Wednesday, February 15, 2006

Plurality Background

Note to Reader. I am publishing the "Plurality" document I frequently refer to in this blog. This will enable searching based on the text within the entire document. The word count is approximately 35,000 words and is provided as background for the discussions.

A number of technology changes have occured since it was originally published in 2004. IBM has chosen not to support this effort, and as a result I am replacing the components of the technology architecture as the opportunities and needs require. We are moving to the Sun strictly for their support of Java, and the synergies of the visions. As I recently noted, Ingress would be the database that we will use. Other then that, I have chosen to host the entire development and operating environment on Sun's Grid and as funds become available we will secure those resources.

References are to the literature noted in the bibliography. So here it is, warts and all. I hope you enjoy it, any and all comments are welcomed and appreciated.

Thank you

Paul Cox



In Dr. Daniel Yergin & Joseph Stanislaw’s (1998) book The Commanding Heights, the economic malaise that consumed most of the European countries in the period prior to WW2 was attributable to the capitalist’s comfort with the status quo.

This status quo, and a well-defined class system, particularly in Britain, enabled capitalists to reap the benefits of their companies’ economic activity without the need for further investment or, more importantly, innovation. Yergin et al (1998) attributed the decline of this economic malaise to the majority of the European countries moving toward economic reforms in the form of government nationalization, planning and control of the commanding heights of each countries core market requirements. This level of planning initially spurred the European economies and was widely believed to be the appropriate role and responsibility of governments. These theories were supported by John Maynard Keynes “Keynesian” economic theories and thinking, and the fact the centrally planned industrial complex of the Soviet Union appeared to be more prosperous than western-based systems.

This economic thinking coupled with market reforms in Europe led many countries to pursue various forms of communist, nationalist style governments and even in the United States, high levels of regulation. This Keynesian economic period began in the immediate post war period and continued into the late 1970’s and led to the fundamental reforms of the Reagan - Thatcher era. Based on Friedrich von Hayek’s economic theories, Reaganomics led to comprehensive market reforms adopted by Russia and China that now have the opportunity and economic structure to compete effectively in the global economy.

During the 1990’s we began to see capital flow into the more risk-oriented areas of the global economy. This risk orientation was at the expense of what was considered the “old economy” and resulted in a feverish over expenditure in speculative and corrupt business models. This precipitated large-scale global economic fallout. This fallout being symptomatic of the occurrences of what this paper will describe as a global manufacturing capacity overhang, which is cited by this author for the purposes of this paper, as the cause of the current global deflationary pressures. However, was this capital orientation to risk incorrect? Or, did this level of capital investment form the basis of a third “revolution” in business and economics comparable to Keynesianism and Reaganomics? The thinking from the Reagan-Thatcher era now presents new issues, and begs the question: does the new economic revolution, or globalism, present a new basis for companies competing on a global basis?

Over the past ten years we have seen a comparable revolution in thinking of all forms of international governments, western based or communist. This presents new competitive threats and opportunities for firms operating in this new global environment. Today companies need to make difficult choices.

Do today's companies atrophy under the guise of harvesting during the regular business cycle? And is history repeating itself by North America being challenged by a potential new global leader, just as the United States challenged Europe after WW2? Or, does management actively invest in their organizations on the basis of new competitive advantages and take the appropriate risks to enable their organizations to evolve and adapt in this rapid, change-oriented environment.

History reflects that in the period after WW2, companies involved in investing in market share and growth were rewarded with larger and more profitable organizations. This model of “growth” has become so systemic in most of western management’s thinking that it is easy to confuse an organization’s growth orientation with their purpose of maximizing shareholder return. (Enron and WorldCom.) With unending supplies of human resources in the Asian and Eastern European countries, this growth strategy only exacerbates deflation.

Capital deflation presents two unique and difficult issues, which include:

  • Deflationary cycles are difficult to stop. Witness Japan’s difficulty through the 1990’s and currently.
  • During deflationary cycles no one “wins”.
Consumers, companies and countries find their holdings in a never-ending spiral of decline in value, which is only contrasted by the never ending upward spiral of debt, and commitments valued at prior periods higher valuations. Capital deflation must be avoided at all costs. The never-ending economic decline can become permanently entrenched in the minds of consumers and make the situation only worse as time passes. Witness the approach of the Japanese to their economy. The government, acting on the response of their citizens, after 12 years of deflation and recession, has not implemented the necessary market reforms to deal with this deflationary economic phenomenon. The Japanese people are generally well off and continue to accept that they need not invoke any measures to deal with problems that are not evident to them.

A new means of international competitiveness needs to be adopted by all companies operating in the global economy. The standard operational strategy (growth) is now limiting, and possibly exposing major societies to economic decline. It is this researcher’s opinion that innovation is a key economic driver and operational strategy that can augment a firm’s other strategies for the future. Innovation is an operational strategy that augments the other operational strategies of marketing, operations, financial, and human resource. Focusing on innovation will lead North America to continue with its present influence and global position.

Some choices in this environment are simple to make, but for companies such as Air Canada, built on the thinking that consolidation of market share was the key to prosperity, change is difficult to consider, let alone implement. What basis of competitiveness can provide western economies with sustainable competitive advantages? How does a firm expand its capacity to innovate? What are the necessary tools and methodologies that enable a firm to augment their capability to ensure that their competitiveness continues to accelerate throughout their product life cycles? Is innovation capable of supporting the western economies in such a competitive environment? With Vietnam and China taking the most advanced telecommunications and other products of the West and employing them, their economic infrastructure are immediately competitive.

The risks of not changing to a new economic model in North America are significant. Will organizations be able to stay in business? Is innovation the competitive advantage for the future of our western economies? What can a firm do to augment their innovativeness, and is there a method of implementing the appropriate procedures and policies to become innovative? Or are we destined to rely on the competitive nature of the entrepreneurial methods of creative destruction?

What are the ethical dilemmas for a firm that chooses not to pursue an innovative path? With the inherent loss in value, standard of living and employment, the ethical dilemma is clear and should be articulated to the managers to ensure that these tools and methodologies are clearly understood and implemented.

Theoretical Basis of this Research.

Listed in descending order of importance to this paper, are the following theories:

The first is Dr. Giovanni Dosi’s theory and his 1988 article “Sources Procedures and Microeconomic effects of innovation”. Dr. Dosi’s article provides a critical level of thinking and introduces many tools necessary to implement innovation.

Secondly is Dr. Wanda Orlikowski’s Model of Structuration for Technology and Dr. Anthony Gidden’s theory of structuration, which states that society, organizations and people need to move in lock-step in order for successful advancement to occur. Dr. Orlikowski’s model asserts that a fundamental component of society is technology, that technology provides a duality and therefore is a constraint or inhibitor to successful advancement of society, people and organizations. It is this paper’s hypothesis that the hierarchical organizational structure is an impediment to advancement of the oil and gas company and society in general.

Thirdly Dr. Michael E. Porter’s work in “On Competition” and “Competitive Strategy” and his strict application of competitive strategy. A further movement away from the focus on growth needs to be further emphasized and acted upon in oil and gas. Dr. Porter’s work has emphasized that growth is not a successful strategy since the late 1970’s, and the methods and tools that Dr. Porter has developed, which include the definition of clusters, provide a sound basis for reviewing critical components of an organization’s underlying strategy.

Fourth, Dr. John Seely Brown and John Hagel III recent and comprehensive work on implementation and management of Web Services technologies. Dr. Brown is the former Director of Xerox PARC and has written extensively with John Hagel on the risks, opportunities and threats of the Web Services paradigm.

Fifth is Dr. Noel Tichy’s management of strategic change and the definition of change agents. How leadership is a necessary component of change management. Where leaders engage and align the people within their organizations through technical, political and cultural dynamics.

Globalization requires companies to stop investing for market share and growth through increasing capacity; rather, innovation is the way to increase value for organizations, people and society. Emphasis on growth has lead to over capacity in all the western economies and now runs the risk of a protracted deflationary depression as witnessed in Japan over the past decade. Businesses must maintain their competitive offerings by innovating.

Implicit in this research project’s hypothesis is the capacity for the “old” system to provide growth is failing to increase shareholder value. This has presented a very precarious situation for large organizations in which errors in judgment, ethical behavior or market structures have the detrimental effect of being fatal to the health and independence of the organization. We have consistently seen large companies that have erred, and fail as a result. In a ruthless and unforgiving North American market, where do the companies move to mitigate or avoid these effects?

Of note: participants in the Japanese economy have not taken any risks, live in an environment where protection of companies mistakes is mitigated by government policies, and no innovation, failure or economic growth occurs. Conversely, why have Apple and 3M, companies built on innovation, fared better then their competitors? Apple has demonstrated resilience and has come back from near death experiences, and 3M has consistently outperformed others in value generation, on the basis of innovation, for decades.

One of the reasons cited for the former Soviet Union’s economic demise was the inability for the economic system (that propelled them to alleged greatness in the 40’s, 50’s, and 60’s) to accommodate change or innovation. Things were done because that was the way they were done. The lack of questioning and process inefficiencies continued until the system began to collapse upon itself. Are large organizations incapable of reforming and embracing innovation as a means of competitive survival? Enron lead the way with what was heralded as organizational innovation, only to be found criminal and eventually bankrupt. Since then the all time top three corporate bankruptcies have occurred in the United States and many CEO’s have been arrested and organizations shut down due to fraud and other inappropriate actions, a key example being the former accounting firm of Arthur Anderson. What is the cumulative effect of these occurrences, and are these parallel to the experience of the former Soviet Union?

During the past 15 years we have also seen a fundamental change and understanding in the individual’s role within organizations. The trust and commitment of people in their organizations has diminished through systemic and chronic downturns, layoffs, early retirements, pension revocations and brutal downsizing. The emergence of the superstar CEO and escalating pay scales for senior management has had the dual effect of recognizing the value of intellectual talent, and, further eroding the trust and commitment of the staff within those organizations. Today we see Disney, which was one of the greatest companies built on the basis of intellectual property, challenged by key employees and contractual relationships with suppliers and partners. Pixar Entertainment, Jeffrey Katzenberg and the Current CEO are collectively more profitable then the entire capital and intellectual property base of Disney. This dissection of value continues unabated, and essentially unidentified as a detrimental trend to the health of large organizations. Is this the beginning of the identification of this capital dissection, and the beginning of the legal remedies necessary to mitigate insidious devaluation of shareholder trust and value?

Microsoft faces it’s greatest challenge in the form of open source developed software. Independent, self-organizing teams working together, electronically, collaboratively, to build what they consider to be better software than that which is offered commercially.

Dr. Orlikowski’s model requires that the organization, society, technology, and people move in lock step with one another. Our society appears to have embraced market reforms on a global basis with outstanding success. Technology is being developed that could only be imagined a decade ago, and is readily available throughout the world. People are reaping the economic benefits of their increasing capabilities and monetary value. These benefits have placed enormous stress on the traditional organization with the ability for the organization to adjust appears limited.

Dr. Giddens states that failure occurs if the components get out of lock step with one another. It certainly appears likely to this author that it could be asserted today’s organizations are beginning to parallel the difficulties that the former Soviet Union experienced in its last decades. Does that mean companies must atrophy until the end is clearly presented to them, as is the case with Air Canada? The inability to innovate has stalled these organization’s growth, which was their overall purpose for existing.

Research Objectives

This researcher’s objective is to build an innovation model for Genesys Software Corporation (Genesys®) to use as a means to consult to organizations that desire to move away from the structural difficulties articulated above and become an innovative leader in their industry. Development of the innovation model will be based on the determination of key success factors and application of the success factors within the oil and gas industry. It is expected that this will be developed through a consulting role that is supported by producers.

What makes a company innovative? What tools, methods and procedures, implications for management, and leadership are available within an organization to define and implement innovation? Innovation is certainly a topical point in business conversations, everyone can clearly identify a new innovative idea or product, but how are these innovations initialized, developed, financed and created? Who can benefit from a consulting role that is specifically designed around a model for innovation? Where within an organization can innovation come from? How long can it take before the innovations begin to provide the expected returns, and what are the expected returns?

Key to the development of this innovation model will be an underlying reliance on project management’s role in the future of organizations. This author believes fundamentally in the ability to invoke change as fundamental as what is facing organizations today is a role best assumed by the project management methodology.

Research Questions.
  • Can the scope and understanding of the process of innovation, be reduced to a quantifiable and replicable process?
  • How are innovation leaders able to instill in their people the drive to attain the innovative needs of the organization?
  • What role does leadership play in an innovative firm? What corporate, operational and marketing strategies and methods do leaders use to assert their leadership?
  • Can the definition of innovation be expanded to include finance strategies, human resource strategies as well as products and processes and therefore be a critical component that compliments each operational strategy an organization employs?
  • What role does information technology and information strategy play in the innovative firm? Collaboration is a key component for the future but is it an enabling technology for innovation within organizations? How can collaboration be implemented to facilitate the work required in implementing innovative procedures, thinking and capability?
Hypotheses.

Implicit in this research project’s hypothesis is the capacity for the “old” organizational system to provide growth is failing. The current oil and gas hierarchical structure is inappropriate for the future of internationally based, innovative organizations.

This research can facilitate and affect a trajectory change in organizational performance through the development of the SJOC and by introducing collaborative tools and systems to facilitate innovation in production, process and organizational capabilities.

Research approach

Summary of this descriptive research design and methodology

This research provides a base of understanding to assert that the method of competition for a large sector of the senior independent producers has changed. Where these independent producers are collectively contemplating the internationalization of their asset bases. Producers who need to consider a broader definition of what their competition consists of and consideration that they are now several of the largest of 100 oil and gas companies in the world. To compete in this new environment requires a different mindset of what their competition is and how to adopt a manner of cooperation and competition with other producers.

The selected methodology of research for this project’s approach is descriptive. Using a descriptive research approach provides a basis of research that is more speculative and tentative in nature, where the research questions and hypothesis are not necessarily based on causation and effect.
The purpose of this research is to determine the validity of the hypothesis that current oil and gas companies’ organizational structures are inappropriate for the future and lack the innovative capability of internationally based organizations. Employing Dr. Giddens and Dr. Orlikowski’s theory and model in this situation shows that the inappropriateness of current organizational structure is an impediment to societal and human developments. Technology, which forms the duality of societal structures, employed in the fashion of this research, will provide a tangible opportunity for producers to innovate and progress.

In February 2003 Genesys Software Corporation published a proposal for the oil and gas industry to consider a revised methodology of securing the Enterprise Resource Planning (ERP) style of software. This February proposal contained several innovative new methods for companies in “niche” markets to secure the ERP styles of software necessary for their future. Genesys®, February 2003 software development proposal is provided as an Appendix to this preliminary research report. This February 2003 proposal provides a unique value proposition for producers to consider.
Collaboration defined.

Consistent with a revised understanding of competitive forces, there is a need to better understand the attributes of collaboration. Dr. Dosi lays the fundamental groundwork for how industries need to deal with the types and methods of competing in an innovative manner. In this definition Dr. Dosi clearly raises the point that collaboration is key in raising a firm’s capability to straddle several business cycles and increase their long-term viability and competitiveness in a global environment.

Collaboration provides firms with the ability to achieve a collective learning. In the competitive environment of today where each company could be considered a competitive silo within an industry, errors and issues arise that are learned within each silo over and over again. The learning from these mistakes are not shared and therefore, based on a firm’s capability, incurred again and again by each silo.

Collaboration seeks to share the learning experience over a broader base. Whether internal or externally, this “sharing” attitude is inconsistent with the industries’ past and current culture. Hence, it may be a major impediment to their ability to move forward in the global competitive environment.
Research methodology.

How this organizational structural change can be orchestrated is through a relatively new development in a well-established technology. Lotus Notes has provided a collaborative environment for many companies that have effectively used the features of Notes beyond its email functionality. The change in Notes functionality was the upgrade to Lotus Notes 6 and release of Lotus Workplace in which users can be administered (a timely and costly task) remotely. The primary issue that Lotus Notes R6 and Lotus Workplace mitigate is the elimination of the need for the Lotus Notes style “big bang” approach to implementation. A company no longer needs to make the dedicated roll out of Lotus Notes on an enterprise wide level. Workplace moves the technical difficulties from the user and centralizes it to where it belongs. This facilitates the ease of having several individuals from each company “tied” together in a “sharing” style of technology, easily and affordably.

Some of the initial uses of Workplace for this research project are as follows. The following are considered basic components of Workplace and are available immediately. Please note that all communication and access is controlled through IBM’s extensive use of encryption keys and certificates.

1) Libraries of documents.

The Construction, Ownership and Operation Agreement, with associated mail ballots, Joint Venture agreements with associated AFE’s, lease documents and other agreements that have been counterpart executed by members of the joint operating committee. Of note Workplace can invoke what is referred to as a CVS (Concurrent Version System). These were developed originally for programmers to enable the use of one code base as the “library” of all versions of their software code. Control and updates of these documents can be made subject to user-defined criteria. For example, if an amendment to the CO&O was considered, this could be proposed, edited, approved and managed through Workplace. This would provide a means to review the current existing CO&O and the evolution of the agreement over time.

2) Discussion databases.

For anyone who is familiar with Lotus Notes and the use of databases in that application Workplace is precisely the same thing, however available through a browser, and hence from anywhere with https (secure internet connection). These discussions are unique in that they provide an asynchronous discussion of the issues. Many discussions may take significant time and are added to by the participants as the collective thinking advances. These discussions being asynchronous provides time for the user to think and consider other points of view and issues.
The other advantage is that these discussions are provided to all team members’ whether they contribute or not. This facilitates team learning and discussion, which is key to innovation, risk taking and sharing of costs. A noted by-product of these discussions is the direct documentation of the tacit knowledge of the staff and contributors, leading to the ability to capture and manage the knowledge of the organization.

The motivation to contribute to these discussions comes from the fact that the staffs thoughts, ideas and contributions are made explicit, noted by their peers and stamped with the time they were made. Recognizing the contributions of the specific staff member is a significant method of motivation.

3) Synchronous messaging with team members.

Lotus’ implementation of instant messaging has many advantages over their competition. Firstly, these discussions are logged and posted within the databases for all the other team members to review thereby cutting the time for team learning down. Secondly, communications are encrypted and secure and are not a port for viruses or security breaches.

What this facility could be used for is innumerable. The oil and gas industry has been built on several basic principles that require “joint ventures”. These are:

  • The co-operative sharing of risk. Capital risk is shared systemically.
  • Provincial environmental concerns of having too many gas plants.
  • The areal extent of many of the producing fields.
As a result of these principles rarely does an oil and gas company participate in 100% ownership of both physical facilities and producing assets. This is systemic and culturally ingrained in the industry. Consistent with the cooperative management of these facilities is the Standard Joint Operating Committee, which is comprised of members from each producer with a monetary interest in a facility or property. The committee, consisting primarily of engineers, is responsible for many of the decisions regarding the management of the facility and producing assets. Budgets are established; programs are developed, agreed to and approved collectively.

Most companies are active and use the operating committee as a means of managing their interests but other companies may, due to a relatively small financial interest, or non-core area participate only in annual meetings. The range of participation runs the gamut of possibilities.

Consistent with the authority of the committee, there are a number of forms, legal and other documents that represent the committee’s legal, environmental and cultural requirements. Each form requires counter-part execution by the committee members duly authorized officers. A current issue with respect to the management of oil and gas organizations is that the committee is not charged with the financial performance of the property. This task is left to the remaining organization to attempt to finance, produce and operate these assets in a profitable manner. This financial responsibility, generally, does not fall within the scope of the operating committee. What would happen if the joint operating committee or SJOC participants were charged with the responsibilities of attaining increased volumes, better financial returns or any of the other measurement criteria that are traditionally the domain of the hierarchy? Where the hierarchy has no direct influence in the manner of operational control. This anomaly between the hierarchy and joint operating committee forms a dichotomy or contradiction that this research project will attempt to further identify and resolve.

It is therefore asked in this research, is the Operating Committee the basis of an Open Source style of organizational formation? Is it where like-minded groups meeting formally, informally, online, and in person to manage, in all aspects, the strategy, management and financial performance of a certain property? Should this be the basis of how the ownership, operation and construction of the oil and gas industry be organized? Is the addition of financial performance, accountability, full authority and responsibility at the operating committee a means to enhance a producer’s innovativeness? An accountability that would include the financial reporting, tax planning and other requirements of management traditionally managed by the hierarchy? Is this revised method of accountability consistent with the requirements in the Sarbanes Oxely (SOA) legislation or Canadian Institute of Chartered Accountants (CICA)? Will collaboration at the operating committee level facilitate the opportunity to innovate based on the criteria of Dr. Dosi’s as defined in this research project? Will collaboration at the operating committee align and instill the accountability, performance orientation, innovation, shared risk and provide the organizational structure for the future of the global oil and gas producer?

Key success factors of this research

Based on the technical and organizational changes that are being introduced, assessments will be made on how collaboration has affected team performance, innovation, leadership and accountability. These and other measures of performance will be the criteria used to define and determine the key success factors. Key to this research will be the outcomes of the analysis built on the primary theories introduced. Specifically, Dosi’s methods in determining how innovation is developed, Orlikowski’s structuration model and the interactions between human, organizational and societies with particular emphasis on technology’s role in structuring institutional properties and human agents. And finally, leadership based on Tichy’s methods and models of managing strategic change. Significant technical and organizational changes are being introduced to an informal team environment with specific responsibilities. The potential for increased team performance exists, however, how these changes are implemented, supported and instituted will be of particular importance towards measuring and assessing the current and future benefits.

In Orlikowski’s structuration model in addition to the duality of technology, where technology is a product of human interaction that in turn assumes structural properties, there is the concept of interpretative flexibility of technology, which asserts that institutional properties influence humans in their interaction with technology.

Dr. Tichy asserts that key to leadership is the role of teaching. Citing examples of how Navy Seals teach new recruits what it is that they know, for survival, as an example of the role a leader needs to assume. This point may be one of the critical underlying motivations behind the open software movement and its success. Where the collective good outweighs the harboring and control of information and knowledge. The leadership role in this research and in the operating committee will be critical to the success in that, just as in the examples of the Navy Seal and Open Source contributor, will the operating committee member be motivated on the basis of what the facility should and could be, and can that attitude be extrapolated across the producer population represented in the operating committee? Dr. Tichy’s book “Managing Strategic Change: Technical, Political and Cultural Dynamics”, will form much of the underlying base of understanding how to introduce the changes this research project presents.

This research reports delivery and implications.

This proposal’s method of research in innovation will be concentrated on the SJOC of those Genesys® clients that subscribe to this research project. The Workplace software facilities will be provided and prepared by Genesys Software Corporation. This research is being facilitated and monitored through Genesys Software Corporation and will form the basis of innovation.

Innovative tools and techniques are for the collective good of Genesys Software Corporation and supporting producers. Copies of all data will be held confidentially and made available, upon request, and review, to ensure the confidentiality. Producers subscribing and sponsoring this research will receive copies of the final report based on the following outline:
  1. Background and executive summary.
  2. Literature search results.
  3. The Genesys® Model of Strategic Innovation.
  4. Generic results of the research. The basis of results will be across at least three producers complete with specific analysis for each sponsoring producers organization.
  5. Managerial implication of this research.
  6. Next steps. Opportunities and issues from this research.
This research should be considered in conjunction with Genesys®, February 2003 ERP proposal and the issues identified therein. It is explicitly stated this research project should lead to the development of an ERP system based on the proposed organizational structure of this research and Genesys®, February 2003 proposal.

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Plurality Technologies Darker Side

Note to Reader. I am publishing the "Plurality" document I frequently refer to in this blog. This will enable searching based on the text within the entire document. The word count is approximately 35,000 words and is provided as background for the discussions.

A number of technology changes have occured since it was originally published in 2004. IBM has chosen not to support this effort, and as a result I am replacing the components of the technology architecture as the opportunities and needs require. We are moving to the Sun strictly for their support of Java, and the synergies of the visions. As I recently noted, Ingress would be the database that we will use. Other then that, I have chosen to host the entire development and operating environment on Sun's Grid and as funds become available we will secure those resources.

References are to the literature noted in the bibliography. So here it is, warts and all. I hope you enjoy it, any and all comments are welcomed and appreciated.


Thank you



Paul Cox



In order to best describe how technology may impact an organization, a summary description of the IBM WebSphere and Workplace technology and toolset is provided. Additionally this paper will describe some relatively everyday technologies have become a greater threat than most people and organizations perceive them to be. Specific examples will be provided illustrating how the impact of a technology, with an associated revised business model, can be disruptive to established businesses and how technological induced change occurs today. Finally this review concludes with a description of a speculative scenario for oil and gas firms that might be triggered by the introduction of the IBM WebSphere or middleware technologies.

Summary of the technologies discussed.

The specific technology that is being contemplated in this research is considered “middleware” and “Web Services” by IBM, the owner and marketer of the products. A better description might be infrastructure. The technology consists of the core products of database and network infrastructure that are standard fare for the corporate enterprise. Additional technologies include Lotus Domino, WebSphere and Lotus Workplace which I will draw particular attention to. Summary descriptions of the particular components that comprise the overall architecture are now discussed.

Lotus Domino

This product is not necessarily new and has been a staple of the IBM product suite for almost 10 years. It is of particular value in managing the Lotus Workplace product and is the “backbone” of that functionality and capability. It is primarily a development environment that enables an organization to cater and accommodate the Workplace tool to meet the unique needs of the users. It is not the most comprehensive technology that is deployed in this overall infrastructure; it is however very unique with no other vendor currently able to offer a similar capability to facilitate the collaboration and integration of the user

WebSphere

WebSphere is IBM’s product offering that falls within the Enterprise Java (J2EE) domain. Consisting of Enterprise Java Beans (EJB’s) that IBM has developed through an army of developers over the past years, WebSphere is sold as core infrastructure to corporations, and / or as Web Services to users requiring specific functionality on demand. WebSphere is IBM’s interpretation and implementation of the concept of software reuse that is one of the founding concepts behind Java.

Developers can access the core functionality and process management of key specific requirements of an application, such as a general ledger, or specific requirements such as web enabled credit card processing. Both of these capabilities are on demand and can be further enhanced with other EJB’s from WebSphere, or developed internally or elsewhere. WebSphere is of the scope and scale of a highly sophisticated ERP system, which is its intended target and purpose.

Key to WebSphere is the Lotus Workplace product that provides for the interactions of the users. This interaction enables the product to tie disparate partners, customers and vendors together and enable them to share data and information under the same process management. Think of WebSphere as Enterprise Resource Planning (ERP) software over several different organizations. WebSphere and Workplace are the two key ingredients of the infrastructure that enable the joint operating committee to be tied together as suggested and introduced in this research.

Lotus Workplace

Workplace is the product suite and toolset that raises concerns for the organization that this research discovered. Workplace was the new name that IBM started calling their Quickplace product suite and is simply a “web enabled” version of Lotus Notes. Its primary difference compared to Notes is that it mitigates the two key issues of a Lotus Notes deployment, the first being the need to have everyone and anyone that you may want to collaborate with, must also have Lotus Notes installed as part of their desktop infrastructure. Many corporations found that the need to deploy Notes in a big bang style of integration caused the costs and complexity of the desktop configuration of Notes to be too much for the value provided.

The second issue regarding Notes was the user generally did not fully understand or appreciate the concepts and capability of the product suite and essentially reduced the system to an email client. One key difference of Workplace is the full ability of its tools to communicate person-to-person, person to process, process to person and process to process. Enabling Workplace to provide an asynchronous process and productivity tool for anyone with the access, understanding and capabilities to use it. Asynchronous communication is critical to effective team efforts. Not every individual needs to be present at the same time. Time to respond and follow a “thread” of thinking over several days which facilitates team participation and effective problem identification and resolution. This asynchronous communication provides each team member with the ability to follow each participant’s contributions to the discussion. Asynchronous communication is a key competitive differentiator of the Athabasca University’s MBA program and is one of the most powerful tools available to organizations. Companies not discussing asynchronously are at a significant disadvantage and will be unable to participate in asynchronous communications, and, asynchronous process management. Astute readers will fully comprehend the previous sentence. Others may not have captured the importance of “asynchronous process management”, and I urge them to attempt to visualize the importance and capability of the concept.

Workplace eliminates the two Lotus Notes related issues of deployment and configuration through its access, and management via the web browser. This web browser access is also where the concern that Lotus Workplace introduces to the organization. Specifically the product has a very insidious nature to it. It can be introduced to a user who needs only a browser. This introduction might be through the management of the company, but it is suspected that the majority of the introductions will take place from outside the management’s involvement and be mostly through other users, corporate partners and customers.

Workplace introduces the virtual ability to conduct activity anywhere, anytime and on any machine with a web browser. This reduces the need for employees to be at their desks in order to complete the work they are responsible for. This facilitates the ability for the team to meet and manage the process, as the process requires, and enabling groups to form and break asynchronously as required and to get the job done in the most efficient manner. If the need exists for physical meetings, they can be coordinated and facilitated through the tool. The value of this technology is best represented in the following analogy to the standard use of a telephone. No longer will your staff need to be at their desks in order to make a business telephone call, and then travel to their home to make a personal phone call.

An additional side and necessary benefit of these tools is intimated in the literature review of Dr. Giovanni Dosi. The further parsing of roles and responsibilities of individuals in order to have the project completed increases in an innovative environment. Workplace facilitates the larger population of users and specialists to actively participate and cross-pollinate their work and efforts more dynamically, and therefore increasing collaborations value.

As stated Workplace is a great tool and all should welcome this quality and functionality of the product. However, understanding users’ propensity to find the path of least resistance the Workplace tool could easily circumvent the entire infrastructure of the corporate IT department. Parsing small bits of processes and functionality out of an Enterprise Resource Planning system can render the data and systems of an organization useless, with the management of the company unaware of its introduction and use. Accelerating this trend over 5% of the company could have an effect that is nightmarish in its scenario in that it would render the entire corporate IT investment redundant by questioning the integrity of the data.

The particular capabilities of the Workplace tools are to facilitate user collaboration asynchronously. If Workplace were limited to that it would be of substantially less concern. Workplace’s critical feature and a key part of IBM product strategy is that it is a front end, or veneer, to all of IBM’s middleware products. DB2, WebSphere and Lotus Domino, which can be invoked and supported through Lotus Workplace. As users become more familiar with the Workplace product they will be introduced to additional capabilities, in the form of management of processes and functionality that could be initially limited to something such as distribution of a common legal or source document such as an invoice. Then, someone who understands the capabilities of Workplace asks a developer to write an Enterprise Java Bean (EJB) to strip the variables from the documents into Extensible Markup Language (XML) and soon you have data being captured by the Workplace tool. It’s not far from here that the concern for the traditional organization begins to become very serious and quite disconcerting.

Is this data required elsewhere, is this the same data consistent with what was reported last time, has this data been reported to the existing systems? Or, is this data critical for the financial reporting requirements, should this data have updated the current ERP system, is this data not being collected elsewhere today but is critical in the future, such as purchaser needing the specific gravity? What are the data requirements of a networked group of companies? What data is being released to our partners, what data is being collected that may be of strategic importance to our competitors? Are we undertaking an unnecessary cost or burden in collecting this data for our partners benefit only? Are our partners cost justifying why they are collecting critical data for our needs, but redundant to theirs? Where has our partner sourced the data that has been provided, is it correct and is it based on industry standards? Has a producer been able to establish their own “standards” and are now charging for the services? Have our partners ERP system been compromised? How is that data calculated in Libya? Is this data from our partner or that new virus, and did that virus infect that other data?

Workplace’s mission critical nature enables these products to achieve an Enterprise Resource Planning system level of capability. This is also from IBM, and not some irrelevant dot-com that may not see the better part of next year. How many competitors are actively considering these tools as their revised ERP environment? How many competitors are planning on introducing Workplace as a strategic and tactical Trojan horse into your organization? Their purpose would be to deter their competition (your organization) from realizing the value associated from its advanced IT infrastructure. Or has that already happened?

It is this potential replacement to the ERP system functionality and process capability that is of concern. IBM finds that the product grows in population like rabbits. It has been this writer’s experience that most of the time it is introduced to the user from outside of the company.
Another key point is, the developments and enhancements are incremental. The big bang implementation has proven to be unsuccessful and Workplace et al fully understand that and have built in incremental changes as part of its product attributes and strategy.

The question for management should be when and where would this product be introduced into the organization? Or, has it already arrived?

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Tuesday, February 14, 2006

Genesys' value proposition.

[Research] [Value proposition]

A key attribute of the Genesys system is its value proposition. How does Genesys get built and improved? How does it provide value to it's users? Will Google and, dare I suggest Genesys, ever stop improving? Will users ever loose the simplicity of use? I'll lead with another question, how does Google earn so much money with out charging users anything? Users are not their source of revenue, as we all know advertising is. The Genesys system has adopted that same principles. It is free for all users no matter how much time or technical resource is needed to support them.

What's a user? Anyone and everyone that has traditionally found employment in an oil and gas firm. Geologists, Geophysicists and Engineers are our primary users, with Accounting, Land and Production people making up the second major type of user, with other user types that I'll discuss later (Legal, Audit, Suppliers).

The short answer is that we "are," and will be charging the oil and gas producers to use this system. The fee, noted elsewhere, is a $1 per year per barrel of oil equivalent. Therefore if a producer has a 25% net interest in a unit producing 1,000 barrels equivalent production per day, the use of Genesys by all the necessary users would cost $250 for the entire year's use. Hence also defining our potential maximum revenue from levee's at $120 million per year based on the $1 example.

Effective January 1, 2006 we are levying this fee. Therefore if in 2008, a producer signing on to the Genesys system for the first time will be required to pay the levy for 2006, 2007 and 2008.

We also have the need for donations to start the development process. These costs are above the fees per barrel to the producers. The system accepts any and all methods of payment just by clicking on the PayPal button. Costs are identified in the monthly reporting process started on February 2, 2006 here.

Although the number of variables and the current flexibility of our approach makes it difficult to be precise as to the costs of development. It is fair to say that the cost estimate I prepared three years ago of $70 - 85 million dollars is representative of the need. These costs would have declined over these past three years, however, they may have also increased due to the current global scope of the applications reach vs. exclusively the Canadian market as originally costed.

Monday, February 13, 2006

The innovation land rush...

After 12 years in this business, apparently every dog does have its day. The title of this entry will take you to an article from Forbes Innovation. There they are talking about the Innovation land rush, noting the parallel to the gold rush. Its short and I think accurate. Accurate from the point of view in regard to oil and gas innovation, Genesys is it.

Sunday, February 12, 2006

Leadership...

[Leadership] [MIT]

Another topic that everyone understands but is extremely difficult to quantify. The MIT videos are breathtaking and this one is the finest to date. A leadership forum of the following four individuals.

  • Rosalind Williams, The Robert M. Metcalfe Professor of Writing, Director, Program in Science, Technology and Society.
  • Robert S. Langer, Institute Professor and Kenneth J. Germeshausen Professor of Chemical and Biomedical Engineering, 2002 Draper Prize Award Recipient.
  • Robert Metcalfe, General Partner, Polaris Venture Partners, Inventor of Ethernet, Founder of 3Com Corporation.
  • Phillip A. Sharp, Institute Professor, Founding Director McGovern Institute for Brain Research, Founder of Genentech, Nobel Laureate in Medicine 1993.
A truly impressive group talking about leadership in a complex technology driven world. This is a must see for all, no question. I will only highlight the points that they make of what a leader is.

Necessities of Leadership
  • Raised the concept waging war, and the courage to wage the battle.
  • Management is not Leadership
  • Willing to be obnoxious
  • The enemy in the war is the status quo.
  • Status quo does not want to be innovative.
  • Learning to schmooz.
  • Integrity, live it, do it.
  • Joy in excellence.
  • Effective at establishing goals and objectives.
  • The role of a prime mover is required, so I'll (the leader) volunteer for the job.
  • Persevering, not giving up.
  • That it helps to be intelligent.
  • Can draw on sources of strength and power.
  • A taste for the first rate.
  • Broad interest.
  • Strong writing and other communicative skills.
  • A strong tie in to the world of sports.
  • Choosing to do it.
I don't think that I have seen a more comprehensive and valuable list of the attributes of a leader.

Saturday, February 11, 2006

A thought about...

[Organization] [Files]

Had a thought today about the manner in which an oil and gas company will file all the electronic versions of their information. Also thought that since the use of electronic files would probably reach 95% of all documents, it was an important thought.

Filing of the land, accounting, production, engineering, legal, financial, email conversations, text, voice, video, JPEG, .pdf, or in other words any and all file types, existing or to be developed. Containing all manner of well logs, contracts, vouchers, legal agreements, accounting procedures, land operating procedures, construction ownership and operating agreements, mail ballots, afe's, I think you get the point, everything consisting of all types of files.

And store them by Joint Operating Committee as the root of each directory.

So if I want to review the recent log results of the step out wells drilled in the xyz unit, I think I'd be able to find that in about two seconds, maybe three.

The Joint Operating Committee is not just the natural way of organizing a company, but the files associated with them as well. With the security infrastructure that I talked about here, these encrypted, domain based, access controlled, files would only be accessible and readable by any employee of the companies affiliated with that Joint Operating Committee. This Genesys system just keeps getting easier.

Friday, February 10, 2006

Two types of workers and work...

[Opinion]

I must apologize for where I heard this, it was on the Internet or some other electronic media and I can not find it on google. But there is a saying that sticks in my brain about the current situation the global economy is in.

The saying

  • "In the very near future there will be two types of people, those that do the work that the computers can not do, and those that do the work to make the computers do the work that computers do."
  • (unkown)
I can not state how much I feel that this is going to be very valid in the near future. Many people have avoided the use of technology since the dot com meltdown, those that had the aptitude and orientation to this type of computer work pursued it almost in silence it seems. Now, I think it might be too late to learn the concepts that have been established and built upon in these short years.

I also would not want to operate within a competitive landscape of 5+ Billion other manual laborers looking for work.

Thursday, February 09, 2006

Research

One of the most interesting and difficult attributes of this blog, both as a reader and writer, is the broad scope of the information contained within the topics covered. Research is one of my favorite activities and something that needs to be discussed in order to bring all the issues up before the development of the actual Genesys code begins. I am also attempting to appeal to the engineering and earth sciences to show there is a better way.

Dr. Jurgen Habermas developed the Theory of Communicative Action and Discourse Ethics. A good summary if you can stay awake is located here. What I understand from these theories is as follows. That research takes place only in the areas that forces such as society, economics and people influence it. Pure research is really driven by agenda's that are consistent with the needs of society, economics and people.

The purpose of this entry is to apply the theories that I use to support the thinking that systems developments define and constrain (Giddens & Orlikowski) organizations. It is therefore easy to change the oil and gas industries innovative performance. All that is required is the systems be developed to define the organization. I have selected the organizational focus around the joint operating committee (JOC) in order to align the accountability of the hierarchy with the legal, financial, cultural, and operational decision making frameworks that reside with the JOC.

This innovative oil and gas theory is based on a variety of others theories and has significant support from those. This entry will list those authors and their theories and is intended to introduce these here now and for future discussion. And as Habermas' theories denote, I have a bias and agenda to ensure these theories are fulfilled.

If there are any additional topics or areas of interest that you feel should be raised, please join in and will add them to this extensive list of topics.

  • John Nash
  • The unauthorized biography of Dr. John Nash brought fame and recognition in the movie a "A beautiful Mind" by Sylvia Nasar. The movie and book provide excellent entertainment and also provide a sound understanding of the "Nash equilibrium." Dr. Nash was the first to receive the Nobel prize for economics in the category of "Game Theory" ISBN 0684853701
  • Thomas C. Schelling
  • Dr. Schelling is the Nobel prize winner in 2005 in economics, also in the category of game theory. Dr. Schelling has been key in forming the development of the strategy of conflict. The book he wrote in 1960, "The Strategy of Conflict" which makes for a great handbook on this key attribute of a leaders toolbox. ISBN 0674840313
  • Giovanni Dosi
  • One of the finest and most respected leaders in the area of innovation. Dr. Dosi has written many excellent articles that identifies the process' of innovation, that are measurable and reproducible. Dr. Giovanni Dosi's landmark 1988 paper "Sources, Procedures and Microeconomic Effects of Innovation". This was the main document of my "Plurality should not be assumed, without necessity" Masters thesis, and the source of the thinking behind what an innovative oil and gas producer will be. Dosi sets himself apart from the rest with his writings and books. Based in Europe he is not heard of much in North America. I highly recommend sourcing his works. Anyone interested in reading my application of Dosi's theories can email me for a .pdf of my "Plurality" document.
  • Anthony Giddens
  • Dr. Giddens wrote the "Constitutions of Society", the Theory of Structuration in 1984. This theory documents that societies, people and organizations need to progress together, without the consistent movement of all three, failure will occur. In my thesis I suggested that people and society have moved as a result of technology, and organizations based on the hierarchy have failed to keep pace. The need for change or failure are the two options. This blog is about taking the change option. Dr. Giddens is now a trusted advisor to British Prime Minister Tony Blair.
  • Wanda Orlikowski
  • Dr. Orlikowski builds on Dr. Giddens theory with a "Model of Technology Structuration" in her document "The duality of technology : rethinking the concept of technology in organizations. Most of Dr. Orlikowski's work centers on collaborative environments that existed in the 1990's, that being Lotus Notes. (This document is available at the link of her name). These are published on DSpace a joint venture between MIT and Hewlett Packard and available to anyone. She also introduces the motivational and cognitive paradox as constraints.
  • John Seely Brown and John Hagel
  • on the organizational and business implications of moving to the paradigm of the web services model and its disruptive application. Dr. Brown was the head of the famed Xerox PARC and Hagel was a Mckinsey consultant. Their understanding of these topics is very strong and are leaders in many of the business areas regarding web services.
Oxford, MIT and Stanford have all released major portions of their intellectual property on the Internet for public consumption. I highly recommend these areas of excellent search and discovery. As I stated earlier, if there is any other items that may be of interest to the many readers, please indicate so.

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Monday, February 06, 2006

Update to technical change entry.

[Database] [Technology]

Today Ingres announced some major additions to their team. It is as a result of these and the quality of the technology that they support that I will be making another technology change in moving from Oracle to Ingres and not to IBM DB2 as previously stated.

The cost to use the system will be lower and Ingres' open source database will be able to grow with no other constraints then relational theory.

My apologies for not fully evaluating the change from Oracle, it will not happen again.

Dr. Lester Thurow, and blogs...

[Research] [Innovation]

I watched another excellent MIT video, this one by the prominent economist and former Dean of MIT, Dr. Lester Thurow. In his discussion of China, he made mention of an interesting situation that caused me to reflect on this project and the significance of this, and for that matter all, blogs. I will follow up on some of the other points in his discussion in another entry, I just wanted to get this one specific point out right away.

He states with respect to China, that its government is able to undertake 2 to 3 "big" things. But what the government has lost is the ability to do is the 1,000's of things that need to be done, or should have been done. Denoting that over time the central government is loosing its influence and control.

I find that, from my point of view, this mirrors the situation with the corporate hierarchies in oil and gas. Many things need to be done that are not being done because the industries corporate hierarchical structure is unable to identify or deal with all the many points that need to be covered. The budgetary process, command and control are to a large extent, getting in the way. The ability to do just enough to replace their production is becoming more evident. Ultimately leading to a situation where its a slow and steady decline of their existing business models.

Dr. Thurow notes the situation where the Chinese government was unaware of any developments in a remote area until such time as a major airport became operational and was putting planes in the air. Not until these planes showed up on radar did the Central Chinese government know of the airport.

It may be controversial to suggest that the oil and gas firms are unaware of significant developments within their domain of command and control. Like the Chinese communist government, companies are able to do two or three big oil sands developments, however, at what point in time does the proverbial hamster prove that it is unable to run any faster. This will happen and the failure of these organizations, and communism in China, is imminent. Only after their total failure will they concede this point.

An alternative solution needs to be arranged. That is the purpose of this blog. To take up the effort of the several thousand "other" things. Groups of individuals working to provide the marketplace with the energy they need to compete and to fuel their economies. This alternate method of organization and system developments here will provide more people with more choices to continue to work long after the traditional corporate organizations have ceased to provide any economic value.

To me this raises a number of questions, where do we want to be, where do we need to be, where will we all fit into this revised system? We should not wait until the failure of these organizations is in the past tense. As I have mentioned before, my role as head of the revolution is becoming more familiar and down right comfortable, and there is lots of room for everyone.

Sunday, February 05, 2006

Playing in the sandbox...

[Tools] [Technology] [Vision]

If you don't like technology and I can understand most people's concerns, please read on as this is directed at the audience of this blog, the engineers and earth scientists of the oil and gas industry. I believe that what has happened in the past 3 to 4 years is approximately equivalent of the Internet in its impact and effect on everything. This weekend I had the opportunity to download both NetBeans 5.0 and Creator 2 from Sun Microsystems.

The Internet has flattened the earth and provided an infrastructure for communications, transportation (or the lack of unnecessary transportation) and methods of financing that are new and innovative. An increase in any one of the three components will expand economic activity. Clearly the Internet has begun to expand the global economy. Taken in the context of the technology vision that I have stated here, lets build on that from a tool point of view.
Java objects inherit from the hierarchy of objects, starting with the top level object, that being oddly enough "Object". What has happened in the past 10 years is a series of objects have been built to provide capabilities for the language to deal with much of what is required. Most of this code has now been codified and available free with the overall Java infrastructure. Now with these Java tools most of everything that can be imagined, can be built. It's like Lego. Apache has been a cornerstone of the open source movement and Java is its language. What can be done with Apache and Java is literally anything.

Over the past 4 years the open source movement came to Java development tools. IBM started it with Eclipse and Sun joined in with NetBeans, Java Studio Creator and Java Studio Enterprise. State of the art tools that used to cost upwards of $10,000 can be had for $0.00. The quality fit and finish are amazing.

Others have joined in by bringing specialized tools that provide services to the main Integrated Development Environments (IDE's) that augment the overall Java environment. Tools like Apache Maven, W3C's Amaya, and Stanford Medical's Protoge to name just a few. All of these parties have been absolutely out doing themselves in an overheated competitive knock em down, drag em out slugfest.

This point is critical. If everyone has access to the language and everyone can use the language, then these IDE's are the equivalent of providing a printing press for each and every person that dares to challenge their imagination. In terms of speed that at which this is happening, it is truly frightening! Frightening when you consider the ability to have each individual with the equivalent of a printing press was only achieved in the past 5 years by way of the Internet!

These tools bring the complexity of the Java environment and infrastructure to anyone with an Internet connection. These tools are being used in ways that are truly breathtaking, automation of human thought is not only possible, its being done. As the imaginations of scientists and engineers find these tools, history will be made.

So grab a tool and learn Java. Dr. Gosling's little invention is hitting its stride and releasing the collective understanding of six billion people. I highly recommend that novices use Java Studio Creator 2. Its all that you need. Taking the Java Server Pages and Java Server Faces technology to its ultimate implementation. The tools comes with a built in Java EE server, free, and a database as part of the IDE. Making the entire development model available for anyone.

This entry is so very important for the users of the Genesys system being built here. The world of the information technology developer has disappeared. Drawing a strong analogy to the distribution of the English language, if everyone still required scientists to read and write for those that couldn't, it would have been a pretty bleak world.

A parallel situation has occurred. The technology people that I see in corporate America have been selling Windows related products for so long, they think they can continue the scam for as long as their careers will last. Anyone that is worth their weight in gold has moved to the open source environment and are providing a break from the Microsoft facade. They expect the user to pick these tools up and use them. I am not alone in my encouragement here. They have their own ideas and are implementing them. They do not want to be servicing users most basic of needs.

I also draw a strong analogy to the GUI. Not many users have to drop down into the command line to operate a computer. Those that can are aptly rewarded, but use of a computer requires most users with the ability to just point and click. The IDE is the same point as the GUI was 15 years ago.

These IDE's are not the domain of "technologists." The English language has not been the domain of the all powerful word scribes. Are the IDE's as important as the English language? Yes. And therefore need to be a part of vocabulary and toolbox of anyone and everyone. We can't not progress any further with translators. They have more interesting work to do, and so does everyone else.

The need to have people literate in these tools and languages cuts down on the time to have the collective imaginations fulfilled. The user can prototype their concepts in Creator, publish them in this environment we are creating here, and have someone more capable with the code and tools develop and build a better Genesys system. This environment of learning, building off each others ideas can lead to many discoveries, but we have to get rid of some of these technologist labels that we have come up with in the past few years.

The smartest developers that I have met are usually well educated in another area, particularly pure math. Stanford Medical's Protoge tool is as a result of the PhD's needs. So they built it themselves.

We're all working together, sharing and building. So grab a tool and build a sandbox for yourself. In no time we will begin to have this environment producing some spectacular systems that'll enable the work in the oil and gas industry to be fun, I guarantee it. Your imagination and the automation of thought is waiting. Where this will lead is up to you. My favorite place to learn about the Java language is here. Dive in the water is fine.

Saturday, February 04, 2006

A change in the format of this blog.

[categorization]

The experiment of this blog appears to me to be working. One thing that is very obvious is the scope of topics covers pretty much anything and everything from an oil and gas point of view. The variety of topics are as diverse and varied as the following list.

  • Information Technology Management.
  • Oil and gas, geological, engineering, geophysics, and physics.
  • Accounting
  • Innovation
  • Management
  • Academics
  • Tools and programming languages.
Therefore from now on I will be putting the general category of the entry will fall under in [brackets] just under the title. This will enable users with the ability to better conduct searching and sorting of the various categories in the future.

"Partnership Accounting", part I...

Traditionally the Chairman of the Joint Operating Committee's operated the joint account much like a limited partner would. In the past the company that the Chairman represented would have built up the capability to manage the joint assets effectively with the help of a few key suppliers. As operator it was predominately up to them to implement the budget and programs that was agreed to amongst the other non-operating partners.

In the future, I believe, contributions of the engineering and geological expertise residing within all of the organizations represented by the joint operating committee will need to be called upon due to the complexity of the operations and advances in the sciences. The shortfall in human resources will be the secondary reason that each producer will actively participate. It has become progressively more difficult for a producer to have the internal capability to conduct all the operations they as operators of the joint operating committees are required to complete. This will only expand as the exploration focus becomes more predominate in oil and gas.

It is also necessary to ask, is it worthwhile to have essentially duplicate, non-cooperating and non-collaborating technical capabilities developed to this level within each company? Would a looser coupling of qualified capabilities, assembled and disassembled self organizing teams for each specific technical task be possible? What type of enterprise, business oriented software would be required to support that type of team? That is the question that needs to be asked here, and it is not the specific solution that I am suggesting here, only to highlight one of the many issues that need to be addressed in developing this software.

The key component of the system will be the ability to represent the understandings and operations of the engineering and geological team as they conduct those operations. That each producer is able to subsequently account for the joint transactions based on their individual policies and standards. This includes the differing international accounting standards, FASB, SEC and other regulating bodies of the accounting world.

I can assure you that the ability to follow the business has been a traditionally difficult area of accounting. Geologists and engineers are very creative deal makers when left to their own devices. This has created accounting issues that have caused more problems then they are worth. The inexperience of the accounting staff to represent the deal within the constraints of the accounting system is the problem, in my experience. I believe fundamentally that the self organizing technical teams, and creative deal making are all part of an innovative producer, and the accounting system should accommodate that flexibility.

I also believe that anything that can be represented mathematically could and should be adopted within the accounting system. That a system built exclusively by oil and gas people for oil and gas people to be used on oil and gas operations is something that has never been undertaken before. SAP was built to handle complex supply chains, primarily in manufacturing settings, in my opinion it has no purpose in an oil and gas setting.

The issue therefore comes down to partnership accounting. A well defined area of accounting with its own unique and special issues. Issues that are consistent with those being addressed here for oil and gas producers.

For the purposes of this entry I am going to introduce the main issues, which I have done, and the detail that supports some of the aspects of the solution and requirements. This "Partnership Accounting" section will be visited as time passes in order to enable the full discussion of this issue. Here are some of the components of the differences between the partnership accounting and traditional accounting as we know it today;

  • Accounting for capital and operating costs sourced from suppliers would remain mostly the same.
  • Contributions made by the staff of a producer needs to be costed and added to the joint account.
  • This is done for the field staff, what about the head office staff?
  • As opposed to overhead allowances, a means of capturing these costs in the charge out rates of the field and head office staff? What about the costs of capital?
  • Contributions made by many of the producers that are traditionally designated as "non-operator."
  • Partners being equally active and contributing time, effort, intellectual property and capital, probably in a disproportionate amount compared to their interest.
The last point that I will make here is the issue of how freelance workers is recorded and compensated. Ideally having a collaborative work order system to deal with the potentially large volumes of people that work within a joint account. For example, how many employees are currently active in each joint account today?

These people are the highly specialized engineers and geologists that I noted in an another entry. Referring to the fact that their specializations required them to work for a large number of producers, representing many joint operating committees, having their own special suppliers and working on 100's of wells per year. These are also needed to be addressed in this discussion.

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Friday, February 03, 2006

Dr. Thomas W. Malone, the Patrick J. McGovern Professor of Management, MIT Sloan School of Management

Another MIT video that provides direct support for the concepts put forward through this blog. Dr. Malone's presentation talks about how new technologies and management that will change how work is organized. Again, I highly recommend that you view this video. Dr. Malone has also published a book entitled "The Future of Work" with an even stronger subtitle of "How the new order of business will shape your organization, your management style and your life." (ISBN 1591391253)

Starting off the presentation of how organizations change by highlighting the significance of both Wikipedia and eBay. Both of these organize large numbers of people toward similar goals. Dr Malone frames his discussion in the historical references of organizational progress.

  • Hunting and gathering through informal organizational structures such as bands.
  • As civilization began to evolve the rise of societies, emperors and kings.
  • Finally democracies being the most successful form of large organizations to date.
Attributing these organizational developments to one single factor, the declining cost of communications. Dr. Malone draws a strong analogy to the ability of the Internet to make corporate organizations transcend the constraints of societies, emperors and kings. Noting that both eBay and Wikipedia are democracies.

One fundamental change that is different from the manner in which societies progressed is the time factor. What took centuries and significant discoveries, like language and the printing press, to enable the ultimate evolution to democracy is happening to business very quickly.

People are ultimately driven by creativity, flexibility and the enjoyment of the work they do. These are the forces behind the move away from a centralized hierarchy, to support a decentralized, or as I would term asynchronous, manner of work. Dr. Malone suggest this transformation to decentralization also has phases which he describes as;
  • Loose Hierarchies (Past)
  • Moving to democracies where actual voting is conducted (Present or immediate future).
  • Markets being the ultimate form of organization where each individual is in control of their domain. (Future).
Dr. Malone moves on to the management style necessary for this transformation. The old way of command and control, naturally, are out. He suggests that co-ordinate and cultivate are the two manners of management style needed in the present and future tense. This reflecting how well blogs are able to informally organize the solutions.

Noting that the overall efficiencies of each method expand from 30% in the past to 100% in the future. On the basis of that factor alone, oil and gas firms should embrace this blogs proposed form of organization, the joint operating committee, and fund these software developments through the PayPal system that has been established.

Finally Dr. Malone notes that individuals need to learn to listen to their inner voice. To understand these changes and move with them.

A personal observation of mine that I attribute to this entire process, is the volume of sick days taken for the classic "mental health day". I have to say that it appears from the outside to be an epidemic, that the command and control are powerless to deal with. I recommend that everyone take another sick day, and spend their time reading this blog and the valuable MIT video site. Start getting in touch with your inner voice as Dr. Malone says. If you don't work in oil and gas, take the day off anyways.

After all what can the organizations do?

Thursday, February 02, 2006

January Business Report

I will be preparing monthly reports for the accounting of this project. These entries will consist of three or four components comprised of monies raised, contributors, budgeted items, wish lists, project deadlines and the status of those deadlines.

The objective of this months report is to start the development process with some tools and infrastructure.

    • Revenue to date: $0.00

February 1, 2006 budget items. (All costs are in U.S. dollars and include a 33% premium for the development copyright fee.)

    • Sun Grid The first thing we need is a home for the code. The grid provides everything we need in this instance, and the Grid that I selected was Sun's. At $1 per processor hour, a very affordable way to secure the resources we need. I think that our first years requirements would be amply satisfied with 10,000 hours of processing for the remainder of 2006 calendar year. Total requirement = $13,300
    • PPDM (Public Petroleum Data Model) Makes our development life a little easier through a standard database model. Fortunately we have projected revenues of < $1 million, therefore, our fees for membership to access the data model are small. Total requirement = $750
    • DB2 database and part time DBA, Total requirements = $57,500.
    • Collabnet. I would like to have a generous budget for this critical tool. Provides the code management, community process, project management and issue management. Budget includes tools, appropriate setup and consulting services. Total requirements = $34,500
    • General and Administrative costs, January to June 2006 Total requirements = $69,000
    • Membership in W3C Total requirements = $8,500
          • Total Capital and Operating costs... $182,750
Notes:
  • Sponsor commitments, producer commitments, user commitments are all accepted.
  • Please recall that this community is and will be supported by the producers. Based on a $ assessment per barrel of oil.
  • For 2006 the assessment was fixed at $1 per boe per day per year.
  • A company such as Encana in Canada would therefore be expected to support the community to the tune of $700,000 for the 2006 calendar year.
  • These budgets are being proposed as a pay as you go basis for 2006 to support the community and ensure the community develops in the manner that is expected.
  • Your donations are greatly appreciated, no donations means no work is being done.

Wednesday, February 01, 2006

A technical change...

I am going to move from Oracle as the underlying database. A number of factors have contributed to this decision.

First IBM's DB2 now has a free open source version of their DB2 offering. Although restricted in terms of the number of processors that are usable, the solution is free until such time as we probably need a commercial or deployment version.

Second I spent the painful day of attending an Oracle "architects" presentation. These people should seriously look at their offerings, people and purpose in life. Oracle is a company that has seriously lost their way. Sell the stock and warn the neighbors.

One of the determining factors in moving away from Oracle is their Business Processing Language or BPEL. This is the XML ontology that I have been discussing here for the last couple of entries. They are recommending to their clients that the business logic needs to be captured at this level. This requiring a rewrite of the business logic that was initially written in the database, then in Java and now in XML. I don't think so.

This is a poor attempt to have the clients locked into the Oracle XML ontology. The database is no longer a competitive differentiation. They can't differentiate themselves on the Java platform, that's Sun's technology, and now with the majority of the also ran solutions under Oracle Fusion middleware, the firms hold in the technology marketplace is the ability to keep developers and users busily locked into writing XML. Nuts. I am surprised that a company of this size would attempt such a transparent real estate grab. Shame on Larry Ellison, he should know better, as should I.

Tuesday, January 31, 2006

Dr. Rebecca Henderson on soft standards.

Another MIT Video. This one presented by Dr. Rebecca Henderson, MIT's Eastman Kodak professor. She prepared an excellent paper "The Next Tech Boom" in 2002 that I referred to in my Plurality, May 2004 document. If you can source her document, I would highly recommend it in combination with this presentation.

Dr. Henderson's presentation talks about the open standards vs. closed proprietary systems or soft standards. Answering why the push for public open standards, and why most markets have, or will, move toward public open standards. This is a particularly interesting discussion when taken in the context of the open source software development models.

Of particular interest, the XML ontology or metadata for the Genesys portal will be a private open standard on a basis that is derived by, and similar to that of the Java programming language and its associated community and environment.

Pros and Cons of open standards.

Here in Canada many of the government initiatives have embraced "open standards" over the history of the oil and gas industry. This openness provides an understanding of the value of open standards and their commercial application, but mostly it's benefits in terms of competitiveness.

Oil and gas wells drilled in the province of Alberta are the commercial interests of the individual oil and gas producers. The information regarding the well that has been drilled is publicly available. The data contained within this information is comprised of the work completed down-hole, access to the engineering methods that were used are public domain. When a well is classified as an exploration well, it can obtain tight hole status for a reasonable amount of time after rig release, to ensure that no valuable secrets are disclosed to soon. For the majority of the development wells, I can review the methods of completion, the footage drilled, casing set and all manner of data and information about what was done down-hole. I can also review the production, its history, on a consistent and updated monthly basis.

What I am discussing in this entry is an extension of these concepts and associated data models of a producer. Note we are talking about data models and ontologies, not actual data, that remains proprietary and is never published.

It is my understanding that in other regions, the information is unknown by anyone other then the producer and the government of the jurisdiction the well was drilled in. Has this provided any benefit to the producers that operate in the "open standards" of Alberta? I think it has, and as a result much of the associated risk in drilling within a certain region can be mitigated by the amount of public domain information. Learning from others mistakes, building off what was successful in the past and being innovative are easier with the availability of this information.

The access to this public information has sponsored a less secretive mindset in the culture of Alberta vs. what operators in other countries experience. Many American firms have come to Canada's oil and gas industry to determine how this fundamentally different system operates. Of note, many of the foreign firms fail!

So open standards do not on themselves provide the ultimate competitive manner of operations. It helps, and I have to say that the amount of information that is shared in the engineering and geo technical areas are always subject to, and will be so in the future, a vale of secrecy. The amount of sharing in the Genesys portal environment will require a higher level of collaboration then what is currently done, that is a given.

Future competitiveness will not reside on what one individual or producer can do, but on the basis of what a cluster of companies can do in order to attain greater reserves and deliverability. There is too much information and specialization in the sciences of engineering, geology and physics to keep ones cards to close to the vest.

These changes are cultural and the industry needs to understand that there really is not too much value in maintaining a secretive position. As much as we need to progress in terms of our innovation based on the science, we have to deal with this cultural issue of sharing of information.

It is ironic to me, that to a large extent the majority of the oil and gas industries technical advances are not learned through the organizations where the scientist works. Most of the discoveries are learned through the associations within the industry, journals and word of mouth. Little outside the manner of how the process of drilling and completion within the firm is learned within the firm. The majority of what is learned is how to get the things you want to do in the "business" environment of the organization.

It is this business environment that needs to change. The copyright act only provides authors protection for works that are published. A secret is useless to any scientific discovery. The journals that are used for peer review and publication are used by the scientists to attach the copyright to the overall concepts developed. Firms that have unique methods of discovering oil and gas should also realize for anyone to copy their methods, overall they will learn very little. This cultural secretiveness is counterproductive to the future of the oil and gas innovations and needs to change. It is the business environment that holds on to these myths and the business environment that has to change. The scientific community has been at the forefront of copyright law since its beginning. The freedom to access others concepts provides the real scientific discoveries today.

One of the immediate advantages of the commercial open standards is the different competitive offerings can inter-operate effectively. Although I can foresee the entire energy industry using the Genesys system, the reality is that other systems, based on different organizational models will be developed. Producers using either system need to inter-operate in this new scientific frontier. The need for the commercial system to understand the information in other systems is critical to the overall progress of the industry. Sharing within the scientific communities is not a cultural issue, I don't think, as much as it is a business requirement. Scientists are well attuned to the value of sharing of information, it is the business people that need to learn the value of scientific sharing. Hopefully the Genesys system will be the beginning of the understanding and application of this concept. Otherwise both this system and / or the industry may fail. These failures not necessarily being mutually exclusive.

Dr. Henderson notes that one of the things that Moores law is making possible is the transactions and interactions can maintain their uniqueness, yet still maintain elements of commoditization. Operating in the future will require a somewhat "standard" means of interaction from a business point of view.

To discuss this point further I want to put the topic in the context of how I see the future oil and gas worker. An engineer logs into the Genesys portal, and is available for work on one of many of the open projects she is responsible for. The interaction volumes are tremendous. Operating for a variety of producers the engineer has specialized in completions of Viking sand formations in southern Alberta. Working for the majority of the producers that operate in the region and zone, the engineer has been able to successfully develop her own capability of completing the well's more successfully then others. Working for over 50 different producers and operators, the engineer is able to access the information on over 200 joint operating committees, representing almost 1,000 wells. The hand picked group of service companies are familiar with the engineers methods and have also specialized in servicing these completion concepts throughout the province.

This volume of theoretical interactions needs to be managed as effectively as possible. How, with the current demand for drilling activity necessary to sustain the production deliverability, is the engineer able to communicate effectively with all the producers, suppliers and others in this environment without standards. If the expectation that the need to alter the methods in order to meet the needs of one special producer, the requirements of dealing with one exception has created the proverbial stick, and has broken the first of many spokes. All efficiencies are lost due to the inability of one producer to be on the standard. Dare we begin to discuss the implications of non business standards within the renewed focus on exploration?

When standardized, the scope of interactions grow exponentially. This was noted in Sir Tim Berners-Lee's discussion on MIT video. As I also stated in my earlier entry entitled Sir Tim Berners-Lee, I will license the ontology, or metadata, of the interactions and make the standard open. This will ensure that all competitive parties will be available and able to interact with the Genesys system.

Private ownership of the standard is maybe an unforeseen consequence of copyright law. I certainly am not going to renounce the copyright or do what many would assert as the "right" thing to have the ontology as a standard. I have spent to much time and money, and the costs are too high, both past and prospectively, to take that road. However, as I mentioned in the Berners-Lee entry, I am not a troll and the license will provide the effective "public" face on this private standard. Openness of the ontology and the source code are not debatable. Access will be provided for security and most importantly for standardization of the XML metadata, this will be done.

The efficiencies of doing this are financial as well. For Genesys to be the focal point of the W3C standard reduces the industries costs of membership to the W3C. As the soon to be released monthly budget and wish list note, the $6,500 cost of basic membership is realized by each of the producers.

Both Java and Genesys are open private standards that are modeled on the Java programming languages environment. Encouragement of the ecosystem, embracing and extending public standards is the Genesys business model being used here. I will ensure that any user of this system can innovate on the engineering and earth sciences, as a business oriented system that is our key competitive strategy.

Having an open and public standard does not eliminate our competition, based on other organizational structures, from interacting in these data items. In fact it would actively encourage the different competitive offerings to interact on the data producers data elements. It also doesn't in any way permit an encumbrance against the copyright that I have earned.

Some of the other highlights and take-aways of the presentation that should be noted are as follows.

Exploring Soft (private) Standards:

  • A "soft" standard is a specification that is completely compatible with current public standards but offers enhanced functionality and performance. What is stated here is workable and functional and largely irrelevant regarding ownership of the standard as far as a producer is concerned.
  • It offers customers the security of knowing that they have avoided being "locked in" and an upgrade path to the public standard exists. Achieving the similar objectives from the producers point of view, without the need for me to "give up" anything.
  • Making available the functionality and performance of a more finely "tuned" technology. Someone, Genesys in this instance, will have the power and authority to act in the best interests of the industries metadata needs.
  • It may permit significant premium pricing and the generation of customer loyalty :-).
Summary
  • The move from "product" to "system" competitions raises both strategic and organizational issues. Addressed in the proposed solution of the Joint Operating Committee.
  • And increases the force behind the push for open standards.
  • Not all markets tip: but as network effects (connectivity, complementary services, tools, product) become more important, more and more will.
  • Fortunately there are ways to make money in an open world - either through "complementary assets" or through "soft" standards.
  • Everyone wins.