On Siebel UCM
February 2, 2008 at 12:27 | In CDI, CRM 2.0, Customer Data, Fusion, Oracle, Siebel, Technology, UCM | Leave a CommentA couple of weeks a go I held an internal presentation on Oracle’s Siebel Universal Customer Master. I’ve been lucky enough to have been involved in two UCM implementations, for both version 7.5 and 8.0. I thought it wise to also share this presentation here. The presentation describes the product, advantages and drawbacks, as well as most likely implementation scenarios.
On customer data integration (4)
January 4, 2008 at 12:15 | In CDI, CRM, Customer Data, Series, Technology, Value Proposition | 2 CommentsThis is post 4 of a 4 part series on the concept and application of Customer Data Integration (hereafter referred to as CDI). The first post dealt with the definition of a number of concepts that make up the field of CDI. The second post, dealt with applying these concepts and defining an overall CDI approach. The third post dealt with key success factors in implementing CDI. This, the fourth post, will highlight some of the application solutions that provide CDI specific solutions.
Types of CDI applications
Two distinct types of CDI applications exists:
1. Data Quality Tools, aimed at improving data quality by providing cleansing and deduplication functionality
2. Master Data Management Tools, aimed at providing a single repository of customer data, made available to other applications through SOA functionality
This post is primarily aimed at the data quality tools (see table below). I will post on Siebel UCM and other MDM tools next week, outside of this series.
Table 1. DQ / Customer MDM vendors
| Vendor | Solution | Type |
| Informatica | Informatica Data Quality | DQ |
| Oracle | Siebel UCM | MDM |
| IBM | Customer Information File | MDM |
| SAS / Dataflux | Data Quality Integration Solution | DQ |
| IBM / Websphere | Websphere Quality Stage | DQ |
| Trillium Software | TS Quality Series 7
TS Discovery 5 TS Enrichment Series 7 |
DQ |
| Human Inference | Human Inference DQ Suite | DQ |
Comprehensive suite of Data Quality solutions, IDQ (based on acquired Similarity Systems functionality), can be used for both online and off line cleansing and deduplication, provides profiling and migration tools through Powercentre functionality
Key characteristics
- Flexible, allows for creation and maintenance of specific DQ rules
- Single repository, easily distributed, simplifies maintenance
- Ease of integration with both Oracle and SAP products, due to open architecture / adherence to SOA standards
Drawbacks
- Only a small subset of rules is provided standard, one must build the DQ rules, leveraging functionality provided by the tool
- Does not provide standard cleansing functionality (address / zipcode checks, naming conventions etc.)
IBM’s Websphere suite provides standardised data quality solutions, aimed at both packaged applications, as well as to be used within custom application development.
Key characteristics
- Supports multi language data
- Easily import and export meta data
- Pre-built objects and tables to define and customize data quality processes
- Easy integration within J2EE custom built applications
Drawbacks
- Requires Websphere background and programming experience
- Perhaps less obvious choice when the MDM solution is an SAP or Oracle based packaged solution.
Dataflux Data Quality provides a single repository with which one can both improve quality of data, profile data to identify areas for improvement and deduplicate existing data in customer data systems. Dataflux is a wholly owned subsidiary of SAS.
Key characteristics
- A single repository, with flexibility to customize Data quality ruling
- Provides international support
- Seamless integration with SAP
Drawbacks
- Although internationally oriented, limited presence, relevance outside of US
- Unclear what integration is provided with Oracle based products
Provides applications that are used to both improve data quality as well as ensure integration and migration of customer data across the enterprise
Key Characteristics
-
Best–of–class status for global name and address cleansing.
- Extensive automation of data profiling.
- SAP Partner, easy integration
Drawbacks
- Limited use for non-customer data
Human Inference provides a comprehensive suite of DQ tools that focus on compliance (SOx, Basel II, Anti-Terrorism) and deduplication and standardisation of customer data. The products HI delivers provide a rich set of out of the box functionality that can easily be leveraged.
Key Characteristics
-
Best–of–class status for global name and address cleansing.
-
Anti-terrorism specific functionality for financial services industry
-
Comprehensive algorithm for semantic comparison of name and address data
-
Provides out of the box functionality, which lowers the time to implement the solution
Drawbacks
- Limitations in flexibility
Vendor conclusion
Over the years that I’ve been active in implementing CRM applications I’ve been involved in two CDI implementations that involved CDI solutions, one based on Informatica, the other using Human Inference. Whilst Human Inference provided a comprehensive and easy to use solution for the financial services industry in particular, I’ve found that IDQ is the best solution for companies looking for a flexible solution in which they can implement their own standards for matching, cleansing and deduplication.
On customer data integration (3)
December 6, 2007 at 10:34 | In CDI, CRM, Customer Data, Series, Technology, Value Proposition | Leave a CommentThis is post 3 of a 4 part series on the concept and application of Customer Data Integration (hereafter referred to as CDI). The first post dealt with the definition of a number of concepts that make up the field of CDI. The second post, dealt with applying these concepts and defining an overall CDI approach. This, the third post will deal with key success factors in implementing CDI. The fourth post will highlight some of the application solutions that provide CDI specific solutions.
Key success factors
Projects often fail, because the goals and targets are not clearly defined at the outset of a project. The key success factors detailed in this post are mainly derived out of this principle, and measuring whether your CDI implementation is still on target to achieve it’s goals. There are of course other KSF’s that one could list, but I’ve limited myself to the three below:
KSF 1. Get the basics right, define a data model first.
In implementing a customer master data application one has to define a uniform customer model (sometimes combined with a uniform product model). The uniform customer model should contain the definition of the attributes a customer has within your organization and which attributes are available in which of your domains. In other words, a customer for your organization is: Someone with a first and last name, a date of birth, social security number, a number of hobbies and a visiting and billing address. The address entity is made up of street, house number, zip code, city, country code etc. The hobbies may be interesting for your marketing department, but not so much for the billing department and as such is not a shared attribute. Define your a bandwidth for deviation in domains and agree on using this as the basis for application implementations. Be sure to leverage the customer master application you have selected, it usually has a standard data model that only need limited revision. Introducing a governance structure such as a design authority that monitors whether projects and departments stick to this guideline can help ensuring success. Only start implementing applications, once you have the customer model defined!
KSF 2. Consolidating customer facing processes
Look at all your customer facing processes, can they be consolidated or reorganized? Would it be beneficial to your organization to consolidate the existing customer call center into a single one, without the need for a customer master system? One of the main reasons behind needing a customer master systems is the need for consistent and on time customer data across channels and processes. If the processes and organizational elements can be consolidated, the need for a customer master system may diminish as well. In other words: get your organization in order, before trying to implement new technology!
KSF 2. One step at a time
The biggest benefits of CDI are reaped once every process is connected to the system of record for your customers, but this does not mean one needs to take one big jump straight to the top of the CDI mountain. This leap could either see you crash landing into the side of the mountain, or jumping over it and completely missing the goal. As with any IT implementation, try to break your CDI initiative into small steps, which deliver quick results while keeping your organization on the right road to climbing the top. Trying to reach the top with a turbocharged initiative could lead to you loosing out on business and not being able to work, once the turbo fails. Get your customer data model in order, get your processes aligned, try out your CDI system for a small department before slowly rolling out across your organization.
KPI’s
Success is not success if it’s not measured. In order to ensure one delivers added value through CDI one needs to measure whether improvements are made. In the second post I referred to identifying the pain as one of the first steps in implementing a CDI solution. This first step should also help you in creating a baseline measurement for your CDI KPI’s. The first KPI’s fall under the category data quality KPI’s:
- Level of duplication (how many customers have you stored more than once).
- Standardization of data (How many different ways do you to have to store a D.o.B. for instance?).
- Data completeness (What percentage of attributes in your uniform data model has been given a value, on average).
Initial scores for the KPI’s mentioned in the bullets above can be found using data profiling tools (such as Informatica Data Quality ). Frequent measurement throughout your CDI initiative should allow you to measure whether your customer data improves over time.
- Throughput time and measuring reduction. Is the time it takes to complete your customer intake or order intake process reduced? Is your customer information available across processes and channels quicker? Measure up front and measure during project execution to see a reduction.
- Customer satisfaction surveys. An obvious KPI is to measure customer satisfaction and measure improvements over time. Are you customers more satisfied because they are able to quickly execute and close interactions (instead having to cal 3 times for each product a customer has, a move is handled with a single call).
- Net promoter score. The amount of customers that recommend you or your products to others minus the amount of customers that discourage / recommend against buying your products to others. Also a key indicator of customer satisfaction. Does the NPS improve as your CDI initiative moves forward?
- Number of complaints registered. Related to customer satisfaction, are your customers complaining less as your CDI initiative moves forward?
Post 4 – Vendor specific solutions
The fourth post in the series, which is to be posted next week, will dive into a number of vendor specific CDI solutions and their maturity.
On the cost of customer data security
November 30, 2007 at 12:37 | In CDI, CRM, CRM Daily, Customer Data, Technology | Leave a CommentWithin the US security breaches for companies are leading to significant costs in order to re-imburse clients for privacy loss, improving security for IT applications and adapting to ever evolving technology developments. Read this article to find out how much US companies are loosing. I wonder what the cost of data security and security breaches is in the European market place, with it’s stricter and beter regulated privacy laws.
On Customer Data Integration (2)
November 29, 2007 at 12:51 | In CDI, CRM, Series, Technology, Value Proposition | Leave a CommentThis is post 2 of a 4 part series on the concept and application of Customer Data Integration (hereafter referred to as CDI). The first post dealt with the definition of a number of concepts that make up the field of CDI. This, the second post, deals with applying these concepts and defining an overall CDI approach. Post three will deal with key success factors in implementing CDI. The fourth post will highlight some of the application solutions that provide CDI specific solutions.
Defining a CDI Solution
There are many reasons for wanting or needing an integrated CDI environment, such as the need for a consistent customer view across all channels and specific touch points. One way of doing this could be to support all these channels and customer touch points with a single application and generic and uniform processes. Over the past years it has been proven to be rather costly and difficult to integrate legacy applications into a single platform, whereas this does not always lead to quantifiable benefits. A more feasible solution, especially in today’s Service Oriented Architecture World is to create a single system of record for customer data. This single system of record is then integrated to other applications over an Enterprise Service Bus for Create, Read, Update and Delete functionality (See slide 1 of the integrated Slide Share Presentation).
Climbing the CDI mountain In order to reach the top of the mountain, or in other words an implemented CDI application, one would have to complete 4 distinct steps (see slide2 of the integrated slide share presentation). Much of these steps re-use elements of a typical CRM, Business Process Redesign or Generic Enterpise Application Implementation approach and may seem rather obvious.
- Identify the pain
- Develop the vision
- Select components
- Deliver value
each of these steps is detailed in the following paragraphs.
1. Identify the pain
If it ain’t broke, don’t fix it. First perform an assessment of whether a problem exists and if so, what the cause of this problem is. This can be either quality of data, such as customers that appear multiple times, with a slightly different spelling of the last name, or the fact that data or updates are not made available to all channels in a timely fashion. The pain-points are most easily identified through performing an customer data quality assessment and identifying all application, touchpoints and processes that use customer data. The outcome should be a simple identification of pain points and the rationale behind why they are pain points.
2. Develop the vision
The keyword in developing the vision is prioritization and value. Do not spend months of process re-engineering and application implementation work and budget on that one system that only makes up 10% of your customer contacts. Use the pareto principle and if simply developing a service bus that integrates two specific customer systems does the trick then do that, instead of trying to convert and integrate these two systems into a single instance. Focus on defining quick wins,for instance improve quality of data through applying a data quality tool such as Informatica IDQ or Human Inference on existing Customer systems, instead of developing new ones. Another example would be discovering that most value is gained by integrating two existing touchpoints, but not by replacing their systems. The outcome of this phase should be a roadmap and a business case.
3. Select components
Redesign your organization, technical application architecture and processes, based on the roadmap created in step 2. Select the tools for your CDI approach, what technology needs to be implemented and who is going to do it (a vendor, third party or someone / a department within the organization?). Also define who’s in charge of implementing the vision. The outcome should be a technology and organizational change focussed set of initiatives that are to be performed / completed within an 12 – 18 month horizon (preferably quicker)
4. Delvier value
Implement the initiatives and measure the result. Ensure your business case is met by identifying if the pain points have been resolved or partly resovled. Can you perform an administrative move of a customer quicker, do less customers complain that they still don’t have that product you promised and less customers complain on the quality of service and speed with which changes / complaints are handled.
The next post is on measuring how this value is delivered, what are do’s, don’ts and key performance indicators.
On Customer Data Integration (1)
November 18, 2007 at 21:11 | In CDI, CRM, Series, Technology, Value Proposition | Leave a CommentThis is to become post 1 of a 4 part series on the concept and application of Customer Data Integration (hereafter referred to as CDI). This first post will go into the definition of a number of concepts that make up the field of CDI. The second post will deal with applying these concepts and defining an overall CDI approach. Post three will deal with key succes factors in implementing CDI. The fourth post will highlight some of the application solutions that provide CDI specific solutions.
What is Customer Data Integration
according to Gartner CDI is : ‘a combination of technologies, processes and services to develop and maintain an accurate, timely and complete view of the customer….across multiple sources of customer data..’ This is the definition that will be used during the remainder of these series. It’s important to stress that CDI is more than just technology to ensure a single view of the customer, it can involve a change in business processes and requires a company to focus on the need for correct customer data.
Challenges addressed through CDI
Ensure a single point of entry for customer data, enter your customer data only once, and have it available for use in all channels once the data has been entered.
All channels are provided with consistent and accurate data, through use of data quality tools.
By providing all channels with consistent customer data, one is able to enhance a customers experience and perception of level of service. The customer experience can be made consistent across all channels.
If your customer data is of higher quality, the reliability of data for segmentation and marketing is significantly improved.
A single source for customer data allows a company to better manage it’s customer data privacy. Ensuring compliance with laws and regulations is easier for a single system, as opposed to dispersed, diffuse customer date stored in multiple systems.
Elements of CDI
Customer Master Data Systems, a single source that stores your customers in a consistent way. Typically an application that is exposed to other application using EAI / SOA based tooling. A customer master data application provides a data model which allows storing all your customer related data, such as contact, account and address information (installed base information can also belong to this domain), whereas operation data, such as opportunities, leads, activities / meetings, are stored in operational CRM systems
Data Quality Tools, however strict the procedure you have for data entry is, one will always make mistakes such as duplicate entry of data, incomplete address information etc. Data Quality Tools can prevent common mistakes from being made, by providing data matching and data cleansing services. Data matching entails matching new entries to existing data, based on certain algorythms to determine potential and complete matches of data entered. Data cleansing tools provide automatic enhancement and validation of data, such as address information or names of companies based on postal code data or chamber of commerce reference information.
Enterprise Application Integration. In today’s world of SOA enable applications EAI plays an important role. A customer master application is worthless without it being exposed to other applications as a data provider. If your perfect model of customer data cannot be accessed through operational applications, the benefits of CDI cannot be reaped. Enterprise application technology provides authentication, transformation and transport for XML based services to and from your customer master system, to ensure the correct data is actually delivered on request, but only to applications that are allowed to access that data.
The second part of this series will deal with an application of these concepts.
On customer data proliferation and ownership
November 18, 2007 at 20:58 | In CDI, CRM, CRM Daily, Customer Data | Leave a CommentWho’s data is it anyway? In recent history sales people relied on their own network to close sales and score their bonus. Social networking and google have made it far more easy to find a new contact within a firm you would like to sell to. Jim Fowler has posted an interesting article on CRM daily about data ownership in the Web 2.0 world.
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