Showing posts with label development. Show all posts
Showing posts with label development. Show all posts

Friday, June 25, 2010

Scope of the Preliminary Specification

We have therefore established January 1, 2011 as the commencement of the development of the Preliminary Specification. What does this involve and what are the objectives of the specification? This post will provide a general outline of the work that will be done during 2011.

Firstly we should establish what a “collaboration” is. In many instances the terms collaboration and consensus get confused. I see these as two distinctly separate terms. What I feel happens is a group will define what a consensus is by determining what the majority will agree to. On the other hand, a collaboration is the hard work of determining what is the optimal solution. Collaboration is a process that achieves breakthroughs and discoveries.

The Preliminary Specification is a consensus of the producer community. It is important to have the input of subscribing producers to define the overall scope of the application. If a producer has operations in the Gulf of Mexico, extensive NGL or heavy oil operations they should ensure that the Preliminary Specification’s scope captures those requirements. If they don’t actively participate to define their needs within the application, at the commencement of this development, it will be significantly more difficult to assert their needs in subsequent iterations of the development.

The Preliminary Specification is a collaboration of the end user community. These are the people who will need to use the application. They are the best resource to define the application process and functionality that they need to do their jobs. It is their tacit knowledge that is and will be employed in the oil and gas industry. Tacit knowledge can not be captured and employed by computer systems. What users can do is build the software tools they need to deploy their tacit knowledge. Collaborating to define and discover what tools would work best is therefore their responsibility. No one else can do this critical definition for the user community.

The Preliminary Specification is a collaboration of the Community of Independent Service Providers (CISP). This group of individuals, teams and firms are the glue that holds the developers and the users together. They are resources that provide the users with the delivery of their software tools.

The Preliminary Specification has been previously defined as 100 People years of effort. The population of users, producers and CISP participants in making up this 100 People years is very large. In the several thousands. The larger the participation, the better the output of the specification will be. In essence we are trying to capture as many of the ideas that are available in the various communities, the needs of the producers, determining which are the breakthrough discoveries and settling on a scope of functionality of the application. A quotation of Version One defines this as breadth of the application.

To effectively deal with scope on an Agile project, specifications must be considered in two dimensions: breadth first and then depth. It is essential that we understand the breadth of what we want to build early in the project. Dealing with the breadth of the solution helps the team understand scope and cost and will facilitate estimating and release planning. The breadth of a project begins to frame the boundaries of the project and helps to manage the organization’s expectations. Looking at the breadth of the requirements is a much smaller investment of time and resources than dealing with the entire depth. The details are most likely to evolve as we progress through the project so defining them early has less value.
The two constraints placed on the Preliminary Specification are they must use the Draft Specification as it's starting point and be focused exclusively on the business of oil and gas. Technology is not part of this specifications deliverable. The depth of the application will be determined during the Detailed Specification.

Society is put in peril when world oil production declines. There is evidence that the world's oil production has declined. Therefore the world needs to have the energy industry expand its production. To do so requires that we reorganize to enhance the division of labor and specialization within the industry. As has been proven, this reorganization could achieve far greater oil and gas production. Management of the industry is conflicted in expanding the output of the industry. The less they do, the higher the oil and gas prices and the better they appear to perform. This managerial conflict must be addressed and the performance of the industry unleashed. To do so requires the current management of the industry to fund People, Ideas & Objects and build the systems as defined in the Draft Specification. Please join me here.

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Wednesday, June 23, 2010

Start Date

It might be reasonable to establish a start date in which we could look forward to beginning the next step in our developments. That being the development of the Preliminary Specification. Therefore, you should mark your calendars for January 1, 2011. That is when the development of the Preliminary Specification will begin. People who are interested in becoming members of the Community of Independent Service Providers (CISP), and participate directly in the Preliminary Specification, should begin the development of your proposal as soon as possible. We will begin accepting applications August 31, 2010.  


It would be ideal to have as many people as possible involved in the development of the Preliminary Specification. Therefore, special emphasis should be placed on the marketing aspects of your proposal, as all the other CISP members, users and producers will be able to view the wiki, where they are stored with the specifications deliverables, starting January 31, 2011. Users and producers would then be able to contact CISP members to have their ideas, participation and needs defined through the CISP membership.


Society is put in peril when world oil production declines. There is evidence that the world's oil production has declined. Therefore the world needs to have the energy industry expand its production. To do so requires that we reorganize to enhance the division of labor and specialization within the industry. As has been proven, this reorganization could achieve far greater oil and gas production. Management of the industry is conflicted in expanding the output of the industry. The less they do, the higher the oil and gas prices and the better they appear to perform. This managerial conflict must be addressed and the performance of the industry unleashed. To do so requires the current management of the industry to fund People, Ideas & Objects and build the systems as defined in the Draft Specification. Please join me here.

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Tuesday, June 22, 2010

Phase Two

It has been an interesting June so far. What I see happening in the marketplace is quite remarkable. Discussion of the financial difficulties that oil and gas producers are having can be cited daily. Margins are thin, and in some instances, negative. Reserves and production profiles are in decline, while capital expenditures are ever increasing. The basis of this project has always been the volumes of earth science and engineering effort in each barrel of oil equivalent has and will continue to increase. To approach this issue, producers need to reorganize the fixed volume of human resources in order to achieve greater output and capabilities. Organize around the Joint Operating Committee as suggested in People, Ideas & Objects Draft Specification. The time for this project to be fully funded and begin developing the Draft Specification is near at hand. This is why we now need to shift to phase two of this project.


Phase one has been the research and development of the Draft Specification and associated attributes. In the first half of 2010 we have been fortunate to be able to conduct a fairly comprehensive review of the research that went into the Draft Specification. This review for all intents and purposes has ended. Academically proving the basis of the Draft Specification was valuable, now we need to shift gears and get on with the business of People, Ideas & Objects.


After a two week hiatus, I have posted a number of entries that intimate some of the changes that need to be made. This is the beginning of the “commercialization” of the Intellectual Property (IP) contained within this project. Although I am hesitant to prepare a budget and plan for how this project proceeds, these may be possible in the fourth quarter of 2010. The majority of the material being developed for that budget and plan generated from the entries that are written here in the next few months.


What is necessary now is for the producers to begin actively supporting this project. To sit back and wait until someone delivers a software application that meets your needs will be a long and lonely waste of time. To suggest that you can have systems that meet your needs without your direct involvement is foolish. The industry has to financially commit and actively participate in the communities that are an inherent part of these developments.


I don’t expect this transition from Phase one to two will necessarily be easy. It would be of great assistance if those that read this blog were to begin their own action plans. Plans on how they could participate and encourage the firm they work for to join in these developments. One of the difficult aspects of this second phase is the scope of the effort is very large. Not much will happen unless everyone gets involved.


Society is put in peril when world oil production declines. There is evidence that the worlds oil production has declined. Therefore the world needs to have the energy industry expand its production. To do so requires that we reorganize to enhance the division of labor and specialization within the industry. As has been proven, this reorganization could achieve far greater oil and gas production. Management of the industry is conflicted in expanding the output of the industry. The less they do, the higher the oil and gas prices and the better they appear to perform. This managerial conflict must be addressed and the performance of the industry unleashed. To do so require the current management of the industry to fund People, Ideas & Objects and build the systems as defined in the Draft Specification. Please join me here.


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Friday, June 18, 2010

We are an Oracle Customer

Cloud computing is a paradigm shift. The consequences of moving to that new platform are substantial for all concerned. As software developers, we are not immune to these changes. Viewing cloud computing, as developers, from the same perspective as that used in the past would eliminate many of the benefits of this new dynamic. This post seeks to highlight how People, Ideas & Objects, as cloud computing software providers to the oil and gas industry, approach the use of Oracle technologies and services.

The overall strategy that I have used with respect to Oracle is that we are perceived as a customer. In today's environment, Oracle's business is based on selling technology directly to the oil and gas firms. People, Ideas & Objects now represents the oil and gas firms interest by providing the cloud computing services, and therefore we are Oracle's customer.

Usually, as developers, we would be classified within Oracle's developer network. Providing People, Ideas & Objects with a discount on all of their products. As a result of being a "customer" as opposed to the traditional "developer", People, Ideas & Objects will have to pay the full list price for Oracle's technology. This premium being paid entitles us to perceive Oracle as we noted in the second paragraph of this post. This is also wholly consistent with how the innovative oil and gas producer is focused on their key competitive advantages of their asset base, and earth science & engineering capabilities.

Many of Oracle's technologies are the preferred choice in most markets. That is to say that we will use Oracle technology and services at every opportunity. Hardware, operating systems, database, middleware, applications, consulting and services. The only area of conflict in our policies is regarding the Community of Independent Service Providers (CISP). If a member of the CISP and Oracle are providing similar services, we will defer to, and support the CISP.

People, Ideas & Objects as providers of a software development capability and cloud computing provider. Are in partnership with Oracle in bringing this technology to the innovative oil and gas producer. One thing that can be said about Oracle's technology, is that it is the best. When we look at the difficulties in increasing the market supply of oil and gas to the global economy. It is challenges such as these that Oracle is prepared for.

Society is put in peril when world oil production declines. There is evidence that the worlds oil production has declined. Therefore the world needs to have the energy industry expand its production. To do so requires that we reorganize to enhance the division of labor and specialization within the industry. As has been proven, this reorganization could achieve far greater oil and gas production. Management of the industry are conflicted in expanding the output of the industry. The less they do, the higher the oil and gas prices and the better they appear to perform. This managerial conflict must be addressed and the performance of the industry unleashed. To do so requires the current management of the industry to fund People, Ideas & Objects and build the systems as defined in the Draft Specification. Please join me here.

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Thursday, June 17, 2010

Independence of the CISP

The past few months have provided a review of many of the attributes of the Community of Independent Service Providers (CISP). One of the key attributes that we have not been able to discuss or highlight is the independent nature of the people who are part of the CISP community. By independent we simply mean that the people are not affiliated with one producer firm. They are oriented to the Joint Operating Committee (JOC), and therefore do not bring any of the bias that people affiliated with one producer might.

This independence is of importance, particularly in the administrative areas of the oil and gas industry. What is central to the administration of the JOC is the bias towards all of the producers that are represented in the property. For example, it is assumed that most accounting personnel will be affiliated with certain JOC's as opposed to being employed by one firm. If people are affiliated with more then one JOC, which is highly likely, they may be associated with certain geographical regions or producing zones as their specialty. It is the JOC that is their employer / client, not the operator or any single firm that may have hired them.

This discussion precludes any of the administration that would be associated with the compliance and governance related areas of the individual producer firm. Administrators will also be engaged on a producer by producer basis. I will however note that the Compliance & Governance of the firm is mostly oriented to the decisions that are made at the JOC level, therefore, they are more a fallout of the decision process, as opposed to the all consuming activities they appear to be today.

The accounting for the JOC that is done in the People, Ideas & Objects Draft Specification is handled primarily in the Partnership Accounting Module. This module seeks to account for the JOC and the contributions that are made by each participant firm. Effectively eliminating the concept of having one firm designated as the operator, each producers resources are pooled through the Military Command & Control Metaphor. And those resources are costed to the JOC on the basis that they are either chargeable or non-chargeable to the other partners within the specific JOC. The resources that are provided by the CISP , and for that matter any service sector firm, are engaged contractually through the JOC and therefore are independent of any specific producer firm.

As an example, lets consider the manner in which production accounting allocations are handled under the proposed People, Ideas & Objects application. Lets first assume that the entire history of the properties development has been handled by People, Ideas & Objects application and the independence of the CISP . The overriding concern of the production allocation is to ensure that the methods of allocation be consistent with that which is captured in the spirit of the governing agreements. Because the CISP is oriented to the JOC and not one individual producer, interpretation of that agreement is consistent with the spirit. (Not to suggest that this is not the case in current oil and gas production accounting. ;))

Applying this same example to a property who's history has codified the production allocation process. This production allocation process would be adopted "as is" within the Partnership Accounting module.

Action to fund these developments is required. But action can also be taken by those that are employed in the oil and gas industry. Participation in the development of this software, either as a user or member of the Community of Independent Service Providers, is open to all those that may be interested. Our appeal should be based on these eight "Focused on" priorities and values of how better the oil and gas industry and its operations could be handled. They may not initially be the right way to go, but we are committed to working with the various communities to discover and ensure the right ones are.

Society is put in peril when world oil production declines. There is evidence that the worlds oil production has declined. Therefore the world needs to have the energy industry expand its production. To do so requires that we reorganize to enhance the division of labor and specialization within the industry. As has been proven, this reorganization could achieve far greater oil and gas production . Management of the industry are conflicted in expanding the output of the industry. The less they do, the higher the oil and gas prices and the better they appear to perform. This managerial conflict must be addressed and the performance of the industry unleashed. To do so requires the current management of the industry to fund People, Ideas & Objects and build the systems as defined in the Draft Specification. Please join me here

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Tuesday, May 18, 2010

Langlois, Economic Institutions Part III

We continue with our review of Professor Richard N. Langlois July 2009 "Economic Institutions and the Boundaries of the Firm: The Case of Business Groups". Today's post will deal with similarity and complementarity as they relate to gap filling. In the example provided by Langlois, LG Groups former chairman cited how the need to have "gaps" filled launched new lines of business to fill a need "At the time, no company could supply us with plastic caps of adequate quality for cream jars, so we had to start a plastics business". And the new lines of business were then used to expand into areas that were related "This plastics business also led us to manufacture electric fan blades and telephone cases".

It has been suggested in my recent blog posts that the capacity to "gap fill" is non-existent in the oil and gas industry. The collaborations between suppliers and oil and gas companies is best represented by BP blaming TransOcean and Halliburton for the problems in the Gulf of Mexico. To move forward based on innovation and further development of the sciences will require the oil and gas producers to begin to work together with the service sector. Blaming them and calling them greedy because the cost structures are escalating are symptomatic of the bigger issues. These all stem from the fact the oil and gas companies are only reaping what they've sowed. And I would also suggest that these costs are increasing due to the limited, if any, real innovation being conducted at each and every Joint Operating Committee. People are unwilling to offer any suggestion for fear of the repercussions. Why bother doing anything above and beyond when the status-quo will be accepted.

Management of the bureaucracies have reigned over the service sector with the grace of a Roman Emperor. Putting thumbs up or down on an innovation on the basis that they have immediate need for it or not, and expecting solutions to spontaneously exist when problems do arise. This entire process of development has devolved to the point where little is being done and ranks on par with the oil and gas companies suggesting to the service industry to "let them eat cake."

The point I am trying to make here is that the ability to change from this type of mindset is difficult if not impossible. After all where are the Romans today? The transition in cultures that will build on the gap filling similarities and complementarities is under way, in my opinion. What this process needs is to develop the market supporting infrastructure that will support these types of innovation. That means the Draft Specification is the crucial first piece of infrastructure.

Langlois notes two important points. 1) "Economic historians, especially those of what we might call the Stanford School (David 1975, 1990; Rosenberg 1976), have long stressed the importance of such complementarities for the pace and direction of technological change and economic growth". 2) "But that doesn’t explain why and when other institutional structures like markets or multidivisional firms arise to solve the same kinds of problems".

So how do we analyze this and change it...
A satisfying explanation, I argue, will have to be a contingent one, an explanation that takes into account the facts on the ground of markets and institutions. With only a little oversimplification, we can think of the these contingent facts as falling on three levels.
• The level of markets. How extensive are markets for complementary resources? How easy is to marshal the necessary complementary capabilities (or their outputs)?
The creativity and innovativeness of the oil and gas industry is clearly missing in the Gulf of Mexico. Gone is the can-do attitude that built the business. Today one is more likely to overhear the management openly discuss their pension benefits. The oil and gas industry is a bureaucratic nightmare.
• The level of market-supporting institutions. How well developed are the institutional structures that help markets function well – that reduce the costs of coordinating complementary activities through relatively anonymous exchange among legally separate entities rather than through internal coordination within an organization? Such institutions would run the gamut from technological standards (Langlois and Robertson 1992) to legal and organizational innovations like double-entry bookkeeping (Rosenberg and Birdzell 1986) or the anonymous limited-liability corporation (Hansmann and Kraakman 2000).
Here we have seen the capacity of the industry to employ up to 11,000 people working on the well and the flow of oil in the Gulf of Mexico. Yet no one seems to have an idea as to what to do! The thinking for the solutions to cap the leaks is at its most basic level. This is representative as to why the companies cost structures have gotten out of control. Throwing more money is the first and only instinct of management.
• The level of political institutions. What is the character of the state, the organization with a territorial monopoly on the use of force? How well protected are property rights? In what ways does the government intervene in the economy? What is the nature and degree of corruption? pp. 11 - 12
Politics in oil and gas are at a truly global scale. These forces will undoubtedly increase as the pressures from consumers and environmentalists escalate.

I think these three institutions (markets, market-supporting and political) accurately captures the tone of business in the industry. It is a do-nothing, cover yourself and make sure you get lots of cash type of operation. Other then building the Draft Specification, what other market-supporting institutions are necessary and how do we build them? What type of organizations and institutions do we need to build? How far will the sciences advance in the next 10 years, and how will the industry keep up?
So when would we expect the problems of coordinating complementary activities to be solved by the emergence of market-supporting institutions (and thus by markets, broadly understood) and when by vertical integration? This is a crucial — and, in my view, under-researched — question. Clearly, issues of cost matter, as in the grain example. Such issues include neoclassical economies of scale; Williamson-style transaction costs; the costs of diversifying into activities requiring capabilities dissimilar from those one already possesses; and the costs of setting up and maintaining market supporting institutions (Langlois 2006). Once again, these costs are contingent: they depend on the nature and level of capabilities and of market-supporting institutions already in place. And this suggests two related hypotheses (holding other things constant, of course). pp. 16 - 17
The first is that the processes involved are likely to be path dependent and linked to the passage of time. p. 17
The second hypothesis, which has resonances at least as far back as Gerschenkron’s famous “backwardness” thesis (Gerschenkron 1962), is that the way an economy responds to the problems of coordinating economic development depends not only on its own institutions and capabilities but also on institutions and capabilities elsewhere. It depends not only on an economy’s own history but on the history of other economies as well. The force of this observation is that an economy at the frontier of economic development (however we care to define that) is likely to respond to the coordination problem differently than an economy lagging behind that frontier. Specifically, an economy at the frontier is arguably more likely to rely on decentralized modes of coordination. This is so because uncertainty is greater at the frontier — uncertainty about technology, organizational form, market direction. p. 18
For the purposes of this post I want to exclude discussion of the first hypothesis. Since we are assuming that these bureaucratic nightmares are failing, we need not rely on them. The second hypothesis suggests that depending on the degree of "frontier of economic development" will determine the level of decentralization. The world produces 120 million barrels of oil equivalent per day. Dealing with an industry of this size on a centralized basis, as the bureaucracies are attempting to today, is foolhardy. What I am suggesting is that we not only pool the producers resources represented in the Joint Operating Committee (JOC), but include the service sectors in the definition of the market-supporting infrastructure. The solution that is being suggested is represented in the Draft Specifications Military Command & Control Metaphor, Resource Marketplace and Research & Capabilities modules.

If we go back to the Preliminary Research Report we will find the work of Professor's Wanda Orlikowski and Anthony Giddens on Structuration. We will find that structuration states the organizations, society and people move together or there will be failure. In Professor Orlikowski's Technological Model of Structuration, technology identifies and supports societies. Technology is both an enabler and an inhibitor. If society and people demand more from our organizations, which clearly they are demanding of the oil and gas industry. Then technically a failure has occurred. And particularly we can see the current situation in oil and gas being inhibited by the technologies that are employed. Therefore to change organizations and culture, structuration requires that we change the technology that identifies and supports the industry, to resemble the institutions that we desire.

To Langlois' point about the frontier. The industry is transitioning from a banking mentality of earning guaranteed returns on investments. This is born of the cheap energy era where survival was the key to financial success. Now as a scientifically based industry, the two cultures are clashing and the industry is not structured to operate on this frontier. Expectations that this transition will happen naturally is incorrect.

Langlois also notes Gerschenkron's backwardness as a precursor to the second hypothesis. In The Capitalist & the Entrepreneur (Free download available here.) by Professor Peter Klein, I find this quote that better exemplifies the current status of the energy industries efforts.
Indeed, traditional command-style economies, such as that of the former USSR, appear to be able only to mimic those tasks that market economies have performed before; they are unable to set up and execute original tasks. The [Soviet] system has been particularly effective when the central priorities involve catching up, for then the problems of knowing what to do, when and how to do it, and whether it was properly done, are solved by reference to a working model, by exploiting what Gerschenkron . . . called the “advantage of backwardness.” ... Accompanying these advantages are shortcomings, inherent in the nature of the system. When the system pursues a few priority objectives, regardless of sacrifices or losses in lower priority areas, those ultimately responsible cannot know whether the success was worth achieving. The central authorities lack the information and physical capability to monitor all important costs—in particular opportunity costs—yet they are the only ones, given the logic of the system, with a true interest in knowing such costs. (Ericson, 1991, p. 21).
Our appeal should be based on these eight "Focused on" priorities and values of how better the oil and gas industry and its operations could be handled. They may not initially be the right way to go, but we are committed to working with the various communities to discover and ensure the right ones are. If your an enlightened producer, an oil and gas director, investor or shareholder, who would be interested in funding these software developments and communities, please follow our Funding Policies & Procedures, and our Hardware Policies & Procedures. If your a government that collects royalties from oil and gas producers, and are concerned about the accuracy of your royalty income, please review our Royalty Policies & Procedures and email me. And if your a potential user of this software, and possibly as a member of the Community of Independent Service Providers, please join us here.

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Friday, May 14, 2010

Transaction Design

The Accounting Voucher Module of the Draft Specification provides a unique and valuable way of Designing Transactions. Based on the theories put forward by Professor's Richard Langlois and Carliss Baldwin, automation of the design of transactions is the next frontier in increasing productivity. As I mentioned in Mondays post, transaction design has been undertaken in oil and gas for many years. Specifically in the determination of who will provide which services on a drilling contract. Using this example this post will deal with the elements of transaction design that are captured in the Accounting Voucher module of the Draft Specification.

Stepping back a moment to include the discussion of Transaction Cost Economics (TCE). TCE involves the determination of where, the firm or market, transactions could take place. With the move to the Joint Operating Committee and the enhanced Information Technologies, transactions are best positioned in the marketplace. Therefore we need to be concerned about the variety of costs associated with transactions and that is a matter for another post. Using the software development capability provided by a fully funded People, Ideas & Objects helps to mitigate these transaction costs and bring a level of automation not otherwise available today.

So the question becomes, how do we automate much of the transactions costs is through transaction design. Taking the example of the drilling contract, an example of which can be seen in any well-file if you have access. One of the appendixes to the contract will be a summary of which services are provided by which firm, the producer, driller or third party. This overall task of selecting who provides the service is what I mean when we discuss designing transactions. The natural extension of this is to include high levels of automation to the bidding, negotiation, execution and transaction processing.

This is the logical "next" step in making these types of contracts and other processes more efficient. The question therefore is how is this done in the Draft Specification and Accounting Voucher. Recall the User Vision of the Draft Specification includes the Project Wonderland interface that enables avatars and virtual avatars. Project Wonderland is an element of the Draft Specification and an attribute that enables synthetic and virtual interactions and processes carried out between producers and suppliers.

If your still with me you might appreciate that this interface's capabilities provide a natural way of interaction between producers and the various communities of practice that are organized as Industrial Districts. If you wanted to tender a contract for bidding, you could release the tender to the Resource Marketplace through a virtual avatar for suppliers to submit a bid. Once the bids were in, you could select the winning bidder and start the process of synthetically negotiating and executing that contract.

Assume for a moment that you are drilling a well in a semi-remote region that requires a technical capability that is above and beyond what the specifications of any current supplier provides. Review of the Resource Marketplace module shows that a group of engineers are interested in testing their development of the otherwise unavailable capability. If the capability proves to work it would enhance the reserves of the drilled well. The producers will need to sit down with these engineers, fund and build the capability deliberately. Producers earn 100% of the sales of oil and gas production. It is therefore imperative that they develop the capabilities that they want and need to enhance their reserves and production profile. Otherwise they will be left to sit and watch their production spill out into the Gulf of Mexico like BP is. The futile nature of BP's efforts show that they are reaping what they sowed, nothing. Blaming Transocean and Halliburton is only the latest act in this comedy of errors.

And none of these capabilities will exist until such time as People, Ideas & Objects is fully funded. Oil and gas needs to deliberately go about developing these types of capabilities in order to benefit from them. Before they can be deliberately built they need to be organized and that is what People, Ideas & Objects has sought to do. Once built they need to be sustained and supported through their multiple iterations. The enhanced role of Information Technology (IT) doesn't spontaneously occur. Producers need to be active members in the Industrial Districts and People, Ideas & Objects Community of Independent Service Providers.

Our appeal should be based on these eight "Focused on" priorities and values of how better the oil and gas industry and its operations could be handled. They may not initially be the right way to go, but we are committed to working with the various communities to discover and ensure the right ones are. If your an enlightened producer, an oil and gas director, investor or shareholder, who would be interested in funding these software developments and communities, please follow our Funding Policies & Procedures, and our Hardware Policies & Procedures. If your a government that collects royalties from oil and gas producers, and are concerned about the accuracy of your royalty income, please review our Royalty Policies & Procedures and email me. And if your a potential user of this software, and possibly as a member of the Community of Independent Service Providers, please join us here.

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Saturday, May 08, 2010

Langlois, Innovation Process Part I

Continuing on with our review of Professor Richard N. Lanlgois, we begin our review of "Innovation Process and Industrial Districts". This is a working paper that was published in January 2008 that deals with what are called "Industrial Districts" (ID) and is his contribution to the book "Handbook of Industrial Districts by Giacomo Becattini, Marco Bellandi, and Lisa De Propris". For the purposes of People, Ideas & Objects, ID's picks up on Professor Carlota Perez' Small Knowledge Intensive Enterprises (SKIE) which as you may recall, our Community of Independent Service Providers are a subset of. In our last few posts we were able to summarize the application of many of Langlois' theories in the Draft Specification.

Key to the success of the Draft Specification is the understanding of what the innovative oil and gas producers competitive advantages are. These are simply the unique asset base they hold and the direct application of the earth science and engineering capabilities available to them. It is considered that some of the engineering and earth scientists would be directly employed by the producer firms, however, there would be a pooling of these resources by the producers represented in the Joint Operating Committee (JOC). This pooling would be augmented by the service industries and a capability resident in the SKIE or ID in the local, regional, national and international communities.

Within an innovative oil and gas industry things will need to change based on the development and understanding of the sciences. Development, identification and analysis of this dynamic capability is what is being discussed in this paper by Professor's Robertson, Jacobson and Langlois.
Typically the Third Italy is dominated by production occurring in industrial districts. The districts are geographically defined productive systems, characterized by a large number of firms that are involved at various stages, and in various ways, in the production of a homogeneous product. A significant feature of industrial districts is that a very high proportion of firms within them are small. A characteristic of the industrial district is that it should be conceived as a social and economic whole. In industrial districts, social institutions are as important as economic. From Dansen and Whittam glossary of terms.
I am familiar with the Italian sun-glass manufacturers "Industrial District". It is in a region of Italy where the population of small towns are organized in a manner described in the definition. Most of the manufacturers and parts suppliers are working out of modified garages in their homes. The article that I read reflected that this enabled the Italians to focus on design and why they are regarded as the top designers. 

I find this paper challenges us in identifying many of the deficiencies and issues that remain unresolved in this proposed community / software development project. Many of the questions that should be asked are being openly discussed in this paper and provides us with the beginning of a discussion that addresses the question of "what's next". How will this community sustain itself and what are its risks and opportunities. Difficult questions and decisions that are needed to be resolved before they are discovered or happened upon. 
1. Introduction.
Innovation is based on the generation, diffusion, and use of new knowledge. p. 1
An appropriate comment and one that brings to mind the difficulties in achieving this within the oil and gas industry. Geography, the different professions involved, the complexity of the business of oil and gas, and the capability of the systems that support the business have to be built to accommodate innovation. What I see is these local, regional, national and international ID's all learning and applying the knowledge that is developed and made available. These ID's are a critical resource that are available to the JOC's and are the means in which knowledge is generated and diffused as innovation.
While it is possible to conceive of a firm that is so hermetic in its use of knowledge that all stages of innovation, including the combination of old and new knowledge, rely exclusively on internal sources, in practice most innovations involving products or processes of even modest complexity entail combining knowledge that derives, directly or indirectly, from several sources. Knowledge generation, therefore, must be accompanied by effective mechanisms for knowledge diffusion and for "indigenizing" knowledge originally developed in other contexts and for other purposes so that it meets a new need. p. 1
What more could be necessary then the generation and diffusion of new knowledge in the oil and gas industry. This is why the Joint Operating Committee takes on an enhanced role in this systems development, and why the innovative oil and gas producer needs these systems. You can't get there, to an innovative footing, from where the industry stands today. The primary focus of this software development is to enable the innovation that is necessary for the industry to meet the needs of the energy consumer. And that is simply through enhancing the knowledge, understanding, and use of ideas, a community of people focused on solving the difficult issues associated with the oil and gas business.
When accompanied by close social relationships, tight geographical proximity may affect innovation in ways that are less common in more highly dispersed environments. For example, an awareness of common problems can encourage several firms, or their suppliers and customers, to seek solutions, leading to multiple results that can be tested competitively in the market. These outcomes can then be relatively easily diffused among firms in the Industrial Districts (ID) because of embeddedness in a common environment. The obverse of this commonality of inspiration and ease of transmission of knowledge, however, may be an inordinately inward focus that results in an ignorance of or disdain for innovation processes in other regions or in industries not represented in the ID. Furthermore, there may be a relationship between the degree of embeddedness in the industrial district and innovation. It has been suggested that innovation increases as embeddedness increase up to a point, and that beyond that point further embeddedness results in reduced innovation performance at the firm level (Uzzi, 1997; Boschma, 2005). Thus, depending on circumstances, participation in an industrial district can either encourage or impeded innovation. pp. 1- 2
Leaving the question of the appropriateness of the concept of "industrial districts" use in oil and gas. We see the difficulty, or balance and risk associated with too much "embeddedness" and its consequences. In today's fast pace of change, the energy producer needs to be able to move with the developments in the underlying science, engineering and capabilities of the industry. Application and optimization of these to the producers asset base is the activity that generates the greatest value, the enhancement of reserves and productive capacity. Is it critical that a producer has the optimized means of drill bit manufacturing? Application of Industrial Districts or SKIEs is only a further extension of this logic or more defined division of labor.

Our appeal should be based on these eight "Focused on" priorities and values of how better the oil and gas industry and its operations could be handled. They may not initially be the right way to go, but we are committed to working with the various communities to discover and ensure the right ones are. If your an enlightened producer, an oil and gas director, investor or shareholder, who would be interested in funding these software developments and communities, please follow our Funding Policies & Procedures, and our Hardware Policies & Procedures. If your a government that collects royalties from oil and gas producers, and are concerned about the accuracy of your royalty income, please review our Royalty Policies & Procedures and email me. And if your a potential user of this software, and possibly as a member of the Community of Independent Service Providers, please join us here.

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Thursday, April 29, 2010

Perez, Crisis and Innovation Part IV

What is particularly interesting about Professor Carlota Perez' new paper "The Financial Crisis and the Future of Innovation: A view of technical change with the aid of history." Is her description of Small Knowledge Intensive Enterprises (SKIEs). In almost all respects they are the same as People, Ideas & Objects Community of Independent Service Providers (CISP). This post introduces Perez' SKIEs and we will also discuss them more extensively in a future post.

Due to the escalating efforts in the earth science and engineering contained within each barrel of oil. People, Ideas & Objects suggest the bureaucracies are too constrained to maintain their reserves and production profiles over the long term. We see symptoms of these in Encana's $5.5 billion loss, Shell's escalating costs and BP's inability to control their well in the Gulf of Mexico. Why are these incidents happening? The demands for energy, and the scientific demands of energy are beyond the strategies and capabilities of the bureaucracies. Shell recently noted their reorganization, that took several years, was recently completed. So why then have they lost control of their costs?

People, Ideas & Objects Draft Specification enables the producer firm to concentrate on the strategic needs of their asset base, at the Joint Operating Committee level, and their scientific and engineering capabilities. The producer firm is augmented by the marketplaces that support the innovative producer. The market includes the service industries and of particular interest to People, Ideas & Objects the Community of Independent Service Providers. These various communities are involved in providing many products and services that may have traditionally been done internally at the producer firm. This redrawing the boundaries of the firm is to enable the innovation in the earth science and engineering disciplines within the producer firm. And the communities to innovate in their area of expertise. Professor Perez notes;

A basic principle applied by corporations when disaggregating all their activities into separable components is distinguishing between core competences and complementary ones. The guiding idea is that the core competences are what gives the strength and the competitive edge as well as the long-term value to the company, while the other activities can in principle be outsourced without jeopardising the future. Yet, this notion of outsourcing is not about separating innovating activities from non-innovating ones. On the contrary, it is about deciding who will innovate in each area. p. 17
The net objective of defining the boundaries of the market and firm in this manner. Is that the individual Joint Operating Committee's, with their own unique strategies, are able to achieve higher throughput and innovation. Maximizing the reserves in place and optimizing their production.
The final result is that the whole network becomes an innovating machine with each part maximising its contribution and improving the whole at a much faster rate. p. 18
In this next quotation Professor Perez introduces her concept of the SKIESs. I find nothing in her definition that does not directly apply to the CISP. They are one and the same, and I assume that I was reading some previous paper of Professor Perez where the concept was developed. The only thing that I would add to her definition is that the CISP is a community that is focused on defining, building and deploying the People, Ideas & Objects application modules within the producer firms. They are dedicated to optimizing the profitable performance of the producer by using the development team and Information Technology resources made available to them. And would be considered a subset community of the greater number of communities within the definition of SKIEs
This practice of global corporations has very important consequences for the fabric of the economy. It induces the proliferation of small knowledge intensive enterprises (SKIEs) which are active innovators at the same time as they serve as a sort of technical infrastructure for attracting further user investment. The denser the fabric of SKIEs in an economy the greater will be the externalities for growth and competitiveness of the user firms. In addition, SKIEs themselves, in whatever field, are typically intense users of ICT services and of highly skilled human capital. They are also natural networkers with universities and other sources of information within and outside the country of operation. Finally, they are likely to participate in export markets, either through global corporations for whom they are suppliers or through their own efforts. That makes them key actors in the deployment of the knowledge society in each country. p. 18
It should be noted that I see many of the current producer firms employees forming SKIE's and CISP in the future. If you are an engineer or an earth scientiest I think it is fairly reasonable to assume that the producer will remain your primary employer. If you are not in those primary areas of the producer's domain of concern, employment in a SKIE or CISP is more likely. It should be clearly stated at this point that I don't see many of the CISP's being much larger then 5 to 25 people in total. Very specialized groups that are able to cater to the needs of a small hand full of producer clients. Professor Perez also sees these SKIEs as a subset of the Small and Medium sized Enterprises (SMEs).
A major consequence of this is a radical redefinition of the role of SMEs. Without ignoring the importance of the traditional small and medium firms, it would seem that the treatment of SKIEs and the catering to their support requirements, being fundamentally different from those of SMEs, will demand a different set of policies. p. 18
As we will see in a future posting, Professor Perez notes that the SKIEs need to be built in a dedicated fashion. Expecting them to spontaneously exist is dreaming. These capabilities have to be purposely set about to develop, much as People, Ideas & Objects software development capabilities, and sustained for the long term.
There is however a whole range of business-model and organisational innovations to be fostered in these sorts of services, the importance of which becomes greater the more advanced the economy. That is because they are stable employment creators (face-to-face services cannot be off-shored) and because they are possibly those that would most directly influence the quality of life in any particular locality. pp. 19 - 20
I would suspect that bureaucracies are now fully distracted by their escalating costs and flowing wells. The development of these communities and capabilities would therefore fall to the investor and shareholder in oil and gas who are expected to also support People, Ideas & Objects. BP's stock is down 15% and I would question their likely hood of being granted any future offshore leases in the U.S. With the precedent of the Exxon Valdez, this may cause serious damage to the firm. Such that the investor / shareholder might be the ultimate loser in this operational nightmare.
Thus, the hyper segmentation of markets, technologies and activities, is giving rise to an emphasis on the small business unit, be it as a direct part of a Global Corporation, as an independent or semi-independent supplier, as a start-up that can some day become a giant, as a franchisee, a member of a specialised cluster, a local provider of services or an independent expert unit in interaction with other global players in that particular niche. This not only implies giving particular importance to fulfilling the needs of SME innovation but truly paying particular attention to the different types of small companies and their specific requirements. This is part of what will be discussed in the final section. p. 20
Our appeal should be based on these eight "Focused on" priorities and values of how better the oil and gas industry and its operations could be handled. They may not initially be the right way to go, but we are committed to working with the various communities to discover and ensure the right ones are. If your an enlightened producer, an oil and gas director, investor or shareholder, who would be interested in funding these software developments and communities, please follow our Funding Policies & Procedures, and our Hardware Policies & Procedures. If your a government that collects royalties from oil and gas producers, and are concerned about the accuracy of your royalty income, please review our Royalty Policies & Procedures and email me. And if your a potential user of this software, and possibly as a member of the Community of Independent Service Providers, please join us here.

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Tuesday, April 27, 2010

McKinsey Conversation with Andrew Gould

Just a quick post today to highlight a McKinsey "conversation with global leaders" Mr. Andrew Gould CEO of oil field supply firm Schlumberger. Of particular interest to me was his discussion of his Research & Development efforts. (Note his M & A groups appear to be part of his R & D.)

We’ve had a separate M&A group. And the M&A group has two functions. The first is normal M&A. But the second is it has a group of technologists within it who just spend their time identifying and following up on small companies. And actually, we have, for the last four or five years, been making step investments into technologies that we think are interesting.
Interesting from the point of view that the head of the largest oil field supply firm is actively acquiring technology groups. This signals to me that the movement to a more innovative footing across the industry is beginning to develop. Add to that this next quotation regarding the complexity shows the opportunity for Schlumberger is clearly identified.
I think that projects are going to get bigger and they’re going to get more complex. They also, to a certain extent, are becoming more remote. In other words, when you see people starting to drill offshore in Greenland, or offshore in New Zealand for that matter, then the remoteness and the logistical complexity and cost of those projects are such that I think the traditional model of procuring each individual service from different vendors and then doing all the integration oneself is going to diminish.
The point of course is that the opportunity for firms, groups and communities of all types in oil and gas are as strong as they ever have been. I have talked about the performance of Agile / Scrum software development teams. As Agile developers we expect to develop software at approximately 500% of the traditional software development methodologies. Schlumberger is experiencing similar performance metrics.
So in China, funnily enough, at the moment our big research-and-development investment is in software. We decided we were too late to go to India. So we built a lab, which is on the campus of Tsinghua University in Beijing. So we basically hire from the two universities, Beijing and Tsinghua. And it’s now at 350 people. The average age is probably about 30. And the creativity and the productivity, the level of productivity, of that lab is incredible. It’s scary. It really is scary.
I mean, we took a program from the US, which was going really badly, and gave it to Beijing. And Beijing’s first reaction was, “You’re trying to kill us, huh? You’re trying to kill this lab.” Then they buckled down and they did it. I mean, it was extraordinary.
and
And I’m afraid it’s something that the West has, you know, not lost, but we better wake up.
Our appeal should be based on these eight "Focused on" priorities and values of how better the oil and gas industry and its operations could be handled. They may not initially be the right way to go, but we are committed to working with the various communities to discover and ensure the right ones are. If your an enlightened producer, an oil and gas director, investor or shareholder, who would be interested in funding these software developments and communities, please follow our Funding Policies & Procedures, and our Hardware Policies & Procedures. If your a government that collects royalties from oil and gas producers, and are concerned about the accuracy of your royalty income, please review our Royalty Policies & Procedures and email me. And if your a potential user of this software, and possibly as a member of the Community of Independent Service Providers, please join us here.

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Thursday, April 15, 2010

Oracle Stack - Oracle Fusion Applications

Continuing on with our review of the Oracle product offerings and defining which of their applications and architectures are to be included in the application modules of People, Ideas & Objects. In a previous post, we adopted wholesale the Oracle Database and Middleware product offerings. In another post we noted the Application Integration Architecture and how the Community of Independent Service Providers could use these tools to aid in the accounting integration of a producers system. All of the discussion of the Oracle products and architectures is being aggregated under the Oracle-Stack Label on this blog. Once our review is complete we will be updating the Draft Specification.

Oracle Fusion Applications are a difficult product to commit too since they don't exist as of yet. However, what we can determine from Oracle is that the project is providing the kind of application infrastructure that is necessary to build the Draft Specification and deliver it through the cloud computing paradigm. Oracle Fusion Applications and Middleware are using the best parts of the Agile / Scrum development methodology, and therefore consistent with our approach to development. There are no cultural differences between the Oracle methods and those that were proposed in People, Ideas & Objects developments.

Critical to the success of the Oracle Fusion Applications is their use and application of the Oracle Middleware stack. This is the way that applications are built in most architectures and is consistent with what we were proposing to do before we joined Oracle as a customer. Java Enterprise servers provide the necessary infrastructure and control of information that makes not using a Java Enterprise server, redundant. Recreating the wheel each time a project is started is counter to the Java way.

It is clear in many of the videos and documents that I viewed that the web is the centre of the user experience. All of the application demonstrations and presentations reflected this web centered delivery. Using standard web browsers, Oracle Fusion Middleware and Applications gains this ease of use and universality of access. Making the user experience robust in the cloud computing paradigm. We will need to determine if the web platform provides the level of access control and security necessary to meet our potential producers needs. It is reasonable to assume that if Oracle is using the browser this extensively, they've cracked the security problems and are satisfied with the control. The user having browser access would be a performance and ease-of-use improvement over using Java Web Start, which is the current method defined in the Draft Specification.

One of the key attributes of becoming an Oracle customer is the access to the understanding and knowledge they have in the ERP application market-space. Oracle is the largest enterprise software company. They have experience in developing, deploying and supporting their ERP application offerings. This experience is based on a history of PeopleSoft, J.D. Edwards, Siebel , BEA and Oracle Financials. Our costs may be substantially higher by using Oracle, but what we gain in doing so brings our product offering to a higher level of quality. According to videos that I viewed on YouTube Oracle has over 2,500 application developers just in the Fusion Applications development. As a result, we inherit the efforts of these people through the Java re-use attributes.

To view one of the best documents on Oracle Fusion Applications go here. Where on page five the following is noted.

The goal of Oracle Fusion Applications is to help customers transform their business into a next generation organization. This next-generation organization will have more adaptable business processes, more productive people, and more manageable systems. Next generation adaptability will come from a native service oriented architecture that allows for easier integration with other applications and configurable business processes. Embedded business intelligence, a rich, pervasive, and personalized user experience, and Enterprise 2.0 business processes will power next generation productivity. Finally centralized security, audit, and controls, and the ability to deploy applications on premise, as a service, or through business process outsourcing will deliver next generation manageability.
This quotation shows that Oracle and People, Ideas & Objects are wholly consistent in terms of our approach to defining and supporting the software for the innovative oil and gas producer. Therefore, the commitment to these products and architectures is made quite easily.

Next on this topic we'll review the Oracle Consulting offerings. Our appeal should be based on these eight "Focused on" priorities and values of how better the oil and gas industry and its operations could be handled. They may not initially be the right way to go, but we are committed to working with the various communities to discover and ensure the right ones are. If your an enlightened producer, an oil and gas director, investor or shareholder, who would be interested in funding these software developments and communities, please follow our Funding Policies & Procedures, and our Hardware Policies & Procedures. If your a government that collects royalties from oil and gas producers, and are concerned about the accuracy of your royalty income, please review our Royalty Policies & Procedures and email me. And if your a potential user of this software, and possibly as a member of the Community of Independent Service Providers, please join us here.

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Sunday, April 11, 2010

Focused on the Value

Number eight of eight in our "Focused on" series looks at the value proposition of People, Ideas & Objects. Noting how the costs of ERP systems have escalated. Where the business models in which they are sold provides People, Ideas & Objects with the opportunity to provide substantial competitive advantages.

The People, Ideas & Objects Value Proposition

Big ERP application costs have soared in the past few decades. Based on selling a generic solution to each producer, the business of selling big iron applications have been lucrative for the chosen few vendors. On the other hand producers are frustrated by the extensive one-off costs associated with customizing, supporting and operating these applications within their firms.

What if the software development costs associated with customization were aggregated for their use over the entire industry. People might argue that a producers competitive advantages would be diminished by everyone having access to the same software. I argue that the innovative oil and gas producers competitive advantages are based on their earth science and engineering capabilities applied to their asset base. Each producer holds a unique and mutually exclusive asset base to all other producers. As a result of this argument, the costs of custom development, although large in terms of aggregate, are infinitesimal in terms of a specific producers production base. This is the future of software and the value that People, Ideas & Objects is designed to provide.

In the marketplace today support costs are substantial as each producer must attain a capability to deal with any and all contingencies. Does the quality of a Java programmer have a direct impact on a producers reserves or production profile? Of course not, then why does the innovative oil and gas producer need to employ the Java programmer directly?

People, Ideas & Objects offers a compelling and competitive value proposition. Our funding is based on the software development and cloud computing costs, plus an element of profit for People, Ideas & Objects. A fundamentally different business model to the big iron ERP vendors. A business model that deals with the two critical conflicts in software, those conflicts being the source code and the software developers customers. Traditionally as more customers use the software, the costs to change the software code become progressively larger, and the costs to deploy the changes more difficult. People, Ideas & Objects eliminates these two conflicts by providing a software development capability and service based on cloud computing. If users determine that an application function is redundant and should be replaced, they won't get an argument from us.

As a result of the Information & Communication Technology Revolution (ICTR), software defines and supports organizations. It can be the glue that holds things together, it can be the cement that stops any change or innovation, and it can be the tools oil and gas investors need to develop their own organizational definitions. An organizational definition that provides enhanced ownership control, compliance and governance over the current bureaucracies methods. A software development capability as defined by People, Ideas & Objects is a necessity to operate in the dynamic and innovative oil and gas industry.

Our appeal should be based on these eight "Focused on" priorities and values of how better the oil and gas industry and its operations could be handled. They may not initially be the right way to go, but we are committed to working with the various communities to discover and ensure the right ones are. If your an enlightened producer, an oil and gas director, investor or shareholder, who would be interested in funding these software developments and communities, please follow our Funding Policies & Procedures, and our Hardware Policies & Procedures. If your a government that collects royalties from oil and gas producers, and are concerned about the accuracy of your royalty income, please review our Royalty Policies & Procedures and email me. And if your a potential user of this software, and possibly as a member of the Community of Independent Service Providers, please join us here.

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