively scalable, distributed stream processor for analyzing unstructured Big Data streams using continuous standardscompliant SQL. Machine data from networks, services, log files, sensors and devices are collected and analyzed on-the-fly over moving time windows, without having to store first. Applications can be built quickly and easily as pipelines of streaming SQL queries, enabling ultra-low latency analytics to be extracted from the raw data streams. Streaming SQL RDBMS SQL Query Duration SQL queries execute continuously. SQL queries complete and exit. Query Scope Parallel Processing SQL queries operate on arriving data over time windows (from milliseconds to months). Streaming SQL queries can be distributed in-memory over multiple servers. Ad-hoc SQL queries execute over stored data in a static schema. Table 1: Streaming SQL and RDBMS SQL comparison Processing executed centrally over a single in-memory or disk-based repository. SQLstream s-server is the only mature, 100% SQL-compliant solution for streaming data processing, transforming streaming machine into actionable operational intelligence in real-time. Unlike traditional platforms based on RDBMS technology, a stream processor executes SQL queries over live data streams without having to store the data. Table 1 describes the primary differences between streaming SQL for fast data, and traditional SQL for Business Intelligence applications. The results is the ability to extract the maximum value from Big Data streams by driving real-time decisions, actions and alerts.
5 Streaming Analytics for CDRs 5 The Benefits of Streaming Analytics The effective use of streaming analytics from real-time network, service, device and consumer data can have a significant impact on operational expenditure and customer experience the two key business drivers for today s service providers. Most service providers now agree that real-time operations are key to delivering against their business objectives. Table 2 highlights some of the key characteristics required to utilize Big Data in real-time, comparing existing OSS/BSS systems with streaming analytics. Streaming Analytics Legacy OSS/BSS Operational Intelligence Real-time, sub-second responses Offline, high latency decisions in the order of hours or days Total Cost of Performance Real-time Integration Low Real-time continuous integration with Continuous ETL High Table 2: the Streaming Advantage Expensive and often limited integration between data siloes The key benefits of streaming analytics to communication service providers: ä Lowest Total Cost of Performance for real-time operations. Streaming analytics scales to process millions of records per second on commodity hardware. Also, with standards-based SQL (SQL:2008 and SQL:2011 compliant) as the streaming data processing language, streaming applications can be deployed and enhanced in a fraction of the time of traditional database-oriented systems. ä Improve operational efficiency through effective real-time decisioning, real-time analytics and streaming integration with operational systems. ä Improve customer satisfaction through proactive customer service assurance and real-time service quality monitoring. ä Eliminate bad debt and customer dissatisfaction through real-time fraud detection and prevention.
6 Streaming Analytics for CDRs 6 Streaming Analytics for CDR Processing Every voice call and IP service in a telecommunications network generates usage records. These service usage records, Call Details Records (CDR) for a voice network and IP Data Records (IPDR) for IP networks, contain information about the call or session that is used for applications such as billing, service quality monitoring and fraud detection. Data record formats are controlled by standards, but unfortunately standards vary by industry. For example mobile, cable networks and IP SIP-based networks all have different reporting capabilities and requirements. Real-time CDR Analytics Most service providers still process CDRs in batch mode, usually once a day, but sometimes as infrequently as weekly or even monthly. Even where certain types of CDRs are processed more frequently, this is at best hourly. The reason is in part the performance restrictions of the underlying legacy platforms, but also a belief that real-time, sub-second CDR analysis is too costly. This may have been true with traditional RDBMS-based systems, but streaming analytics platforms enable millions of CDRs per second to be collected and processed in parallel. Stream processing for CDR analytics applications offers the lowest total cost of performance of any approach less hardware, lower software costs, with prebuild integrations and analytics libraries, significant lower implementation and maintenance costs. The primary applications for real-time (sub-second) streaming CDR analytics include real-time call rating, real-time fraud prevention, service quality and customer experience monitoring, and least cost routing. Streaming analytics also enables real-time reporting of customer, service and vendor profitability. Real-time fraud prevention Call fraud that remains undetected can get passed through to customer bills and have a detrimental impact on customer experience. Even in most cases where fraud is detected, detection tends to be the following day or even after the weekend, resulting in direct revenue loss and additional OPEX expenditure to correct. Streaming analytics enables the immediate, realtime detection of suspect call activity based on data streams such as switch logins, IP spoofing events, unusual call destinations and unusual call usage patterns.
7 Streaming Analytics for CDRs 7 Streaming Analytics for CDR Processing Real-time call rating Rating is the process of determining the charge for each call or service session. The process involves CDR collection, removal of duplicates, session reconstruction, caller ID or IP verification, cost calculation based on the rate plan, application of discounts and finally storing the records in a CDR warehousing. Although rating is a core function of any billing operation, most rating engines still operate in batch mode due to scalability, data integration and rapidly changing business requirements. Streaming CDR processing and analytics can deliver real-time rating at scale, while persisting aggregated rating information continuously through to the core billing platforms. Customer Reporting Access to real-time billing information has a significant positive impact on customer experience. Streaming analytics for real-time rating, performance monitoring and policy control can be used to deliver real-time visibility of service performance, costs and discounts to the customer. Optimization of Least Cost Routing (LCR) A routing system provides the network path for a call or session based on quality requirements, discounting models and operator profitability. For example, the selection of the lowest cost interconnect partner for roaming calls in a wireless network, or for SIP-based SBC (Session Border Controller) networks, the selection of the lowest cost IP network path given the desired quality. Operational intelligence from streaming CDR analysis can be used to update least cost routing tables dynamically, either to improve a customer s service where quality has fallen below the SLA, or to increase profitability where quality can be maintained at appropriate levels. Call performance monitoring Most performance monitoring tools aggregate data by15 minute intervals, usually aggregated by port or even by network device. However, most IPbased services are bursty by nature, where problems may last for a few seconds, but be sufficient to force a quality issue or dropped call. SQLstream can provide real-time monitoring of both network performance and CDR data in order to identify issues in real-time. Streaming intelligence can be also be integrated with the LCR database, policy server or bandwidth managers in order to drive dynamic updates.
8 Streaming Analytics for CDRs 8 Streaming Analytics for CDR Processing Real-time profitability analysis Service providers calculate metrics such as gross margin based on comparing the cost to the customer versus the cost of service delivery for that customer. However, margin analysis is normally an offline activity based on long-term trend data. With streaming analytics, the profitability of a service offering, a customer type, or even an individual customer can be visualized in real-time. This enables real-time decisions to improve profitability, for example, through dynamic updates of the least cost routing algorithms. Dynamic policy management The Policy Manager or Server is responsible for (a) the selection of quality and routes and (b) actions to be taken (often by customer type against SLAs). For example when a call drops or has quality issues, or bandwidth limits are reached during the session, dynamic updates based on streaming analytics can drive corrective action to bring the service back within its SLA. Other policy-driven actions include the proactive notification of the consumer, or the application of discounts applied during or after the session. Standard Format for CDR Warehousing Much of the cost of CDR processing is the conversion of many different CDR formats and structure to a common format that can be used for further analysis. Streaming data management addresses this as part of the core stream processing pipeline, transforming all CDRs to a standard format in real-time, and delivering this as a continuous stream to existing CDR warehousing platforms.
9 Streaming Analytics for CDRs 9 The Value Proposition for Streaming CDR Analytics The analysis of CDR data is at the core of a service providers business. CDRs and IPDRs offer essential information for call rating, service quality, consumer location and SLA performance. Yet many service providers are struggling to accelerate their CDR processing for real-time, sub-second latency. Performance limitations of existing CDR warehouses and high TCO for existing processing platforms are a major factor. Big Data technology and streaming analytics offer a way forward. Streaming analytics enables large volumes of CDRs from all the different types of network and equipment to collected and analyzed in real-time with a low overall total cost of performance. This enables service providers to: Streaming Big Data analytics offers a way forward, with Big Data scalability and with the lowest cost of real-time performance. ä Eliminate bad debt and customer dissatisfaction through real-time fraud detection and prevention. ä Optimize call quality and service profitability through fast and accurate least cost routing decisions. ä Reduce churn and improve retention through better call quality and proactive customer service assurance. ä Reduce network and leased facility expenditure through better negotiation of trunking, interconnects and 3 rd party network costs. ä Improve overall operational efficiency through real-time performance monitoring and dynamic, automated updates of corrective actions.
10 Streaming Analytics for CDRs 10 The Anatomy of a CDR stream processing application Stream processing applications consist of one or more concurrent analytical streaming SQL pipelines. Each step in the processing pipeline is a streaming SQL operation that selects from either a machine data source or the output of any other streaming SQL node. Streaming processing pipelines are built from multiple processing nodes, each do a SELECT FROM and INSERT INTO a streaming View or external system. Essentially therefore a streaming SQL pipeline is build from a cascade of streaming SQL Views. Real-world streaming applications often consist of many interconnected streaming pipelines, all executing in parallel, processing the data as they are piped through over sliding time windows. Figure 1 illustrates a simplified example of a streaming CDR analytics pipeline taken from the customer case study described in the next section. Figure 1: Example Streaming Pipeline for CDR Analytics
11 Streaming Analytics for CDRs 11 Data collection The first stage in any streaming analytics pipeline is the data collection and conditioning. Different conditioning requirements may be necessary for different applications. The underlying data management architecture allows for data to be reused and directed into multiple processing pipelines without reprocessing any data. CDR and IPDRs are captured as real-time streams of records. Here, CDRs are available in both archived and unarchived log files. The Log Agent performs a Change Data Capture (CDC) on new records and new archived logs as soon as they are created. Each Log Agent (a lightweight Java-based agent) also performs remote filtering and conditioning, and can be programmed to deliver only the data records of interest. Data parsing and conditioning The core streaming analytics pipeline captures and combines all CDR streams. Duplicates are removed, CDRs combined for session reconstruction, and records transformed into a standard field format for further processing. CDR enrichment The streaming platform combines the processed CDR records with external data warehouse and RDBMS data as they flow through the system. Typically this consists of additional customer and vendor information. External JOINs with static, stored data can be cached in memory if required. This may be necessary if the speed of the processing pipeline exceeds the read latency of the external system. Continuous Aggregation and Integration CDR records can be aggregated in parallel over different time windows. For example, aggregated 5-minute, 15-minute and 60-minute streams are updated incrementally as new records arrive, and streamed continuously to existing CDR warehouses and billing systems. Analytics and Alerts Real-time analytics and alerts are also executed in parallel with any conditioning, filtering and aggregation. The performance of the platforms means results are updated immediately as new records arrive.
12 Streaming Analytics for CDRs 12 Case Study: SIP Trunking Provider The customer provides SIP trunking services and on-demand cloud-based IP communications across markets such as enterprise networks and contact centers. The customer was struggling with data volume as their business grew, and with the excessive operational costs required to maintain multiple in-house solutions. In summary, their problems were: æ Queries on the legacy CDR data warehouse could not deliver real-time performance, often taking many hours to complete. æ Cost of ownership for the existing application was high, both hardware costs and also the cost of maintaining highly customized and bespoke analytics and system integrations. æ Lack of flexibility, existing systems too rigid and difficult to change for new CDR data sources, CDR formats and analytics requirements. This led the company to evaluate alternative solutions. After an exhaustive search of traditional telecoms vendors and solutions, none of which offered improved business agility and lower cost of ownership, they looked to the wider Big Data market and selected SQLsteam. They determined that streaming SQL analytics offered the scalability required with the lowest overall cost of performance. SQLstream offered: ä Increased operational efficiency through real-time collection, processing and integration of all CDR data on a single platform. ä Reduction in operational expenditure through the replacement of multiple legacy applications. ä Future-proof, agile platform, with low system lifecycle TCO. ä The tools and training for the customer s IT team to take responsibility for the system. The initial priority was to deliver the Big Data scalability and performance required to process their increasing volume of raw CDR and IPDR records. With SQLstream s training and expertise, the customer s IT team deployed the SQLstream s-server platform and began to process streaming CDR records immediately. They deployed real-time analytics and monitoring applications, and the streaming aggregations and transformations for integration with downstream applications. These existing applications included the CDR warehouse, billing platforms and operational assurance and alerting systems.
13 Streaming Analytics for CDRs 13 The project delivered against the customer s success criteria: ä Performance. The customer s initial requirement was for a minimum of 6,000 records/second on a single 4-core CPU, with scale-up capability as both data volume and analytics load increase over time. SQLstream immediately delivered more than records per second with all data processing, streaming integrations and analytics executing simultaneously. ä Intelligent data collection. Agent-based CDR data collection architecture, capable of filtering unnecessary records at source (and identifying new devices and the resulting log files dynamically). ä Standard CDR data format across all record types. Combine all CDR formats into a common Universal Data Format (UDR) and stream out into comma-delimited files for bulk loading into a backend billing system. ä Analytics, including real-time processing and rating of CDR data, and real-time exceptions and alerts based on patterns and thresholds. ä CDR aggregations and warehousing. Deliver continuously updated 5-minute, hourly and daily aggregations from real-time CDR feeds and persist to the existing CDR data warehouse. A key requirement was the enablement of the customer s IT team to deliver and deploy solutions based on the SQLstream s-server platform. The team undertook the SQLstream Developer Accreditation course and was able to undertake successfully the rollout of real-time streaming analytics, data collection, and continuous integrations with external systems. Implementation Figure 1 illustrated the simplified view of the streaming pipeline deployed in the initial project. CDR data flows through the pipeline and is transformed continuously and in real-time as new records arrive. The stream processing pipeline consists of four concurrently executing stages: ä Data acquisition, the top of the pipeline, where streams of raw CDR records are collected. ä Conditioning, where CDR records are parsed, transformed and enriched. ä Streaming analytics, the execution of customer s business logic and rules. ä Delivery, the bottom of the pipeline, where streams of conditioned data and analytics can be visualized and integrated with the existing external systems.
14 Streaming Analytics for CDRs 14 Real-time CDR Acquisition CDR data is collected in real-time from log files. SQLstream s remote log agent architecture collected CDR records in real-time from the log files generated by the network equipment. Each log agent also performed parsing at source, thereby reducing the overall bandwidth requirements for data backhaul by filtering out unwanted fields. CDR Conditioning Conditioning transforms the source data into a form required to perform the necessary analytics. Data is parsed, cleansed, transformed and joined with relevant external data (enrichment). Parsing was also dependent on the message type (i.e. START, STOP, INTERMEDIATE, and ATTEMPT). Streaming Enrichment The streaming CDR records are enhanced with customer, telephone number and vendor information from existing systems. External lookups are executed in real-time against two external databases using user-defined operations (UDXes). External data can be cached if necessary should the streaming pipeline execute exceed the lookup latency. Real-time Analytics and Streaming Aggregation CDRs are aggregated by message type and over 5-minute, hour, and daily time periods in parallel, calculating metrics and related alerts that include: ä Answer-to-Seizure Ratio ä Post Dial Delay ä Minutes of use ä Average Call Hold Time in minutes. Error handling All CDR records that have flagged an exception are streamed to an error handler for later analysis. Errors include failed enrichment lookups (missing data for example), unmatched records and corrupt data formats. Errors can be investigated, repaired and replayed if required. Continuous Integration CDRs are processed into several aggregated output streams. Output streams are updated continuously, with data being delivered to log files, or written directly into external systems through the available APIs. Output streams include: ä Universal Data Records (UDRs) a common record format for all CDR records, including enrichment data, written to an existing data warehouse for longer term trend analysis. ä Billing records, based on the UDR format, streamed continuously to existing billing platforms. Billing records also contain additional attributes used to measure latency. ä Aggregated UDR streams for continuous update to the data warehouse s OLAP cubes. ä CDR enrichment errors for further analysis and replay. ä Real-time alerts.
15 Streaming Analytics for CDRs 15 Streaming analytics represents a new dimension in Big Data management for communication service providers. Struggling with multiple data siloes, bespoke legacy applications with high TCO, and system performance that is unable to scale for today s real-time Big Data requirements, service providers are looking to the wider world of Big Data technology for the solution. Streaming analytics offers a way forward. Streaming data management captures and processes real-time data in memory, without having to persist the data first. Many of the traditional cost and system integration issues are eliminated, and real-time decisioning based on sub-second latency is guaranteed for the most demanding of Big Data problems. For real-time CDR processing, SQLstream s streaming data management platform offers applications such as real-time fraud prevention, real-time rating, real-time service profitability analysis and dynamic updates for least cost routing tables. For the service provider, this means reduced operational expenditure, improved operational efficiency and improved customer satisfaction. SQLstream also offers the lowest Total Cost of Performance for real-time operations of any technology or platform. Streaming analytics scales to process millions of records per second on commodity hardware, and with standards-compliant SQL as the streaming data processing language, streaming applications can be deployed and enhanced in a fraction of the time of traditional database-oriented systems.
16 Streaming Analytics for CDRs SQLstream, Inc Market Street San Francisco, CA, SQLstream, Inc. (http://www.sqlstream.com) empowers businesses to perform real-time analytics and extract operational intelligence from unstructured log file, sensor and other machine-generated Big Data. The SQLstream streaming Big Data engine is a distributed, 100% SQL platform for real-time data management and operational intelligence applications. SQLstream offers a full range of integration adapters, including log files, support for Hadoop and other enterprise data management platforms. SQLstream is the recipient of leading industry awards, including the Ventana Research Technology Innovation Award for IT Analytics and Performance. SQLstream is based in San Francisco, CA.
SQLstream Blaze and Apache Storm A BENCHMARK COMPARISON 2 The V of Big Data Velocity means both how fast data is being produced and how fast the data must be processed to meet demand. Gartner The emergence
REAL-TIME OPERATIONAL INTELLIGENCE Competitive advantage from unstructured, high-velocity log and machine Big Data 2 SQLstream: Our s-streaming products unlock the value of high-velocity unstructured log
Streaming Big Data Performance Benchmark for 2 The V of Big Data Velocity means both how fast data is being produced and how fast the data must be processed to meet demand. Gartner Static Big Data is a
Streaming Big Data Performance Benchmark for Real-time Log Analytics in an Industry Environment SQLstream s-server The Streaming Big Data Engine for Machine Data Intelligence 2 SQLstream proves 15x faster
SQLstream 4 Product Brief CHANGING THE ECONOMICS OF BIG DATA SQLstream 4.0 product brief 2 Latest: The latest release of SQlstream s award winning s-streaming Product Portfolio, SQLstream 4, is changing
White Paper A Real-time Data Hub For Smarter City Applications Intelligent Transportation Innovation for Real-time Traffic Flow Analytics with Dynamic Congestion Management 2 Understanding traffic flow
Business Cases for Brocade Software-Defined Networking Use Cases Executive Summary Service providers (SP) revenue growth rates have failed to keep pace with their increased traffic growth and related expenses,
Solace s Solutions for Communications Services Providers Providers of communications services are facing new competitive pressures to increase the rate of innovation around both enterprise and consumer
End to End Solution to Accelerate Data Warehouse Optimization Franco Flore Alliance Sales Director - APJ Big Data Is Driving Key Business Initiatives Increase profitability, innovation, customer satisfaction,
Unified Batch & Stream Processing Platform Himanshu Bari Director Product Management Most Big Data Use Cases Are About Improving/Re-write EXISTING solutions To KNOWN problems Current Solutions Were Built
White Paper How Streaming Data Analytics Enables Real-Time Decisions Contents Introduction... 1 What Is Streaming Analytics?... 1 How Does SAS Event Stream Processing Work?... 2 Overview...2 Event Stream
June, 2012 Table of Contents EXECUTIVE SUMMARY... 3 INTRODUCTION... 3 VIRTUALIZING APACHE HADOOP... 4 INTRODUCTION TO VSPHERE TM... 4 USE CASES AND ADVANTAGES OF VIRTUALIZING HADOOP... 4 MYTHS ABOUT RUNNING
Solutions for Communications with IBM Netezza Analytics Accelerator The all-in-one network intelligence appliance for the telecommunications industry Highlights The Analytics Accelerator combines speed,
Course Code: M20463 Vendor: Microsoft Course Overview Duration: 5 RRP: 2,025 Implementing a Data Warehouse with Microsoft SQL Server Overview This course describes how to implement a data warehouse platform
Create and Drive Big Data Success Don t Get Left Behind The performance boost from MapR not only means we have lower hardware requirements, but also enables us to deliver faster analytics for our users.
Innovation: Add Predictability to an Unpredictable World Improve Visibility and Control of Your Telecom Network Judith Hurwitz President and CEO Sponsored by Hitachi Data Systems Introduction It is all
Big Data Analytics - Accelerated stream-horizon.com Legacy ETL platforms & conventional Data Integration approach Unable to meet latency & data throughput demands of Big Data integration challenges Based
Managing Big Data with Hadoop & Vertica A look at integration between the Cloudera distribution for Hadoop and the Vertica Analytic Database Copyright Vertica Systems, Inc. October 2009 Cloudera and Vertica
WHITE PAPER The Business Case for Software-Defined Networking Brocade enables customers a means of reducing costs of service delivery through Software-Defined Networking (SDN) technologies. In addition,
inform innovate accelerate optimize How telcos can benefit from streaming big data analytics #streamingbigdataanalytics Sponored by: 2013 TM Forum 1 V2013.4 Today s Speakers Adrian Pasciuta Director of
The IBM Cognos Platform for Enterprise Business Intelligence Highlights Optimize performance with in-memory processing and architecture enhancements Maximize the benefits of deploying business analytics
From Spark to Ignition: Fueling Your Business on Real-Time Analytics Eric Frenkiel, MemSQL CEO June 29, 2015 San Francisco, CA What s in Store For This Presentation? 1. MemSQL: A real-time database for
BIG DATA: FIVE TACTICS TO MODERNIZE YOUR DATA WAREHOUSE Current technology for Big Data allows organizations to dramatically improve return on investment (ROI) from their existing data warehouse environment.
Master Management MDM and Warehousing Complement Each Other Greater business value from both 2011 IBM Corporation Executive Summary Master Management (MDM) and Warehousing (DW) complement each other There
Independent process platform Megatrend in infrastructure software Dr. Wolfram Jost CTO February 22, 2012 2 Agenda Positioning BPE Strategy Cloud Strategy Data Management Strategy ETS goes Mobile Each layer
Palladion for Service Providers Overview The Palladion Software Suite is a real-time, end-to-end service monitoring, troubleshooting and analytics solution that provides unprecedented insight into VoIP
Marco Lehmann Technical Sales Professional Integrating Netezza into your existing IT landscape 2011 IBM Corporation Agenda How to integrate your existing data into Netezza appliance? 4 Steps for creating
White Paper Build Your Managed Services Business with ScienceLogic Sharpen Your Competitive Edge with Revenue-Driving Services 1 As a managed service provider (MSP), you realize that both the opportunities
Descriptive to Predictive to Prescriptive Analytics: Move Up the Value Chain Suren Nathan CTO What We Do Deliver cloud based predictive analytics solutions to the communications industry to help streamline
PLATFORM Top Ten Questions for Choosing In-Memory Databases Start Here PLATFORM Top Ten Questions for Choosing In-Memory Databases. Are my applications accelerated without manual intervention and tuning?.
Lavastorm Resolution Center 2.2 Release Frequently Asked Questions Software Description What is Lavastorm Resolution Center 2.2? Lavastorm Resolution Center (LRC) is a flexible business improvement management
The Briefing Room Welcome Host: Eric Kavanagh firstname.lastname@example.org Twitter Tag: #briefr The Briefing Room Mission! Reveal the essential characteristics of enterprise software, good and bad! Provide
Page 1 of 8 ABOUT THIS COURSE This 5 day course describes how to implement a data warehouse platform to support a BI solution. Students will learn how to create a data warehouse with Microsoft SQL Server
Distributed Network Monitoring and Analysis System for Multi- Protocol Environments TAMS TAMS is a powerful, customized traffic analysis and monitoring system for multi-protocol environments. Featuring
Page 1 of 7 Overview This course describes how to implement a data warehouse platform to support a BI solution. Students will learn how to create a data warehouse with Microsoft SQL 2014, implement ETL
HDP Hadoop From concept to deployment. Ankur Gupta Senior Solutions Engineer Rackspace: Page 41 27 th Jan 2015 Where are you in your Hadoop Journey? A. Researching our options B. Currently evaluating some
Is backhaul the weak link in your LTE network? Network assurance strategies for LTE backhaul infrastructure The LTE backhaul challenge Communication Service Providers (CSPs) are adopting LTE in rapid succession.
ANALYTICS BUILT FOR INTERNET OF THINGS Big Data Reporting is Out, Actionable Insights are In In recent years, it has become clear that data in itself has little relevance, it is the analysis of it that
The need for data integration tools exists in every company, small to large. Whether it is extracting data that exists in spreadsheets, packaged applications, databases, sensor networks or social media
Big Data overview SICS Software week, Sept 23-25 Cloud and Big Data Day Livio Ventura Big Data European Industry Leader for Telco, Energy and Utilities and Digital Media Agenda some data on Data Big Data
Your Path to Big Data A Visual Guide Big Data Has Big Value Start Here to Learn How to Unlock It By now it s become fairly clear that big data represents a major shift in the technology landscape. To tackle
TIBCO Live Datamart: Push-Based Real-Time Analytics ABSTRACT TIBCO Live Datamart is a new approach to real-time analytics and data warehousing for environments where large volumes of data require a management
brought to you by WebAction & June 2016 Executive Summary At Nugravity, our corporate vision is to make every customer s business more successful day by day through technology. We have been successfully
Five Steps to Integrate SalesForce.com with 3 rd -Party Systems and Avoid Most Common Mistakes This white paper will help you learn how to integrate your SalesForce.com data with 3 rd -party on-demand,
BUSINESS INTELLIGENCE Bogdan Mohor Dumitrita 1 Abstract A Business Intelligence (BI)-driven approach can be very effective in implementing business transformation programs within an enterprise framework.
Frequently Asked Questions SAP HANA Vora SAP HANA Vora : Gain Contextual Awareness for a Smarter Digital Enterprise SAP HANA Vora software enables digital businesses to innovate and compete through in-the-moment
This course describes how to implement a data warehouse platform to support a BI solution. Students will learn how to create a data warehouse 2014, implement ETL with SQL Server Integration Services, and
Chapter 6 Basics of Data Integration Fundamentals of Business Analytics Learning Objectives and Learning Outcomes Learning Objectives 1. Concepts of data integration 2. Needs and advantages of using data
High-Volume Data Warehousing in Centerprise Product Datasheet Table of Contents Overview 3 Data Complexity 3 Data Quality 3 Speed and Scalability 3 Centerprise Data Warehouse Features 4 ETL in a Unified
Minder simplifying IT All-in-one solution to monitor Network, Server, Application & Log Data Simplify the Complexity of Managing Your IT Environment... To help you ensure the availability and performance
Elastic Application Platform for Market Data Real-Time Analytics Can you deliver real-time pricing, on high-speed market data, for real-time critical for E-Commerce decisions? Market Data Analytics applications
Lincoln Land Community College Capital City Training Center 130 West Mason Springfield, IL 62702 217-782-7436 www.llcc.edu/cctc Implement a Data Warehouse with Microsoft SQL Server 20463C; 5 days Course
Pulsar Realtime Analytics At Scale Tony Ng April 14, 2015 Big Data Trends Bigger data volumes More data sources DBs, logs, behavioral & business event streams, sensors Faster analysis Next day to hours
Improving the Customer Experience for Utilities Consumers Lowering Costs for a Strategic Imperative INTRODUCTION Across the utilities industry, several factors are making customer service a strategic priority
Microsoft Analytics Platform System Solution Brief Contents 4 Introduction 4 Microsoft Analytics Platform System 5 Enterprise-ready Big Data 7 Next-generation performance at scale 10 Engineered for optimal
How Financial Services Firms Can Benefit From Streaming Analytics > 2 VITRIA TECHNOLOGY, INC. > How Financial Services Firms Can Benefit From Streaming Analytics Streaming Analytics: Why It s Important
1 Big Data and Advanced Analytics Technologies for the Smart Grid Arnie de Castro, PhD SAS Institute IEEE PES 2014 General Meeting July 27-31, 2014 Panel Session: Using Smart Grid Data to Improve Planning,
Course: Analyzing, Designing, and Implementing a Data Warehouse with Microsoft SQL Server 2014 Elements of this syllabus may be change to cater to the participants background & knowledge. This course describes
Next Generation Business Performance Management Solution Why Existing Business Intelligence (BI) Products are Inadequate Changing Business Environment In the face of increased competition, complex customer
ROCANA WHITEPAPER Improving Event Data Management and Legacy Systems INTRODUCTION STATE OF AFFAIRS WHAT IS EVENT DATA? There are a myriad of terms and definitions related to data that is the by-product
An Oracle White Paper October 2013 Oracle Data Integrator 12c (ODI12c) - Powering Big Data and Real-Time Business Analytics Introduction: The value of analytics is so widely recognized today that all mid
Real Time Big Data Processing Cloud Expo 2014 Ian Meyers Amazon Web Services Global Infrastructure Deployment & Administration App Services Analytics Compute Storage Database Networking AWS Global Infrastructure
Transforming Fraud Management with Agile Data Analytics Fraud Management Organizations Are Transforming Fraud management organizations within communication service providers (CSPs) are undergoing a transformation
Solution Brief Mediation Solution Recognizing Maximum Revenue for Next-Generation Services March 2003 Executive Summary In anticipation of an unprecedented network data explosion, created groundbreaking
Virtual Operational Data Store (VODS) A Syncordant White Paper Table of Contents Executive Summary... 3 What is an Operational Data Store?... 5 Differences between Operational Data Stores and Data Warehouses...
MENA Summit 2013: Enabling innovation, driving profitability The big data business model: opportunity and key success factors 6 November 2013 Justin van der Lande EVENT PARTNERS: 2 Introduction What is
Addressing Risk Data Aggregation and Risk Reporting Ben Sharma, CEO Big Data Everywhere Conference, NYC November 2015 Agenda 1. Challenges with Risk Data Aggregation and Risk Reporting (RDARR) 2. How a
Data Challenges in Telecommunications Networks and a Big Data Solution Abstract The telecom networks generate multitudes and large sets of data related to networks, applications, users, network operations
News and trends in Data Warehouse Automation, Big Data and BI Johan Hendrickx & Dirk Vermeiren Extreme Agility from Source to Analysis DWH Appliances & DWH Automation Typical Architecture 3 What Business
Desktop Analytics Table of Contents Contact Center and Back Office Activity Intelligence... 3 Cicero Discovery Sensors... 3 Business Data Sensor... 5 Business Process Sensor... 5 System Sensor... 6 Session
Research Report Analytics framework: creating the data-centric organisation to optimise business performance October 2013 Justin van der Lande 2 Contents  Slide no. 5. Executive summary 6. Executive
2015 Analyst and Advisor Summit Advanced Data Analytics Dr. Rod Fontecilla Vice President, Application Services, Chief Data Scientist Agenda Key Facts Offerings and Capabilities Case Studies When to Engage
Cloud creates path to profitability for Australian businesses A complimentary report from cloud-based business management software provider NetSuite Introduction Australian businesses are facing a dynamic
Mike Luke National Practice Leader SAS Canada The Evolution of Data and New Opportunities for Analytics Evolution of Data WE VE GROWN OVER THE LAST 60 YEARS Evolution of Data IN THE EARLY DAYS Evolution
Paper DM10 SAS & Clinical Data Repository Karthikeyan Chidambaram Cognizant Technology Solutions, Newbury Park, CA Clinical Data Repository (CDR) Drug development lifecycle consumes a lot of time, money
Course 20463C: Implementing a Data Warehouse with Microsoft SQL Server Length : 5 Days Audience(s) : IT Professionals Level : 300 Technology : Microsoft SQL Server 2014 Delivery Method : Instructor-led
Executive Summary... 2 Introduction... 3 Defining Big Data... 3 The Importance of Big Data... 4 Building a Big Data Platform... 5 Infrastructure Requirements... 5 Solution Spectrum... 6 Oracle s Big Data
White Paper The Ten Features Your Web Application Monitoring Software Must Have Executive Summary It s hard to find an important business application that doesn t have a web-based version available and
Meeting the Challenge of Big Data Log Management: Sumo Logic s Real-Time Forensics and Push Analytics A Sumo Logic White Paper Executive Summary The huge volume of log data generated by today s enterprises
20463C: Implementing a Data Warehouse with Microsoft SQL Server Course Details Course Code: Duration: Notes: 20463C 5 days This course syllabus should be used to determine whether the course is appropriate
High-Performance Business Analytics: SAS and IBM Netezza Data Warehouse Appliances Highlights IBM Netezza and SAS together provide appliances and analytic software solutions that help organizations improve
SQL Server 2012 Business Intelligence Boot Camp Length: 5 Days Technology: Microsoft SQL Server 2012 Delivery Method: Instructor-led (classroom) About this Course Data warehousing is a solution organizations
Infosys Labs Briefings VOL 11 NO 1 2013 Big Data: Testing Approach to Overcome Quality Challenges By Mahesh Gudipati, Shanthi Rao, Naju D. Mohan and Naveen Kumar Gajja Validate data quality by employing
For more information about UC4 products please visit www.uc4.com Automation Within, Around, and Beyond Oracle E-Business Suite Content Executive Summary...3 Opportunities for Enhancement: Automation Within,
Harnessing the Power of Big Data for Real-Time IT: Sumo Logic Log Management and Analytics Service A Sumo Logic White Paper Introduction Managing and analyzing today s huge volume of machine data has never