WHAT ARE CAPABILITIES?
- Capability: A capability is an abstraction that represents the ability to perform a particular skillset. In organizations this would be organizational capabilities, directional capabilities, service capabilities, information capabilities and technology capabilities.
- Directional Capability: The extent of Strategy, Objectives, plans Command and Management direction (guidance, instructions, publications, doctrine, procedures, & preparedness documents) required to support decision-making, administration, and operations.
- Organizational Capability: The extent to which organizational units e.g. Organization areas, Organization groups, Organization function with an appropriate balance of competency, structure and command and control to accomplish their tasks.
- Resource Capability: The extent to which all nonexpendable items needed to outfit or equip an individual or organization to perform its mission are in place.
- Location Capability: The extent and utility of buildings, structures, property, plant, training areas and facilities (Real Property).
- Process Capability: The extent to which the enterprise has the ability to execute on Organization processes, steps, and events.
- Service Capability: The service construct and the service delivered.
- Information Capability: The extent of or quality of Information aspects, including timely access to authoritative information to support decisions.
- Technology Capability: The extent of or quality of Information aspects, including timely access to authoritative information to support decisions.
While going through in-depth on Service Oriented Architecture (SOA) and Enterprise Architecture (EA) as part of my Oracle SOA and TOGAF certification, I had questions as to how SOA fits in the EA, and how TOGAF for EA support adopting SOA.
Here is an attempt to address that...
Streamlining IT Application Selection and Integration with a Standard Modelin...Iver Band
IT customers, application providers, and system integrators generally do not use standard representations to describe
either application requirements or proposals to satisfy them. The resulting ambiguity exposes application selection and
integration processes, however well-structured and executed, to error and delay. Adoption of the ArchiMate® visual
modeling language, an Open Group standard, would therefore increase the efficiency and effectiveness of the business
application marketplace.
Learn more at: http://www.erstudio.com
ER/Studio Team Server provides greater understanding and context to enterprise data through team collaboration on an enterprise glossary of business definitions. This increases the value of enterprise data by giving employees across the organization the ability to use and improve metadata.
Watch the webinar at: http://embt.co/1OMDHK7
Although master data management (MDM) systems have been deployed in numerous industries and organizations, the vision of creating an overall “single source of truth” is beginning to yield to a more pragmatic perspective of providing visibility to shared information about uniquely-identifiable entities within the enterprise. This more mature approach sheds light on some of the potential gaps associated with the typical out-of-the-box data models for customer or product.
In this webinar, David Loshin addresses data modeling for MDM systems, and share insights about:
+ Some of the complexities emerging from reliance on canned master data models
+ Alternatives for revising how master data entities are viewed and consumed within the enterprise
+ How a consumption-oriented engagement process will help the master data modeler devise thoughtful conceptual and logical representations of shared master data
He also discusses how these different ways of looking at master data modeling will help reduce complexity for master data adoption, system interoperability, and legacy migration.
Learn more about ER/Studio at http://www.embarcadero.com/products/er-studio
While going through in-depth on Service Oriented Architecture (SOA) and Enterprise Architecture (EA) as part of my Oracle SOA and TOGAF certification, I had questions as to how SOA fits in the EA, and how TOGAF for EA support adopting SOA.
Here is an attempt to address that...
Streamlining IT Application Selection and Integration with a Standard Modelin...Iver Band
IT customers, application providers, and system integrators generally do not use standard representations to describe
either application requirements or proposals to satisfy them. The resulting ambiguity exposes application selection and
integration processes, however well-structured and executed, to error and delay. Adoption of the ArchiMate® visual
modeling language, an Open Group standard, would therefore increase the efficiency and effectiveness of the business
application marketplace.
Learn more at: http://www.erstudio.com
ER/Studio Team Server provides greater understanding and context to enterprise data through team collaboration on an enterprise glossary of business definitions. This increases the value of enterprise data by giving employees across the organization the ability to use and improve metadata.
Watch the webinar at: http://embt.co/1OMDHK7
Although master data management (MDM) systems have been deployed in numerous industries and organizations, the vision of creating an overall “single source of truth” is beginning to yield to a more pragmatic perspective of providing visibility to shared information about uniquely-identifiable entities within the enterprise. This more mature approach sheds light on some of the potential gaps associated with the typical out-of-the-box data models for customer or product.
In this webinar, David Loshin addresses data modeling for MDM systems, and share insights about:
+ Some of the complexities emerging from reliance on canned master data models
+ Alternatives for revising how master data entities are viewed and consumed within the enterprise
+ How a consumption-oriented engagement process will help the master data modeler devise thoughtful conceptual and logical representations of shared master data
He also discusses how these different ways of looking at master data modeling will help reduce complexity for master data adoption, system interoperability, and legacy migration.
Learn more about ER/Studio at http://www.embarcadero.com/products/er-studio
ER/Studio XE3 is the fastest, easiest and most collaborative way for data modeling professionals to build and maintain enterprise-scale databases and data warehouses. ER/Studio XE3 sets a new standard for data management. ER/Studio XE3 empowers data management professionals to easily share, document, and publish models and metadata to distributed teams.
Learn more at
http://www.embarcadero.com/products/er-studio
Department of Homeland Security (DHS) Chief Information Officer (CIO) Luke McCormack recently
submitted testimony to a US Senate Subcommittee [1]. This case study, which is based on CIO
McCormack’s testimony, demonstrates how enterprise architects using the ArchiMate® language [2] can
quickly capture business situations using viewpoints defined in the ArchiMate specification. These
viewpoints are templates for views that address particular sets of stakeholder concerns. This case study
contains views based on and named after standard templates.
Formalization of SOA concepts with mathematical foundation IJECEIAES
With the development of the IT industry, agility and dynamicity are the two expected characteristics for any business enterprise. Service Oriented Architecture (SOA) an emerging and a promising advent aiming at address the current trends/needs of enterprise business applications. The current work aims at giving an overview of the conceptual model of SOA based on set theory approach. Also, it posits mathematical definitions for logical, environment and application service definition with the help of general systems theory and mathematical foundation. The mathematical model, definition and functionality of services enhance SOA principles which can be used efficiently in integrating heterogeneous components.
Systemic approach towards enterprise functional decompositionDmitry Kudryavtsev
Kudryavtsev, D., & Grigoriev, L. (2011). Systemic approach towards enterprise functional decomposition. The proceedings of the Workshop “Convergence of Business Architecture, Business Process Architecture, Enterprise Architecture and Service Oriented Architecture” within the 13-th IEEE Conference on Commerce and Enterprise Computing (CEC), September 5-7, 2011, Luxemborg. P. 310-317.
Enterprise Architecture, SOA, and their relationships
Apply SOA to Enterprise Architecture – Service Oriented Enterprise Architecture
Service Oriented Enterprise
Service Oriented Applications and Systems
Service Oriented Infrastructure
Service Oriented Architecture.
SOA is a style of architecting applications in such a way that they are composed of discrete software agents that have simple, well defined interfaces and are orchestrated through a loose coupling to perform a required function.
Agility by Design - Building Software to Lasteprentise
The implementation of enterprise systems brings with it great promise of better information, consistent systems, and reduced operational costs. Achieving that promise, however, is an immense challenge.
View the original Blog post: http://www.eprentise.com/blog/data-systems/agility-by-design-building-software-to-last/
Website: www.eprentise.com
Twitter: @eprentise
Google+: https://plus.google.com/u/0/+Eprentise/posts
Facebook: https://www.facebook.com/eprentise
Itlc hanoi ba day 3 - thai son - data modellingVu Hung Nguyen
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(ITLC HN) BA DAY3: CHIẾN LƯỢC THIẾT KẾ MÔ HÌNH DỮ LIỆU
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2. Địa điểm: HATCH - Tầng 14 - 195B Đội Cấn (http://nest.hatch.vn/nest-14.html)
3. Tổ chức: Ban tổ chức sự kiện ITLC Hà Nội
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18:30 - 18:45: Đón khách
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19:50 - 20:50: Panel cùng với: Thái Sơn, Lê Phú Cường, Lê Văn Duy
20:50 - 21:00: Tổng kết sự kiện và chụp hình kỷ niệm
5. Đăng ký: theo form sau đây http://topi.ca/baday3
6. Phí tham gia: 100K
7. Liên hệ, giải đáp: Lê Đại Nam: 0902-261-239
Xem thêm sự kiện BA1 tại đây: https://www.facebook.com/events/1616821285258614/
Xem thêm sự kiện BA2 tại đây: https://www.facebook.com/events/1669594633274443/
ER/Studio XE3 is the fastest, easiest and most collaborative way for data modeling professionals to build and maintain enterprise-scale databases and data warehouses. ER/Studio XE3 sets a new standard for data management. ER/Studio XE3 empowers data management professionals to easily share, document, and publish models and metadata to distributed teams.
Learn more at
http://www.embarcadero.com/products/er-studio
Department of Homeland Security (DHS) Chief Information Officer (CIO) Luke McCormack recently
submitted testimony to a US Senate Subcommittee [1]. This case study, which is based on CIO
McCormack’s testimony, demonstrates how enterprise architects using the ArchiMate® language [2] can
quickly capture business situations using viewpoints defined in the ArchiMate specification. These
viewpoints are templates for views that address particular sets of stakeholder concerns. This case study
contains views based on and named after standard templates.
Formalization of SOA concepts with mathematical foundation IJECEIAES
With the development of the IT industry, agility and dynamicity are the two expected characteristics for any business enterprise. Service Oriented Architecture (SOA) an emerging and a promising advent aiming at address the current trends/needs of enterprise business applications. The current work aims at giving an overview of the conceptual model of SOA based on set theory approach. Also, it posits mathematical definitions for logical, environment and application service definition with the help of general systems theory and mathematical foundation. The mathematical model, definition and functionality of services enhance SOA principles which can be used efficiently in integrating heterogeneous components.
Systemic approach towards enterprise functional decompositionDmitry Kudryavtsev
Kudryavtsev, D., & Grigoriev, L. (2011). Systemic approach towards enterprise functional decomposition. The proceedings of the Workshop “Convergence of Business Architecture, Business Process Architecture, Enterprise Architecture and Service Oriented Architecture” within the 13-th IEEE Conference on Commerce and Enterprise Computing (CEC), September 5-7, 2011, Luxemborg. P. 310-317.
Enterprise Architecture, SOA, and their relationships
Apply SOA to Enterprise Architecture – Service Oriented Enterprise Architecture
Service Oriented Enterprise
Service Oriented Applications and Systems
Service Oriented Infrastructure
Service Oriented Architecture.
SOA is a style of architecting applications in such a way that they are composed of discrete software agents that have simple, well defined interfaces and are orchestrated through a loose coupling to perform a required function.
Agility by Design - Building Software to Lasteprentise
The implementation of enterprise systems brings with it great promise of better information, consistent systems, and reduced operational costs. Achieving that promise, however, is an immense challenge.
View the original Blog post: http://www.eprentise.com/blog/data-systems/agility-by-design-building-software-to-last/
Website: www.eprentise.com
Twitter: @eprentise
Google+: https://plus.google.com/u/0/+Eprentise/posts
Facebook: https://www.facebook.com/eprentise
Itlc hanoi ba day 3 - thai son - data modellingVu Hung Nguyen
https://www.facebook.com/events/535707009911719/
(ITLC HN) BA DAY3: CHIẾN LƯỢC THIẾT KẾ MÔ HÌNH DỮ LIỆU
1.Thời gian: 18:30 - 21:00, 10/9/2015 (Tối thứ 5)
2. Địa điểm: HATCH - Tầng 14 - 195B Đội Cấn (http://nest.hatch.vn/nest-14.html)
3. Tổ chức: Ban tổ chức sự kiện ITLC Hà Nội
4. Chương trình:
18:30 - 18:45: Đón khách
18:45 - 19:00: Nguyễn Mạnh Cường (Fis) Giới thiệu ITLC Hà Nội
19:00 - 19:30: Thái Sơn chia sẻ “Một số mô hình dữ liệu mẫu trong phân tích nghiệp vụ”
19:30 - 19:50: Lê Phú Cường chia sẻ “Chiến lược lưu giữ dữ liệu lịch sử”
19:50 - 20:50: Panel cùng với: Thái Sơn, Lê Phú Cường, Lê Văn Duy
20:50 - 21:00: Tổng kết sự kiện và chụp hình kỷ niệm
5. Đăng ký: theo form sau đây http://topi.ca/baday3
6. Phí tham gia: 100K
7. Liên hệ, giải đáp: Lê Đại Nam: 0902-261-239
Xem thêm sự kiện BA1 tại đây: https://www.facebook.com/events/1616821285258614/
Xem thêm sự kiện BA2 tại đây: https://www.facebook.com/events/1669594633274443/
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Using the LEADing Practice Capability Reference Content
1. Presenter: Professor Mark von Rosing
Using the LEAD Capability Reference Content
Capability Reference Content
2. 2
Capability: A capability is an abstraction that represents the ability to perform a particular
skillset. In organizations this would be organizational capabilities, directional capabilities,
service capabilities, information capabilities and technology capabilities
Directional Capability: The extent of Strategy, Objectives, plans Command and Management
direction (guidance, instructions, publications, doctrine, procedures, & preparedness
documents) required to support decision-making, administration, and operations.
Organizational Capability: The extent to which organizational units e.g. Organization areas,
Organization groups, Organization function with an appropriate balance of competency,
structure and command and control to accomplish their tasks.
Resource Capability: The extent to which all nonexpendable items needed to outfit or equip
an individual or organization to perform its mission are in place
Location Capability: The extent and utility of buildings, structures, property, plant, training
areas and facilities (Real Property)
Process Capability: The extent to which the enterprise has the ability to execute on
Organization processes, steps, and events.
Service Capability: The service construct and the service delivered
Information Capability: The extent of or quality of Information aspects, including timely
access to authoritative information to support decisions.
Technology Capability: The extent of or quality of Information aspects, including timely
access to authoritative information to support decisions.
What are Capabilities
3. 3
What are Capabilities
Directional Capability
Organizational Capability
Service Capability
Process Capability
Information Capability
Technology Capability
Conceptual &Logical
4. 4
What are Capabilities
Directional Capability
Organizational Capability
Service Capability
Process Capability
Information Capability
Technology Capability
Conceptual &Logical Physical
7. 7
The main principle behind capability modelling and what makes it different from other,
more traditional enterprise modelling, enterprise engineering or enterprise architecture
principles, is the fact that it doesn’t only work in a single subject field or domain, but
relates abilities together across various business, application, and technology concepts.
The ability to model the specific capabilities across layers and thereby simultaneously
work within multiple subjects and domains is enabled through the use of the
decomposition and composition principles. Permitting effortlessly integrate the right
capability linage across the different layers.
The terms "layer" is used when representing the orientation of the different conceptual or
physical objects that make up an entire capability model. For example, the Application
Layer is supposed to be designed to provide some functions about what the systems
(application) can do, with all its logical and physical application components, application
functions, application tasks, application services as well as the application roles, screen
flow and application interfaces. The idea to think in layers, also considers aspects that are
interrelated between the various layers. For example, business layer users can log in a
system, and in this application action (login), application layer codes will be the client
codes for the Infrastructure Layer, in which retrieves User domain object and apply this
object's methods to implement the 'login' function. They can automate with the various
application tasks, parts or full parts of a business process.
Being able to think and work in layers includes the architecture concept of identifying the
individual capabilities and relate them across the layers to the other relevant capabilities,
based on how they are organized and a representation of how they actually interact (As-
Is) or how they should interact (To-Be).
Capability Modelling across the Enterprise Layers
9. 9
Business Layer:
The Business Layer describes the capabilities of the business e.g. the
directional capabilities, organizational capabilities, service capabilities. And the
process capabilities.
While the various physical business layer components will have different
modelling principles, they do however still have correlations and/or
connections, which can be captured in the capability maps and models i.e.:
• Organizational Capabilities i.e. org. areas, groups, functions etc create and work with
business objects to execute the defined goals (Directional Capabilities).
• Directional Capabilities define the reason and purpose of the business object.
• The Directional Capabilities in terms of rules are set in place to govern the business e.g.
service capabilities and the process capabilities (the different rules are, however, defined
differently for the different objects and areas).
• When Organizational Capabilities deliver business services (service capability), they have
activities/business processes (process capability) which interact with the business objects.
• Business objects contain information object and thereby relate to the information capabilities
14. 14
Application Layer:
The Application Layer describes the capabilities of the information systems
and thereby the information capabilities e.g. application and data aspects.
The capability maps, matrices, and models of this layer depicts how Data
Goals (directional capabilities), Data Services (service capabilities) and Data
Components (information capability) are linked to Application Goals
(directional capabilities), Application Services (service capabilities) and the
Application Component, tasks and functions (information capability) relate.
15. 15
Application Layer
The Application layer components have their own unique modelling principles,
however, they do still maintain correlations, relationships, and/or connections
with each other. As described below, this relationships is what enables capability
modelling of them:
• Applications tasks (information capability) can automate one or more processes (process
capabilities), which interact with the business objects, information objects and data objects.
• An application is decomposed into one or more application component(s) (information capabilities).
• Application components host data objects (information capabilities).
• Data objects are called upon and used and thereby processed within information objects
(information capabilities).
• An application component is decomposed into one or more application module(s) information
capabilities).
• An application module is decomposed into one or more application function(s) information
capabilities)..
• An application function defines (a part of) an application service flow
• An application service is related to one or more application function(s) information capabilities).
• Application functions work through information objects information capabilities) with business objects
(organizational capabilities).
• Also application service (service capabilities) can be decomposed in application tasks (information
capabilities).
• All information objects (information capabilities) use both infrastructure media and channels
(technology capabilities).
18. 18
Technology Layer aspects related to technology
capabilities
The Technology Layer describes the technology capabilities within the platform and
infrastructure areas. The capability maps, matrices and models depicts how
Platform Goals (directional capabilities), Platform Service (service capabilities),
Platform Components (technology capabilities) are linked to Infrastructure Goal
(directional capabilities), Infrastructure Service (service capabilities), Infrastructure
Component (technology capabilities). Also the Technology Layer components have
different modelling principles, they do however still have correlations and/or
connections, which can be captured in the capability maps and models i.e.: :
• A platform (technology capabilities) is used to enable an application (information
capabilities) on several hierarchical levels: platform component enables
application component, platform service enables application service as well as
business services (service capabilities).
• The application components (information capabilities) and modules reside on
infrastructure components (technology capabilities). Infrastructure services
support the platform services, data services, application services and business
services (service capabilities).
24. 24
Capability Modelling across layers is done through
capability maps and matrices
Capability
Capability Maps used in
the Business Layer:
• Directional Capability map
- Requirements
- Policy & Regulations
- strategy
- objectives & goals
• Organizational Capability map
- Competencies
- Org. Areas, Groups &
Org. Functions
- Role
• Process Capability map
-Business Process
-Process Steps
-Process Activity
• Service Capability map
-Service Area
-Service Group
- Business Service
•Location Capability map
-Facility
-Site
- Country
•Resource Capability map
-Machine
Capability Maps used in
the Application Layer:
• Information Capability map
- Information Objects
- Application Components
- Application Functions
- Application Tasks
- Application Service
- Data Objects
- Data Entity
-Data Service
-Data Flow
Capability Maps used in
the Technology Layer:
• Technology Capability map
- Platform Components
- Platform Functions
- Platform Service
- Platform Device
- Infrastructure Components
- Infrastructure Functions
- Infrastructure Service
- Infrastructure Device
25. 25
Capability Maps
The Capability Map should capture the main meta objects (columns) such as
the directional capabilities, organizational capabilities, process capabilities,
service capabilities, information capabilities and technology capabilities etc.
of the enterprise.
The Interrogative Specification for each main capabilities and the physical
meta object it relates to, is to be identified according to the following
modelling rules:
• What: Identify the capability analyzed.
• Who (person or persons involved): Owner and Role.
• Where: location, area or place
26. 26
Org
Capability
#
What Where Who
Org. Area Org. Group Org. Function Location Owner Role Resource
#
#
#
#
#
#
#
#
#
#
#
#
#
#
#
Example of a Capability Map - Organizational
27. 27
Description:
The Capability Matrix provides an overview of the Capability aspects that
need to be related together. For example relating directional capabilities i.e.
mission, strategy, objectives, goals to the already identified and mapped
capabilities.
This information is taken directly from the capability map, and then related
individually to the relevant capabilities i.e. organizational capabilities,
process capabilities, service capabilities, information capabilities and
technology capabilities.
Capability Matrices
28. 28
Why
Org
Capability
#
What Where Who
Org. Area Org. Group
Org.
Function
Location Owner Role Resource
Goal 1 #
Goal 2 #
Goal 3 #
Goal 4 #
Goal 5 #
Goal 6 #
Goal 7 #
Goal 8 #
Goal 9 #
Goal 10 #
Goal N #
Example of Capability Matrices (Directional Capabilities
(why) related to Organizational Capabilities
31. 31
Questions?
Global University Alliance
Professor Mark von Rosing
LEAD Enterprise Architect
HEAD of Global University Alliance
Mobile +45 2888 8901
E-Mail: MvR@GlobalUniversityAlliance.net
For more information:
www.globaluniversityalliance.net