The document discusses three options for an organization's content management integration strategy for 2015-2016: 1) Allow systems to grow organically and risk increased silos and inefficiencies, 2) Replace all systems with a single vendor solution at high financial and operational risk, or 3) Take a federated approach to integrate existing systems. The federated approach involves less risk but requires analyzing and integrating disparate systems. It recommends using the Qtility MOVE tool to help integrate systems by automating migrations and enabling search, records management, and compliance across systems.
The document discusses key questions and considerations around IT governance. It covers topics such as computer systems, processes and users, service providers, computing procedures, productivity, computing and communications system planning, internal audits, and maintaining a secure environment. The document provides questions to assess each area and determine if improvements are needed. It also advertises that paid documents covering IT governance procedures are available from the legal consultants.
This document discusses an ERP implementation project in an oil and gas exploration company. It provides background on the company and describes the weaknesses of its previous fragmented IT systems. These included a lack of integration between siloed applications, difficult maintenance, and most business processes still being manual. The company implemented an ERP system to address these issues and integrate its business processes. The document is a case study of the ERP implementation challenges and lessons learned from implementing ERP in the oil and gas sector.
AIIM Info360 Conference - What ECM Success Looks Like - 2010 04 21Greg Clark
The document summarizes a presentation given by Greg Clark of C3 Associates on successful enterprise content management (ECM) programs. It outlines key elements of success, including a clearly articulated vision aligned with business objectives, strong ownership and support from both senior leadership and end users, comprehensive training programs, an information architecture that supports business needs, and flexible governance policies. The presentation also discusses expected outcomes such as reduced storage costs, increased productivity and compliance, and improved knowledge sharing across the organization.
(1) An executive information system (EIS) is a type of management information system intended to facilitate and support the information and decision-making needs of senior executives.
(2) EIS provides easy access to both internal and external information relevant to meeting strategic goals through components like hardware, software, interfaces, and telecommunications.
(3) EIS has advantages like timely strategic information delivery and better understanding, but also disadvantages like information overload and difficulty keeping data current.
Components Of Executive Information SystemTheju Paul
The document outlines the key components of an executive information system (EIS): people, activities, and systems. It divides people into four groups based on their involvement in the EIS development or use. Activities are categorized into those not related to the EIS, development efforts, and post-implementation. Systems are separated into existing organizational systems, current EIS applications, and EIS enhancements.
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
The document discusses the process of developing and implementing an effective accounting information system. It covers the system development life cycle which includes planning and analysis, development, implementation, and feedback. It describes the key phases of planning and investigation, analysis, design, and implementation, follow-up, and maintenance. It also discusses important aspects of each phase such as understanding organizational goals, conducting a system survey to gather and analyze data, and evaluating the technical, operational, schedule, legal, and economic feasibility of potential new systems.
The document discusses key questions and considerations around IT governance. It covers topics such as computer systems, processes and users, service providers, computing procedures, productivity, computing and communications system planning, internal audits, and maintaining a secure environment. The document provides questions to assess each area and determine if improvements are needed. It also advertises that paid documents covering IT governance procedures are available from the legal consultants.
This document discusses an ERP implementation project in an oil and gas exploration company. It provides background on the company and describes the weaknesses of its previous fragmented IT systems. These included a lack of integration between siloed applications, difficult maintenance, and most business processes still being manual. The company implemented an ERP system to address these issues and integrate its business processes. The document is a case study of the ERP implementation challenges and lessons learned from implementing ERP in the oil and gas sector.
AIIM Info360 Conference - What ECM Success Looks Like - 2010 04 21Greg Clark
The document summarizes a presentation given by Greg Clark of C3 Associates on successful enterprise content management (ECM) programs. It outlines key elements of success, including a clearly articulated vision aligned with business objectives, strong ownership and support from both senior leadership and end users, comprehensive training programs, an information architecture that supports business needs, and flexible governance policies. The presentation also discusses expected outcomes such as reduced storage costs, increased productivity and compliance, and improved knowledge sharing across the organization.
(1) An executive information system (EIS) is a type of management information system intended to facilitate and support the information and decision-making needs of senior executives.
(2) EIS provides easy access to both internal and external information relevant to meeting strategic goals through components like hardware, software, interfaces, and telecommunications.
(3) EIS has advantages like timely strategic information delivery and better understanding, but also disadvantages like information overload and difficulty keeping data current.
Components Of Executive Information SystemTheju Paul
The document outlines the key components of an executive information system (EIS): people, activities, and systems. It divides people into four groups based on their involvement in the EIS development or use. Activities are categorized into those not related to the EIS, development efforts, and post-implementation. Systems are separated into existing organizational systems, current EIS applications, and EIS enhancements.
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
The document discusses the process of developing and implementing an effective accounting information system. It covers the system development life cycle which includes planning and analysis, development, implementation, and feedback. It describes the key phases of planning and investigation, analysis, design, and implementation, follow-up, and maintenance. It also discusses important aspects of each phase such as understanding organizational goals, conducting a system survey to gather and analyze data, and evaluating the technical, operational, schedule, legal, and economic feasibility of potential new systems.
The document discusses the importance of aligning IT strategy with business strategy. It notes that a survey found this to be the top issue facing executives. Another study identified ensuring alignment and prioritizing IT investments according to business needs as the most important factors for business success. However, around half of respondents did not have a formal governance process for alignment. The document argues that ultimate responsibility for IT strategy should rest with business leadership, as IT exists to support the business, not as an end in itself. A lack of alignment can lead to higher costs, missed opportunities, and inability to achieve full business potential.
This document discusses a scenario of Dr. Jill Foote wanting to computerize the operations of her doctor's office to improve efficiency. It describes the current paper-based system and Dr. Foote's growing frustrations with the administrative workload. The document then outlines the key parts of a computer system that would need to be considered for Dr. Foote's office, including the human/user aspects, processing environment, and interconnectivity. It emphasizes that all parts of a system, both technical and human, must be addressed for the new system to be usable, reliable and effective.
The document discusses systems analysis and different types of systems. It provides definitions of key terms like system, organization, interaction, and feedback. It describes different types of systems such as physical, abstract, open, and closed systems. It also discusses information systems like decision support systems, management information systems, and data processing systems. The document outlines the stages of the systems development life cycle including planning, requirements, design, development, testing, implementation, and maintenance.
This document discusses business continuity, which provides strategies and processes to help ensure a company can survive disruptive events like disasters. It involves disaster recovery, backups, and succession planning. Business continuity determines how a company will continue operating if facilities are damaged until normal operations resume. The document provides statistics on data loss and outlines business continuity management structures, implementation processes, and requirements like recovery time objectives. It also discusses components, considerations, and maintaining business continuity over time.
The document discusses executive information systems (EIS) and decision support systems (DSS). It defines EIS as systems that facilitate senior executive decision-making by providing easy access to internal and external information relevant to organizational goals. EIS components include hardware, software, user interfaces, and telecommunications. DSS are computer-based systems that support business decision-making at all levels of an organization. Key components of DSS are databases, models, and user interfaces. Examples of DSS applications provided include executive dashboards and systems to support agricultural production and marketing decisions.
Traditionally, royalty management systems were not high on the priority list of corporate decision-makers. When royalty management was simpler, the potential returns didn’t seem to justify the investment.
Several factors have combined to change that.
Digital storage has allowed companies to accumulate huge libraries of assets—and huge numbers of potential royalty obligations. IP has become more complex, touching a wide audience, numerous demographics, and a multitude of device types.
Without clear visibility into royalties, many companies are forced to overpay deliberately in order to mitigate the risk of a dispute. Those who don’t take that approach, or don’t properly track their obligations, face an increasing number of disputes, audits, and lawsuits.
To take a recent example, Jillian Michaels, the fitness trainer and former host of NBC’s “The Biggest Loser” reality show, filed a $10 million lawsuit against entertainment company Lionsgate over YouTube videos posted to its channel. Michaels alleges that Lionsgate posted more videos to YouTube than were permitted under her contract, and failed to pay her any royalties.
Implementing a royalty management system is not without its challenges. However, better systems can help companies achieve big efficiency gains, mitigate risk, and assist in identifying opportunities to monetize IP. By avoiding the biggest royalty management mistakes when putting in place a system, companies can maximize their chances of a smooth implementation and realize their desired return on investment.
Research evolution on implementation and adoption behaviour of information sy...LenaFrau
This document reviews research on the implementation and adoption of information systems by senior managers in commercial organizations over the last 40 years. It analyzes theories and models of information system adoption and implementation, examining how they have evolved while considering various determinants and limitations. Based on the literature review and findings, the paper proposes a comprehensive model for information system implementation.
This document discusses an introduction to information systems chapter from a management information systems textbook. It covers the evolution of computer hardware and applications, including transaction processing systems, management information systems, enterprise resource planning systems, and decision support systems. It also discusses problem solving, decision making, and the future of information technology.
ESS can provide information to help manufacturing with vendor management, material planning, inventory control, and production scheduling. In marketing, ESS can aid in STP strategies, sales analysis, brand building, and customer and public relations management. Financially, ESS integrates planning, budgeting, and reporting, focuses on accountability, and helps review ratios and trends.
Businesses today are more dependent on technology than ever. And, more than ever, they're looking to IT for ways to improve employee productivity, customer service and innovation. The challenge is that in order to achieve results with technology, IT and the business have to work collaboratively.
IT needs to be able to develop the right relationships and communicate with different stakeholders from a business perspective - not a technical one. As a result, the transformation of the IT department has become a top-level priority for many leading organizations. At the same time, business leaders need to strengthen their business technology IQ and play a more significant role in the governance of IT.
Learning and development professional Michelle Moore fills you in on the skills and knowledge required to help IT and the business collaborate and perform in this new environment. She will also share industry best practices for making the transition.
Disaster recovery plans aim to restore critical network functionality after a disaster. Key aspects include planning for worst case scenarios, documenting recovery procedures, and considering data, systems, and personnel. Redundancy of data, servers, and hardware at multiple locations guards against single points of failure. While backups are important, more sophisticated techniques like disk mirroring ensure near real-time data availability. Testing and updating plans is also essential as networks change.
This document provides background information on the global IT services industry and the competitive environment facing Tata Consultancy Services (TCS). It discusses key segments of the global IT services market, factors considered in vendor selection, the growth of offshoring and Indian IT services firms, and critiques of offshoring. The Indian IT services sector is highly concentrated, with the top 3-4 firms by revenue accounting for 45% of the market and holding a significant profitability advantage over smaller players. TCS, as one of the largest Indian IT services providers, was preparing to launch a new strategy to differentiate itself in the market and reach $10 billion in revenues by 2010.
Training and support are essential after implementing new software to ensure it is utilized properly. Users must be trained through various methods like classroom, e-learning, or hiring vendors to become proficient. This increases job satisfaction, performance, and financial gains for the organization. Support also needs to be provided through help desks and contacts for issues later on regarding security, file recovery, or system upgrades. Proper training and support are necessary for successful software implementation.
The document discusses managing information and communication technology (ICT) in organizations. It defines formal and informal information flow, outlines six methods of formal information flow like meetings and memos, and five methods of informal flow like phone calls and email. When planning information flow, factors like organizational size, type, and structure must be considered.
The document discusses internal control frameworks and concepts. It introduces three major control frameworks - COBIT, COSO, and COSO's Enterprise Risk Management framework. It describes the key components and objectives of internal control systems, including control environment, risk assessment, control activities, information and communication, and monitoring. The frameworks help companies develop effective internal control processes to achieve objectives and comply with laws and regulations.
The document discusses keys to successful enterprise content management (ECM). It summarizes that ECM aims to manage the large amounts of content organizations now deal with. Successful ECM requires maximizing user acceptance by making systems intuitive and streamlining work. It also requires minimizing the burden on IT by empowering users and having integrated systems. Finally, ECM needs to meet diverse organizational needs by having configurable, scalable and interoperable systems that fit how organizations work.
- IT needs to implement an ECM system to manage the growing amount of unstructured data and content that users are storing in unauthorized locations outside of the organization's control, like cloud storage and personal devices.
- For the ECM system to be effective, it must have high adoption amongst end users. This requires understanding how users actually work rather than making assumptions, and designing the ECM system around users' daily tasks and challenges finding information.
- The document outlines exercises for requirements gathering that focus on understanding users' information sources, challenges, and daily workflows in order to design an ECM system that solves users' problems and enables productivity, leading to higher adoption.
The document discusses the importance of aligning IT strategy with business strategy. It notes that a survey found this to be the top issue facing executives. Another study identified ensuring alignment and prioritizing IT investments according to business needs as the most important factors for business success. However, around half of respondents did not have a formal governance process for alignment. The document argues that ultimate responsibility for IT strategy should rest with business leadership, as IT exists to support the business, not as an end in itself. A lack of alignment can lead to higher costs, missed opportunities, and inability to achieve full business potential.
This document discusses a scenario of Dr. Jill Foote wanting to computerize the operations of her doctor's office to improve efficiency. It describes the current paper-based system and Dr. Foote's growing frustrations with the administrative workload. The document then outlines the key parts of a computer system that would need to be considered for Dr. Foote's office, including the human/user aspects, processing environment, and interconnectivity. It emphasizes that all parts of a system, both technical and human, must be addressed for the new system to be usable, reliable and effective.
The document discusses systems analysis and different types of systems. It provides definitions of key terms like system, organization, interaction, and feedback. It describes different types of systems such as physical, abstract, open, and closed systems. It also discusses information systems like decision support systems, management information systems, and data processing systems. The document outlines the stages of the systems development life cycle including planning, requirements, design, development, testing, implementation, and maintenance.
This document discusses business continuity, which provides strategies and processes to help ensure a company can survive disruptive events like disasters. It involves disaster recovery, backups, and succession planning. Business continuity determines how a company will continue operating if facilities are damaged until normal operations resume. The document provides statistics on data loss and outlines business continuity management structures, implementation processes, and requirements like recovery time objectives. It also discusses components, considerations, and maintaining business continuity over time.
The document discusses executive information systems (EIS) and decision support systems (DSS). It defines EIS as systems that facilitate senior executive decision-making by providing easy access to internal and external information relevant to organizational goals. EIS components include hardware, software, user interfaces, and telecommunications. DSS are computer-based systems that support business decision-making at all levels of an organization. Key components of DSS are databases, models, and user interfaces. Examples of DSS applications provided include executive dashboards and systems to support agricultural production and marketing decisions.
Traditionally, royalty management systems were not high on the priority list of corporate decision-makers. When royalty management was simpler, the potential returns didn’t seem to justify the investment.
Several factors have combined to change that.
Digital storage has allowed companies to accumulate huge libraries of assets—and huge numbers of potential royalty obligations. IP has become more complex, touching a wide audience, numerous demographics, and a multitude of device types.
Without clear visibility into royalties, many companies are forced to overpay deliberately in order to mitigate the risk of a dispute. Those who don’t take that approach, or don’t properly track their obligations, face an increasing number of disputes, audits, and lawsuits.
To take a recent example, Jillian Michaels, the fitness trainer and former host of NBC’s “The Biggest Loser” reality show, filed a $10 million lawsuit against entertainment company Lionsgate over YouTube videos posted to its channel. Michaels alleges that Lionsgate posted more videos to YouTube than were permitted under her contract, and failed to pay her any royalties.
Implementing a royalty management system is not without its challenges. However, better systems can help companies achieve big efficiency gains, mitigate risk, and assist in identifying opportunities to monetize IP. By avoiding the biggest royalty management mistakes when putting in place a system, companies can maximize their chances of a smooth implementation and realize their desired return on investment.
Research evolution on implementation and adoption behaviour of information sy...LenaFrau
This document reviews research on the implementation and adoption of information systems by senior managers in commercial organizations over the last 40 years. It analyzes theories and models of information system adoption and implementation, examining how they have evolved while considering various determinants and limitations. Based on the literature review and findings, the paper proposes a comprehensive model for information system implementation.
This document discusses an introduction to information systems chapter from a management information systems textbook. It covers the evolution of computer hardware and applications, including transaction processing systems, management information systems, enterprise resource planning systems, and decision support systems. It also discusses problem solving, decision making, and the future of information technology.
ESS can provide information to help manufacturing with vendor management, material planning, inventory control, and production scheduling. In marketing, ESS can aid in STP strategies, sales analysis, brand building, and customer and public relations management. Financially, ESS integrates planning, budgeting, and reporting, focuses on accountability, and helps review ratios and trends.
Businesses today are more dependent on technology than ever. And, more than ever, they're looking to IT for ways to improve employee productivity, customer service and innovation. The challenge is that in order to achieve results with technology, IT and the business have to work collaboratively.
IT needs to be able to develop the right relationships and communicate with different stakeholders from a business perspective - not a technical one. As a result, the transformation of the IT department has become a top-level priority for many leading organizations. At the same time, business leaders need to strengthen their business technology IQ and play a more significant role in the governance of IT.
Learning and development professional Michelle Moore fills you in on the skills and knowledge required to help IT and the business collaborate and perform in this new environment. She will also share industry best practices for making the transition.
Disaster recovery plans aim to restore critical network functionality after a disaster. Key aspects include planning for worst case scenarios, documenting recovery procedures, and considering data, systems, and personnel. Redundancy of data, servers, and hardware at multiple locations guards against single points of failure. While backups are important, more sophisticated techniques like disk mirroring ensure near real-time data availability. Testing and updating plans is also essential as networks change.
This document provides background information on the global IT services industry and the competitive environment facing Tata Consultancy Services (TCS). It discusses key segments of the global IT services market, factors considered in vendor selection, the growth of offshoring and Indian IT services firms, and critiques of offshoring. The Indian IT services sector is highly concentrated, with the top 3-4 firms by revenue accounting for 45% of the market and holding a significant profitability advantage over smaller players. TCS, as one of the largest Indian IT services providers, was preparing to launch a new strategy to differentiate itself in the market and reach $10 billion in revenues by 2010.
Training and support are essential after implementing new software to ensure it is utilized properly. Users must be trained through various methods like classroom, e-learning, or hiring vendors to become proficient. This increases job satisfaction, performance, and financial gains for the organization. Support also needs to be provided through help desks and contacts for issues later on regarding security, file recovery, or system upgrades. Proper training and support are necessary for successful software implementation.
The document discusses managing information and communication technology (ICT) in organizations. It defines formal and informal information flow, outlines six methods of formal information flow like meetings and memos, and five methods of informal flow like phone calls and email. When planning information flow, factors like organizational size, type, and structure must be considered.
The document discusses internal control frameworks and concepts. It introduces three major control frameworks - COBIT, COSO, and COSO's Enterprise Risk Management framework. It describes the key components and objectives of internal control systems, including control environment, risk assessment, control activities, information and communication, and monitoring. The frameworks help companies develop effective internal control processes to achieve objectives and comply with laws and regulations.
The document discusses keys to successful enterprise content management (ECM). It summarizes that ECM aims to manage the large amounts of content organizations now deal with. Successful ECM requires maximizing user acceptance by making systems intuitive and streamlining work. It also requires minimizing the burden on IT by empowering users and having integrated systems. Finally, ECM needs to meet diverse organizational needs by having configurable, scalable and interoperable systems that fit how organizations work.
- IT needs to implement an ECM system to manage the growing amount of unstructured data and content that users are storing in unauthorized locations outside of the organization's control, like cloud storage and personal devices.
- For the ECM system to be effective, it must have high adoption amongst end users. This requires understanding how users actually work rather than making assumptions, and designing the ECM system around users' daily tasks and challenges finding information.
- The document outlines exercises for requirements gathering that focus on understanding users' information sources, challenges, and daily workflows in order to design an ECM system that solves users' problems and enables productivity, leading to higher adoption.
Section 1: PROJECT INTRODUCTION
Section 1: PROJECT INTRODUCTION
Project Deliverable 1: Project Plan Inception
CIS 499 – Information Systems Capstone
Background
In the last two years, the ACME Company has experienced continued growth. This growth is expected to continue in the very near future. Specifically, the company is expected to experience a 60% growth in the next eighteen months. This rate of growth has presented new challenges for the company. It now has to redesign its information systems for the larger office space occupied. The continued growth has also highlighted the need to set up the company to deal with more data and ensure for safety and security for its clients. The ACME Company is currently valued at $25 million but is expected to experience significant growth in the future.
Type of Business
The ACME Company collects data using Web analytics and combines it with operational systems data. Increasingly, businesses have appreciated the competitive edge presented by analyzing market data. However, the successful use of data in decision making is a long process that has greatly influenced the growth of information systems. Some of the major steps in this process include collecting information and interpreting its significance. This is intended to compare the external and internal environments of a business and propose better practices that would benefit as a whole.
ACME based its information technology on a hybrid model where some of the systems are hosted and other in-house. This method was initially done with the goal of minimizing costs. However, a lot has changed in the business that necessitates major changes to be made.
Skilled Information Systems Personnel
At the moment, there are only four employees in the company dedicated to the Information Technology department. ACME has adopted a hybrid solution to information technology where much of the systems used by the company were hosted by other entities. This was believed to be part of cutting costs. As the business has continually grown, its information technology needs have expanded and redesigned to meet its current obligations.
The personnel at the company will need to be trained to use any other systems introduced at the workplace. Although all the workers are trained information technology experts, it will be important to involve them in the development of the new design to facilitate its effectiveness. This is primarily intended to ensure that all the qualified personnel at the organization are well-informed about the information technology changes occurring at the workplace.
Types of Data
ACME collects web analytics and combines it with operational systems data. Web analytics includes all the data tha.
Book 2_Bab 11_Information Technology and ERM.pdfnoygemma2
This document discusses risks related to information technology (IT) systems and processes within the framework of enterprise risk management (ERM). It addresses three key IT risk areas: 1) application systems risks associated with developing, implementing, and maintaining new applications; 2) effective continuity planning for unexpected interruptions; and 3) risks from computer worms, viruses, and unauthorized network access. The document examines how the COSO ERM framework covers IT risks at a high level through its control activities and information/communication components, but notes that a deeper understanding of specific IT risks is also needed.
Enterprise Content Management (ECM) is a broad term that incorporates a variety of technologies that can significantly affect your business. ECM encompasses the strategies, methods and tools used to capture, manage, store, preserve, and deliver content and documents related to your organizational processes. ECM tools and strategies allow the active management of an organization's unstructured information, wherever that information exists1. How you manage this content has a direct impact on business efficiency, employee productivity, IT infrastructure complexity, and most importantly, your bottom line.
Many companies are taking longer than ever to complete their monthly and quarterly accounting closes due to complex Excel macros and legacy systems. This delays regulatory reporting and makes joint venture accounting more difficult. Finance teams often delay upgrading systems until deadlines are missed. When selecting consolidation software, companies should consider implementation time, training needs, and total cost of ownership. TCM software provides a multidimensional solution for consolidations, reporting, and analysis within Excel to help streamline the financial close process.
Transformation of legacy landscape in the insurance worldNIIT Technologies
The document discusses the transformation of legacy systems in the insurance industry. Legacy systems present challenges like being difficult to change and update as they are based on older technologies. Insurance companies are transforming legacy systems to support new business models and customer needs. Common strategies for legacy transformation include modifying existing applications, replacing applications, or retiring applications when they are no longer needed. Successful legacy transformation depends on effectively migrating data and business rules to new systems.
How to Implement a Manufacturing SystemSania Baker
* Assemble the Project Team and Leader
* Define Your Business “Pain” and Why It Exists
* Define System Scope and Implementation Phases
* Gather and Define System Requirements
* Structure the Implementation and Prepare for Change
* Prepare People
* Data Integrity and Migration
* Test the System
* Run and Refine the System
* Don’t Implement without Them
http://www.mrpconsulting.com/methodology/process.html
1) A financial services firm developed an Operational Rules Management (ORM) system outside of its existing Application Development Platform (ADP), seeking faster delivery. This led to higher long-term costs as the standalone system could not adapt to changes and integrate with other systems.
2) After a merger greatly increased the rules and users, porting the system to a new technology took months and exceeded the initial development costs.
3) Had the ORM been built on the ADP, integration and adapting to the merger would have been faster and less costly due to existing models, metadata and processes.
4) Over time, the additional maintenance and integration costs of the standalone approach outweighed the higher upfront investment of using
The organizations can bring beneficial information through data technologies like Y2k, Bubble etc. There are many other benefits of these technologies, like they can help in utilizing and analyzing the information more comfortably and generate accurate financial reports within the organization. With the application of modern technology and automated systems, employees, stakeholders and consumers can be protected, because these systems help in making genuine report design. Organizations can maintain information system such as record keeping system on any Oracle or SQL server program. In order to avoid misuse of the data and analysis recorded in the system, the U.S designed SOX law procedures in July 2002 that needed to be followed.
Simplifying Model-Based Systems Engineering - an Implementation Journey White...Alex Rétif
Model-Based Systems Engineering (MBSE) is perhaps one of the most misunderstood and often abused acronyms in the engineering vernacular. Many companies struggle to understand how it will improve their entire product life-cycle and address the ever-increasing complexity of products. In many companies, executives and middle management experience a lack of understanding regarding the rapid pace of today’s technology and its impact on organizations and processes. Technical practitioners may gain additional insight as they focus their energies on establishing strong MBSE practices. The successful implementation of MBSE includes transformations and enhancements in three key areas: organization, process and technology. This white paper shares proper planning and implementation considerations in adopting an MBSE practice. It provides a high-level view, defines critical components to help success and identifies many problematic areas to avoid in an implementation journey.
0aa93679eaf34c5017be9470ae48bbd16ca0.pdfOuheb Group
The document discusses how applying systems thinking concepts can help address common problems that arise when using process improvement frameworks like CMM and CMMI. It describes two systems archetypes - "fixes that backfire" and "shifting the burden" - that are useful for understanding issues. For the "fixes that backfire" archetype, it provides examples of how overfocusing on maturity levels or process for its own sake can unintentionally worsen problems. Addressing only surface issues without a deep understanding of the root causes can lead to negative long-term consequences.
This document discusses Info-Tech Research Group and change management. It provides an overview of Info-Tech as a global leader in IT research and advice. It then discusses the importance of balancing risk and efficiency in change management processes. Having too onerous of a process can lead to changes being implemented without proper review, while not having any process can increase risk. The document emphasizes having a right-sized change management process that incorporates adequate review and approval without being overly burdensome. It also stresses the importance of staff buy-in, tools to track changes, and management support for effective change management.
Adopting DevOps: Overcoming Three Common Stumbling BlocksCognizant
IT organizations can go beyond TQM in leveraging DevOps to deliver top-notch applications and services. Here's a game plan for tackling the three main DevOps hurdles: organizational preparedness; heritage architectures; and reliability, security and compliance issues.
Traditional on-premise PLM systems have several flaws that make realizing their value difficult. They have a high total cost of ownership due to upfront licensing fees, customization services, hardware costs, and ongoing maintenance and IT support. They also take a long time to deploy, often months, before an organization can access the system and address the problems motivating the PLM investment. Additionally, traditional systems are inflexible, making it hard to adapt the data model and processes to changing needs. As a result, the path to value is long and expensive for traditional on-premise PLM systems.
wk3 reply to prof.I need help with this question below a 200 words.pdffeetshoemart
wk3 reply to prof.
I need help with this question below a 200 words summary with an introduction, body,
conclusion and 1-2 references. please thank you.
How IT and Systems make a valuable contribution to organizational change.
Solution
Introduction-
By system, we mean “an integrated assembly of interacting elements [or components] designed
to carry out cooperatively a predetermined function.” This definition is intentionally broad to
cover a wide range of different systems. In an organizational context this implies a multiplicity
of people, processes, technologies, and materials that together perform a significant function and
contribute to a specific aim—a service or product development.
Although the link between information technology and organizational learning has only begun to
be explored, two related streams of research can be identified. The first adopts organizational
learning as a means for explaining and resolving the problems of implementing and using new
information technologies in organizations. The second stream of research develops applications
of information technology to support the processes of organizational learning and knowledge
management. For example, technologies such as data warehousing, expert systems, best-practice
databases, and intranet/internet systems potentially comprise valuable components of
organizational memory.
Body-
Past the standard office PC and advanced mobile phone, associations actualize information
technology, custom programming or concentrated innovation gear to keep operations running
easily. Progressions in innovation can possibly diminish the time expected to finish an
assignment, or now and again dispose of the requirement for a business procedure or occupation
work. Ordinarily, the want for expanded profitability drives moves up to innovation inside an
association, which can altogether impact organization operations. Information technology (IT)
has turned into an essential and indispensable piece of each strategy for success. From multi-
national companies who keep up centralized server frameworks and databases to private ventures
that claim a solitary PC, IT assumes a part.
Companies are using IT to improve the way they design and manage customer relationships.
Customer Relationship Management (CRM) systems capture every interaction a company has
with a customer, so that a more enriching experience is possible. If a customer calls a call center
with an issue, the customer support representative will be able to see what the customer has
purchased, view shipping information, call up the training manual for that item and effectively
respond to the issue. For employees, technological enhancements often reduce the number of
tedious office tasks or improve efficiency. Changes in day-to-day operation may come in the
form of an upgrade to desktop computers, faster office equipment or the introduction of a new
information system. Business owners increasingly utilize comprehensive software platforms to.
The document discusses several key steps organizations should take before migrating files to an enterprise content management system (ECM) to ensure a successful implementation. These include conducting a thorough business and systems analysis, preparing stakeholders, analyzing business processes, assessing recordkeeping requirements, preparing for document and email migrations, and building a sustainable security management framework. Taking the necessary time for these activities prior to any file migration is essential for minimizing risks and ensuring adoption of the new ECM system.
Legacy Enterprise Systems Modernization: Five Ways of Responding to Market Fo...Cognizant
An evaluative guide to the five ways of responding to the need to modernize legacy enterprise systems: total transformation, gradual replacement, duct-tape approach, improve existing system or do nothing.
This document discusses various approaches to systems development, including planning, the systems development life cycle (SDLC), and alternative methods like prototyping, rapid application development, and object-oriented development. It describes the phases of the SDLC including planning, analysis, design, implementation, testing, and maintenance. It emphasizes that systems development requires understanding business needs and technical requirements to construct effective information system solutions.
The document discusses the challenges of managing complex and interconnected IT environments. It proposes using an architectural model and management platform to address these challenges. The solution involves three steps: 1) Creating a unified model of the entire IT environment across four levels. 2) Leveraging the model to optimize systems and ensure compliance. 3) Using the model to support future implementations, modernizations and growth. The model provides visibility, insights and a baseline for strategic alignment of IT assets with business needs.
Similar to Qtility - Content Management Strategies 2015 (20)
2. 1
CONTENT MANAGEMENT INTEGRATION
FOR 2015-2016: ANALZYING THE OPTIONS
01- INTRODUCTION
Most organizations have had some varied experiences installing ECM
solutions on projects, department and point solutions over the past 10 to
20 years. Many such initiatives have failed - the failure rate in the
industry has been estimated to be around 30% to
50% of ECM projects, for various reasons1. Many
tend to carry on and experience uptake in
adoption, but the number of uniform ECM
solutions that thrive across the enterprise is not as
high as might be desired, mainly due to complex
implementation and migrations. An IDG survey recently said that “59
percent of survey respondents cite ‘content integration with other
business systems’ as their top challenge when implementing an ECM
strategy”, furthermore complicated installations are commonplace - 72%
of studied organizations already had an ECM strategy in place.
Across organizations, especially those with semi-autonomous departments or regional offices, the result
of the difficulty with ECM integration, is that there are many different ECM solutions - forming silos of
information. Industry research from both Gartner and IDC, recommends having a single vendor,
centralized ECM approach to solve this issue. While that indeed does solve integration issues, it can be
unrealistic frequently because of the pre-existing systems already in use. Ripping them out and replacing
them with a single vendor approach can be incredibly expensive and highly disruptive to the business.
By putting yourself in the chair of a knowledge worker when yet another ECM solution is rolled out that is
supposed to solve all information problems, one can see a repeated yet paradoxical situation. Most
organizations are on their second or perhaps third or fourth ECM system. Typically they have been
through an initially successful ECM project that was left to deteriorate, then had the inherent problems
blamed on outside forces. This pattern is repeated when a new savior vendor is introduced and then it
1
The Why of ECM Failure and the How of Success – CMW Wire, http://www.cmswire.com/cms/information-
management/the-why-of-ecm-failure-and-the-how-of-ecm-success-025892.php
…The failure rate in the
industry has been estimated
to be around 30% to 50% of
ECM projects…
3. 2
slowly deteriorates over time, and so on. What remains is typically departmental or point solutions that
formed the core of the installed ECM solutions with various vendors and applications, none or few of
which that can interoperate.
There are two problems that impact each other in this ECM rollover cycle, which truly could be applied to
any enterprise-wide system roll out.
1.ECM rollouts can touch every part of your operations. They have deep impact on how things get done
and, if they fail the operational side of the organization, they have insidious impact into the organization’s
productivity.
2.Most ECM projects are run as just that; a “project” where funds are allocated to the business units
involved. Then when it is implemented the contractors and subject matter experts are sent home. There
is not enough “plan-do-review” baked into the organization’s operations in support of the technology.
Business is in steady flux, new divisions are opened, some closed, partner and supply chain process and
systems are changed, management structure and governance is changed and the systems that touches
everything- the ECM system - had better be able to change with it in an “Agile” manner
So, what are you to do? Here is a summary of the choices. None of them are inexpensive, sooner or
later.
02 - WHAT TO DO
1-Leave it to grow organically
This often takes place after the first few years of a new system being
implemented. While this situation is inevitable, it can be improved with recurring
strategic process improvement, and “central IT” strategy updates.
Financial Impact: This has a relatively low capital budget impact.
Technical Impact: Silos grow with heavy reliance on email systems as the de
facto ECM system, all with heavy content duplication and difficult search
and version control issues. Share Drives continue to grow with difficult
search and version control issues and also, to a lower degree, duplication of
content files.
Risks: Risk to the organization of sudden impact from multi-million dollar legal
matters and compliance issues grows, while the cost of uncontrolled storage
increases exponentially. The organization may experience an increasing inability to
retrieve and produce accurate versions of information, documents, and records in a timely manner.
Efficiency: Time and ability to find accurate information impacts operations and decision making, lowering
effectiveness, transparency and impacting service levels, especially in government.
2-Replace it with new universal vendor solution
This can look good on paper, and is a simple message which can be attractive to management who are
distanced from the operations of the organization. The simplicity of having one unified system with little
or no integration points does alleviate the complexity of integrating disparate systems, and can put the
4. 3
single point of responsibility on one phone number or email address. There is something to be said for
this if it is feasible.
Financial Impact: For an organization with embedded ECM systems, the sticker shock of an enterprise
wide ECM initiative can be stunning to an organization. Tens of millions dollars or more, over several
years, is not unusual for such an initiative. This does not include the disruption of existing business
processes during the transition.
Technical Impact: The re-analysis, at a detailed specification level, for a new system sometimes means
years of preparation and design work. New systems have different ways of solving business
requirements, and must be re-evaluated, leaving little savings from having done it all before. Migration
of existing content can also be a very painful process, since when revisiting your existing content you will
likely find missing metadata and inadequate indexing of content in older systems.
Risks: The question comes down to: “Why replace existing systems and disrupt operations, especially
when there is a risk of failure in the new system implementation.” The impacts for having an unsuccessful
implementation or ineffective roll-out can be painful. However that needs to be balanced with a decision
to integrate or federate the systems or replace existing systems with a unified ECM system.
Efficiency: Impact to operations could be staggering, if change management and training for knowledge
workers and employees on new systems is not taken seriously it can cause long-term issues. This is
especially important when there is an existing ECM system in various departments that actually works
and solves the local business unit problems.
Having an enterprise-wide view instead of division or department wide views still requires re-work on the
data structures, security and access controls and taxonomies across all the departments. You will not be
saving much of the existing work when you redo all of the existing ECM system.
3- Use an Integrated or “Federated” approach to
integrate disparate departments
Existing ECM systems need to be examined and rationalized- to either stay or be
rolled into a central system. If they are working, you can keep them. If they do not
have search or records management capability, (such as email, share drives, or ERP
systems) - they need to be migrated into a central ECM system and integrated into
the existing email or ERP system, especially if the files need to be shared across
business units.
Financial and Technical Risk Considerations: This approach involves less financial and
operations risk, but the various systems need to be integrated tightly and require a fair amount of
significant analysis to understand the existing systems. It’s most appropriate for very large units such as
international locations of a multinational company, or different departments of a province, municipality,
etc. The risks include the issues of multi-vendor environments and the need to bridge disparate system
interfaces and data structures. System integrators are key players when talking about integrating a
variety of disparate ECM and other data oriented systems. Minimizing the effort for integration and
emphasizing UAT and closely managing quality are key challenges in this approach.
That being said, there are three main areas of focus for a Federated approach, and unique technical
considerations for each:
5. 4
A. Search
Users need to find information from one central location. This needs to be more than just ad-hoc full text
search, but a data driven search where the end users can be certain of the results.
Technical Considerations: However, for that to happen enterprise taxonomy and metadata standards
need to be harmonized and enforced across business functions and departments. Access control must
also be harmonized across departments and organization-wide governance put in place.
B. Centralized ECM
Documents and records stored in Share drives and email attachments, that span departmental processes,
should be migrated into a central ECM where uniform access controls and metadata can be harmonized.
Technical Considerations: Thorough migrations are needed for existing systems. This can be done fairly
quickly, depending on the implementation methodology and tools used. Other issues can arise based on
what system is chosen – the most cost effective solutions like hybrid and cloud-based, might not suit any
given organization’s information management policies. Some companies are just not interested or ready
to move to cloud yet. Having a fully on-site system brings with it the heavier cost, and mirrors many of
the issues in the above section on implementing an entire new solution. Integrating such systems can also
be quite expensive depending on the chosen approach.
C. Records Management Integration
This is more difficult to implement in a multi-vendor environment. However it has less impact to the
operations of the organization and takes an operational rather than technological approach.
Technical Considerations: A Federated Records Management system will not have controls over content
residing in external ECM systems unless Records Management functionality is installed, with tight and
deep integrations built.
Most major ECM systems have a SharePoint integration for this purpose, however this can be very
extensive and require third party components and a great amount of SharePoint customization. “Out of
the Box” (OOTB) is not the “norm” for SharePoint integrations. It can also not fully capture the content
that exists due to leaving too much responsibility on users to do optional inputting.
Some federated systems use an integration to migrate content out of the host departmental system -
when it meets the criteria to be considered non-operational and a formal record, and into the centralized
target Records Management system. This will still have some development impact on the local ECM
systems since the functionality may not exist. Users will want to keep the local operational user interface
as the main point of access to records after they have been declared a record. Some degree of
customization on the local systems will be required to accomplish this. The centralized or Federated
Search function will also need to integrate to the Records Management system.
6. 5
03 - MATCHING NEEDS TO LONG TERM RESULTS
So what do you do? It depends on your situation.
Option 1: Doing Nothing is risky and to be avoided in the long run. Procrastinate
at your peril. Option 2 works for highly centralized organizations with few
regional or autonomous departments or business units.
Option 2: However, in option 2, if you find yourself facing a “replace the
existing ECM with a central and “one-size-fits-all” ECM vendor” scenario,
since everything needs re-discovery and re-design, you had better dig in and
do your homework. Fixing the existing centralized ECM might just be the best
solution, even if it has a negative stigma attached where users and managers are
saying “We hate this”. Chances are that unless you address the underlying issues they will hate the new
one too. Those issues may include poor server performance under high volume, which tends to happen
in centralized systems. If so, consider using our MOVE Integration Tool to build and load test content
server systems instead the traditional risky cloning or high maintenance scripting methods.
Option 3: Is more challenging but offers the ability to use an Agile approach where you lay in the
foundation and then cycle through the various business processes (especially cross departmental ones)
doing the most high impact ones first. It is especially good in scenarios where there are semi-
autonomous or regionally disparate systems exist.
The independent but federated systems will, over time, need to be able to justify its own existence from a
budget and operational standpoint. It can be posed as a “meritocracy” approach where the winning
implementations stay alive and the central system absorbs those that do not, on an incremental basis.
If you do choose option 3, then your organization may benefit from using Qtility MOVE – an integration
platform that migrates, synchronizes, and integrates ECM across disparate systems. Such integrations
can typically be very time consuming and expensive, however with tools like MOVE, integrations of
content management systems becomes much easier by using pre-built enterprise adapters which flow
through a central integration engine that can easily be updated without affecting the larger
infrastructure.
With MOVE the project scope-creep issues caused by UAT and quality control issues during integration
implementations are minimized by using pre-designed and highly configurable application and database
adapters what integrate with disparate systems, allowing you to harmonize access controls, security, data
structures and compliance across the enterprise.
SOLUTION QTILITY MOVE OFFERS
Migration & integration tool handles messy
migration = clients get on with business
Partners can use for difficult migrations
integrations
Smaller projects now feasible
REMEDY TO CLIENT PAIN
Automation of process reduces time, effort,
cost
Enhanced compliance with regulation
System Synchronizations possible
Integration connections can be re-used and
re-purposed