Joint Operating Committee - Capabilities Deployment, Part III

 Preparation of the Joint Operating Committee - Capability Deployment sub-module of the Business Operations Management Module has prompted an update to the Security & Access Control Module previously published as part of our handover process. I have revised that specification and republished it in full through the wiki. This brief note records the amendment.

We will continue this practice as the development of each module reveals changes needed in previously published specifications. At this early stage of the handover, publishing a separate file identifying every change would add little value. Readers should consult the wiki for the latest published version. In this instance, the Security & Access Control specification grew from 14,379 to 19,758 words—an increase of 5,379 words distributed throughout the document. Its fundamental purpose remains unchanged; the specification now accommodates the requirements arising from this sub-module. We should expect further amendments across module boundaries as the handover progresses.

What readers are beginning to see is how Synallagi will accelerate both the planning and execution of their projects. There is one condition: our user community needs robust participation and direction from the engineers and geologists who will use these interfaces to manage the commercial side of their work. Their participation is essential to translating the demands of their disciplines into useful working environments within Business Operations Management.

For this sub-module, the starting point is the Joint Operating Committee’s approval of an operation involving capital expenditures. Engineers and geologists must then translate that authorization into detailed deployment plans and carry the project through to completion, either managing the work themselves or handing responsibility to production engineers where appropriate. Those production engineers must also participate in designing the interfaces they will use. The transition from an approved decision to completed work is precisely where the Joint Operating Committee - Capability Deployment sub-module must prove its value.

People, Ideas & Objects’ objective is to increase the speed and throughput of the engineering and geological disciplines. I have not witnessed the industry’s brain trust facing a combination of pressures quite like this. Cultural influences and the industry’s poor performance have weakened its ability to attract new entrants, while experienced professionals continue to retire. Developing the experience and judgment needed to lead can take a decade or more. We cannot assume that expertise leaving the industry can simply be replaced on demand. Meanwhile, the technical difficulty of producing the incremental barrel continues to challenge these disciplines, and society’s demands for energy remain unabated.

Specialization and the division of labor are the organizational methods People, Ideas & Objects has chosen for Synallagi to address these pressures. For illustration, assume the industry realizes only 75% of the productive potential of its existing engineering and geological capabilities. One constraint is the need for individual operators to retain sufficient expertise and capacity to respond to whatever their property portfolios may require. That readiness has value, but it can also leave scarce capabilities unused and unusable within one producer while they are needed elsewhere.

The Joint Operating Committee - Capability Deployment sub-module is intended to give these professionals the hands-on commercial workspace needed to deploy their capabilities and manage their projects toward profitable outcomes. By enabling engineers and geologists to apply their specialties across a region or wherever their expertise is needed in the industry’s marketplace, we can begin to release capacity constrained by the boundaries of individual producer firms. We believe this broader application of specialization and the division of labor can increase the productive contribution of the industry’s existing brain trust, substantially reduce Organizational Latency, and establish a “New Discipline.”

7. Revenue Per Employee

Supporting the development of capabilities

Revenue Per Employee is a discretionary method for determining charge-out rates for engineers and geologists supplied to Joint Operating Committees. Where selected, it uses an industry-based standard methodology. Its purpose is to allow producers to recover the cost of developing and maintaining hyper specialized capabilities and capacities when those capabilities are used by Joint Operating Committees.

It is an operative charging mechanism as well as a performance rationale. The proposal connects the producer's Revenue Per Employee factor, the individual's applicable grade or rate, the hours recorded in the Work Order and the account benefiting from the work. The source proposes that the factor be updated monthly.

Defining the rate

Illustrative junior, intermediate and senior grades are 50, 75 and 90 percent of the factor. Those percentages remain proposals for evaluation and agreement; they are not approved tariffs or validated current industry values.

No special small-producer or start-up floor applies. Synallagi use follows participation in the Joint Operating Committee, regardless of producer size. The detailed charging parameters remain part of the industry-based standard methodology to be developed.

The user community must specify the revenue and employee measures, measurement period, conversion to a time-based rate and applicable grades within the industry-based standard methodology. Discretionary use does not mean that every producer independently redesigns that methodology. Synallagi supports Joint Operating Committee use across producer sizes, including start-ups and major producers.

Each engagement must retain the rate actually authorized and its effective period so that later factor changes do not obscure the basis of an earlier charge. The implementation of rate changes and amendments belongs in the subsequent specification work.

Evaluating contribution

A producer-level revenue measure does not establish an individual's causal contribution to a particular property's profit. The engagement's expected technical result and its observed financial effects provide additional evidence for evaluating the capability deployed.

The financial integration therefore distinguishes the agreed service price from the demonstrated result. Outcome evaluation and attribution will develop with the Synallagi Targeting Framework, currently being written. A higher commodity price, a change in allocation or concurrent work may affect the property's results independently of the specialist's work. Reviews should identify these influences and support better future capability selection; the specification leaves the detailed attribution method for development.

Payment and collection information, in turn, show whether the agreed compensation has actually reached the provider and can support continued capability development.

Intellectual Property, incremental value and the Targeting Framework

Intellectual Property is one of Synallagi's nine Organizational Constructs. An engineer's or geologist's contribution may use IP owned personally or accessed under a license held by the specialist, employer or software provider. Each engagement must preserve the applicable permissions and restrictions; the ability to access a client workspace does not establish the right to use every method or disclose its results.

The Targeting Framework is intended to manage the evaluation, compensation, monetization and distribution of proven incremental value created by engineers and geologists. This compensation is additional to the agreed hourly charge-out arrangement or salary and depends on agreed, authorized terms. No automatic fee, royalty or percentage is established here.

The value must be objectively calculated, auditable and verifiable, using identifiable methods, assumptions and supporting evidence. Detailed evidence remains restricted to authorized participants and auditors. Only approved, anonymized results may be released publicly, including cumulative performance statements used in a specialist's marketing. Such statements retain a controlled connection to their supporting evidence without exposing identifying sources.

The user community must develop attribution, valuation, allocation, dispute and correction methods through the Targeting Framework. Price movements, concurrent work and amended accounting information must be considered before attributing value. A demonstrated result, an agreed compensation entitlement and an actual payment remain distinct. Approved accounting consequences continue through Accounting Voucher and the relevant allocation functions.

Designing Transactions lets the specialist connect the business objective with the applicable expenditure approvals, operational instructions, commitments and electronic invoice approvals. Autonomous Asynchronous Transaction Orchestration communicates the authorized work and results between responsible service providers. Neither a value claim nor an IP license independently grants operational or expenditure authority.

When the intended work requires permission from an IP owner, Autonomous Asynchronous Transaction Orchestration coordinates the purpose-specific license process: identify the owner and intended use, obtain and record the agreed terms and authorized acceptance, establish the resulting permission, and then continue the protected work. It does not invent rights or treat a license request as a completed agreement. The responsible parties and functions retain authority over license terms, acceptance, charges and permitted use.

8. Decentralized Production Model

From commercial assessment to action

The Decentralized Production Model supplies the wider basis for independent production decisions under Synallagi price maker strategy. This section describes its implications for deploying capabilities. The assessment brings market price together with actual operating costs, actual overhead, invested-capital recovery and the applicable return requirement at the well, property and producer-interest levels.

Capability Deployment turns a finding into work that can improve the outcome. The response may be a simple correction, further investigation, preservation, suspension or an authorized return to production. Needs for further research or assessment can inform Planning, with the relevant plans and requirements connected to deployment through Knowledge & Learning. Continuing an activity because it increases physical output is insufficient where the additional production fails the commercial test.

The operating and recovery evaluation must remain visible alongside other sources of cash. Financing or hedge settlements may affect the producer's financial position; they should not obscure the performance of physical production. The detailed calculation method and its responsible service remain for specification.

Example: one well in a ten-well property

One well in a ten-well Joint Operating Committee may underperform while the other nine remain profitable. The responsible participants examine its production, attributable costs, shared allocations and recovery assumptions. A suitable specialist can investigate the deficiency and recommend the response.

The investigation may identify a correction that restores profitable operation without suspension. If suspension is authorized, the affected well can be preserved while the other wells continue, subject to their operating dependencies and governing arrangements. Avoiding the deficient production can improve the property's financial performance and make resources available for investigation and improvement. The effect must be demonstrated in the property's results.

The Joint Operating Committee will continue to oversee profitable wells, preservation, research and authorize remedial work. Return to production follows an updated commercial assessment and the required operational authorization.

Service tasks during suspension

Transaction design makes the relevant administrative and accounting tasks responsive to their activity triggers. Where a production input ceases, the corresponding production-dependent service task and bill are not generated. Investigation, preservation, prior-period amendments and other authorized continuing work retain their own triggers and charge bases.

This is the operational means of varying those costs with the work performed. The detailed catalog of continuing accounts and contractual contingencies remains with our user community. Actual costs and their causes must remain visible when comparing continued operation, suspension and restoration.

9. Episteme

Pronunciation: Listen to People, Ideas & Objects Episteme pronunciation reference.

Definition: 

Organizing confidential research

Episteme is the distinct capability for a temporary research collaboration. It brings selected participants together around a hypothesis, technical problem or research opportunity without requiring them to form a Joint Operating Committee.

The project lead approaches selected producers, suppliers or other relevant participants. The subject of the research and its material are confidential. Formation is based on controlled outreach. Once the group is established, participation is restricted to its members and subsequently approved additions, with access enforced through Security & Access Control.

Contributions, funding and results

Participants can contribute expertise, samples, seismic information, computing resources, software, cash or other agreed resources. Their arrangement must capture the substance of each contribution, its treatment, the authorized funding source and the agreed distribution of costs and benefits before work begins.

Research participation does not automatically adopt a property's working-interest allocations. The contribution arrangement supplies its own basis. An independently approved AFE may provide eligible funding; Episteme deploys the resources made available to the collaboration but cannot issue that AFE itself. Financial resources may be sourced through independently approved participant AFEs. Eligible operating-cost contributions may also be charged to Lease under separate spending approval, and producers may contribute internally generated resource charges under approved arrangements. Lease accepts no capital costs. Internal charges are distinguishable from cash contributions and do not themselves create spending authority. Episteme retains the research functions previously housed in Work Orders: recording the agreed purpose, cash and noncash contributions, funding sources, budgets, commitments, allocation, approvals, time and charging, accounting support and agreed output rights. These functions remain part of Episteme; a separate Work Order is not mandatory. The funding sources and the agreed distribution of research costs remain distinguishable. Accounting Voucher and the relevant allocation functions express the approved arrangement in the participants' accounts and General Ledgers. 

The research output can be non-rival: one member's use of knowledge need not prevent another member from benefiting from it. Rights to disclose, copy, assign or reuse the output nevertheless depend on the participants' agreement. Completion of research does not automatically make its findings publishable through Knowledge & Learning.

An Episteme may combine contributions from several producers and individual researchers. Examples include independently approved capital contributions eligible for exploration treatment, including cash funding for those costs; valued historical data associated with a property or group of wells; and software, computing time and other overhead contributions treated as current-period expenses in the illustrated arrangement. Engineers' and geologists' time may contain both capital and expense elements. Each contribution retains its source, agreed valuation, beneficiary, approval and classification. Cash funding, the contributed resource and the resulting cost are different facts: classification follows the underlying activity and applicable treatment, not the label Episteme or the fact that cash changed hands. The lease contains no capital costs. Detailed classification and allocation rules remain with the responsible accounting functions and user community.

Example: a geological hypothesis

A geologist proposes a hypothesis to selected producers operating in a relevant Rocky Mountain setting. Contributions include the hypothesis, three samples from two producers, an engineer's implementation expertise and a described $100,000 funding contribution from two other firms' independently approved AFEs. The source does not specify how that cash contribution is divided, and this example makes no allocation assumption.

In this example, the resulting knowledge is for the participating members' exclusive use and is not assignable or copied to others. Its commercial value may lie in a successful finding or in establishing that an approach does not work. Any subsequent deployment follows the permitted use of that knowledge and its own work approvals.

Episteme can be used within Planning and in connection with Capability Deployment. The relevant findings may inform subsequent plans or engagements through Knowledge & Learning only within their permitted disclosure and use. Reuse of the capability across sub-modules does not broaden access to the research.

Participant withdrawal, conditional contributions and other complex contingencies remain for user-community development.

10. Material Balance Report

Monthly financial and volumetric integrity

Every Joint Operating Committee requires a monthly Material Balance Report. It is a specialized Accounting Voucher that brings together the month's accounting and volumetric activity. The Joint Operating Committee is the governing organizational context; its report and Accounting Voucher are the accounting records through which that activity is represented.

Closing requires financial debits and credits to balance and the required volumetric balances to be achieved. Material balance addresses the volumes within the reporting context. System balance addresses connected inputs and outputs. Partnership balance addresses allocation among the relevant participants, royalty holders and other entitled parties. The report must not be cleared or closed while its required balances remain unresolved.

Once balanced, the joint-account amounts, volumes and inventories clear to the relevant participant accounts through the applicable allocation processes. The agreements determine the allocation basis, including legal or chemical-composition methods where applicable. The business specification does not assume that an accounting balance proves the accuracy of every underlying measurement.

Period history and amendments

Production streams are associated with the relevant processing, gathering and sales contracts. Property changes, including additional wells and contracts, enter the applicable month's Accounting Voucher template. Prior configurations must remain available so that an amendment uses the context governing the period being changed.

Where information is unavailable, identified accruals or estimates support the prescribed accounting process, including subsequent reversal and amendment. They must remain distinguishable from confirmed measurements. The source's next-month reversal approach should be carried into the detailed design together with the rules for replacing estimates and resolving exceptions.

People, Ideas & Objects amendment example begins with a neighboring facility's revised production configuration. A downstream gas plant then recalculates its allocation to Joint Operating Committee Y. Applicable IoT evidence, Y's allocation agreements, sales contracts and royalty calculations support amendments to participant reporting and general ledgers.

The example describes reconciliation with major distribution carriers before the end of 90 days. That is an illustrative sequence, rather than a universal finality deadline. Completeness across the affected system must be supported by the connected reconciliations. The detailed propagation and exception rules remain for development.

Evaluating deployed work

The financial integration uses the resulting period information to evaluate an engagement's costs and effects. Well-level information and shared-cost allocations must remain traceable as results are consolidated and amended. A revised allocation can change a prior commercial assessment even though the physical work was completed correctly.

Material Balance Report supplies accounting and volumetric evidence. Accounting Voucher posts the relevant accounting results to the General Ledger. Reporting status, allocation changes and amendments contribute to the Synallagi transaction's evolving business context through those authoritative records.

The management-accounting evaluation combines the evidence with technical expectations and defined recovery assumptions. Closing the report does not itself establish profitability or complete the evaluation of a deployed capability.

Joint Operating Committee - Capability Deployment, Part II

 Today’s blog post examines the development of transaction templates and their associated Accounting Vouchers, together with the interfaces engineers and geologists will need to use them. These templates will support the planning and deployment of the commercial aspects of oil & gas operations, from filling a vehicle’s fuel tank to drilling a well. They will connect the work being undertaken with its financial consequences, providing visibility into commercial issues and opportunities as the project unfolds. This will substantially reduce organizational latency.

Accounting expertise will be available throughout. Engineers and geologists, however, must drive the operating requirements and help design the interfaces through their participation in our user community. Service providers will contribute the accounting expertise necessary to translate those requirements into dependable financial processes. We cannot build a system that meets your needs without comprehensive input and active participation from the engineering and geological communities.

These transactions may extend across several accounting months. Their associated Accounting Vouchers must maintain a continuous view of the project while recognizing costs and obligations in the appropriate accounting periods. Accruals will record costs already incurred for which invoices or final amounts remain outstanding. As actual charges become available, the corresponding accruals will be cleared or adjusted, ensuring that each cost is recorded once. Project completion will bring a reconciliation of recorded costs, outstanding obligations, and remaining estimates.

Once the transaction’s activities, responsibilities, and accounting treatment have been defined—with service providers supporting the accounting specifics—the template will provide the basis for what Synallagi describes as Autonomous Asynchronous Transaction Orchestration. This orchestration will coordinate the transaction as work progresses, information arrives, and authorized actions become due. The Accounting Voucher will record the financial consequences and retain the supporting evidence.

The engineer or geologist will manage the project according to their professional judgment and discipline, within the authority assigned to them. Our objective is to automate most routine accounting activity, with service providers managing accounting oversight, exceptions, reconciliation, and administration through Synnefa, our cloud offering. This will allow engineers and geologists to concentrate on the work and its commercial performance, supported by accounting that develops alongside the project.

1. Designing Transactions

Capturing the agreement

Designing Transactions establishes the business basis of an engagement before its recurring processing begins. The parties identify what will be delivered, how it will be measured, what value will be exchanged and how compensation will occur. The design captures their understanding while that understanding is available to the people making the agreement.

The Accounting Voucher provides the transaction-design capability. Accountants and the relevant business participants define the units of work, the beneficiary, the charging basis, the accounting destinations and the evidence required for processing. Standardizing, counting, valuing and compensating give a transaction an agreed meaning across organizational boundaries. Different Joint Operating Committees can use these common methods while retaining their particular contracts, operating configurations and capabilities.

The transaction design also identifies the event that causes work or AFE’s and Lease charges to arise. For production accounting, a production input can initiate the defined service-provider task, with billing based on the work rendered. The Accounting Voucher template supports reuse in subsequent months. Changes to the property or agreement must be reflected in the applicable version, while earlier configurations remain available for prior-period work, adjustments or corrections.

Connecting delivery and value

The financial integration adds the expected technical and commercial contribution to the engagement's description. Participants should be able to identify the problem, the proposed work, its anticipated cost and the result they intend to evaluate. An engagement to diagnose a well may deliver a reliable explanation and recommendations; an engagement to implement a correction may deliver a changed operating condition. Their acceptance evidence will differ.

Service delivery, payment entitlement and realized property performance are separate questions. An agreed service can be completed and payable before its effect on production or capital recovery is known. Recording the expected contribution enables later evaluation without silently changing the provider's agreed compensation into a performance-contingent arrangement.

The proposed automation follows the designed transaction, the applicable agreement and valid authority. It processes defined events and presents exceptions requiring attention. Accounting Voucher provides the accounting expression, including posting to the General Ledger. Business transaction design supplies the accounting and commercial basis; field direction proceeds through Operational Control.

The Synallagi transaction connects the applicable authorization, resource deployment, commitments and accounting results. Its design must retain the relationship between deployed financial resources and their authorized sources and destinations, through the Work Order for operational engagements and through Episteme for research collaboration. It must also accommodate approved changes without obscuring the basis on which earlier work occurred.

2. Operational Control

Innovation and execution

An innovative producer needs both the freedom to develop better methods and the ability to execute work under recognized authority. The Joint Operating Committee may assemble a temporary operating organization from several producers, vendors, suppliers and service providers. Everyone involved needs to understand who directs the work, which instruction applies and what has already been authorized.

Industrial Command & Control establishes that operational chain of command. The Job Order provides the particular field instruction issued by its recognized and designated authority. Field operations require the appropriate Job Order, and execution follows its authorized scope.

Job Order and contractual authority

Work Orders and Job Orders are mutually exclusive business tools. The Work Order deploys financial resources and supports specialist assignments, time and charging. The Job Order directs field action. Operational financial resources are distributed through a Work Order. Episteme retains the research functions previously housed in Work Orders and deploys independently approved participant funding without a mandatory separate Work Order. The operational financial deployment requirement does not make the Work Order a field instruction or prescribe a parent-child relationship between the two tools.

The user community will determine the shared references, detailed relationships and amendment procedures. The distinction already established is that operational financial deployment uses the Work Order, while operational direction uses the Job Order under recognized command authority. Episteme retains financial deployment and related controls for research collaboration.

A Job Order has no spending authority outside the previously approved contractual arrangements for its listed tasks. An instruction to perform work must therefore remain within the relevant contract and authority. Where a proposed action exceeds those arrangements, the required contractual and expenditure approvals must be addressed before the expanded action proceeds. The detailed amendment procedure remains for the user community to specify.

Acting on a financial finding

A financial anomaly should reach the people able to investigate its cause and assess a response. It may reveal a measurement problem, an unexpected cost, a production deficiency or an assumption that no longer holds. The finding initiates review; it does not establish a physical diagnosis or authorize expenditure by itself.

Technical and commercial participants develop the response under the applicable governing arrangements. Investigation, correction, preservation, suspension and restoration each require the appropriate authority and work arrangements. This gives financial information a route into operational decisions while preserving responsibility for those decisions.

3. Purchase Order

Discretionary contract control

Purchase Order functionality is discretionary and selected by the producer. Standard Synallagi configuration excludes it. Where selected, it supports the control of vendor relationships and significant contracts within the Accounting Voucher environment.

Its purpose includes qualifying vendors, conducting the bidding process, recording the agreed work and controlling payment against contractual conditions. Selection must consider the vendor's ability to perform the required work and meet the project's criteria. The lowest submitted price does not by itself demonstrate that capability.

Payments and coding

The approved contract supplies the basis for prepayments, progress payments, partial payments, holdbacks and final acceptance, as applicable. The Purchase Order records the relevant conditions so that Accounting Voucher processing can apply them. Final payment follows the contract's completion and acceptance requirements, including any unresolved holdbacks or other conditions.

The Purchase Order number does not replace or change the AFE, Cost Center or Lease charge code. Expenditure still reaches the appropriate accounting destination and retains its capital or operating classification. A payment under a Purchase Order must remain distinguishable from the evidence used to judge the engagement's eventual commercial contribution.

Producers choosing this functionality gain a further means of expressing and administering their contract controls. Its discretionary status does not remove the need for valid contracts, spending authority or accounting when the feature is absent. The detailed facility-project purchasing example and implementation of purchasing services remain matters for user-community development.

4. Work Order

Assigning expertise and recording its cost

The Work Order is the means through which financial resources are deployed for operational engagements. It also records a specialist's approved assignment and provides the basis for recording time and charging the appropriate beneficiary. It supports the deployment of producer capabilities across Joint Operating Committees and preserves the terms needed to recover the cost of providing them.

All financial resources distributed for the operational engagement pass through the Work Order. The record connects the approved source of those resources with their intended use, beneficiary, commitments and charging destinations. This deployment role operates within the existing expenditure and contractual authorizations; it does not originate an AFE or create authority beyond those arrangements.

The assignment identifies the person or resource, the work, its beneficiary, the agreed charging basis and the authorized accounting destinations. Time can be attributed to the applicable AFE, Lease, project, research or administration account as the work progresses. Accounting Voucher provides the accounting representation and General Ledger posting, and Partnership Accounting applies the relevant participant allocations and joint-account consequences. The Work Order's resource-deployment role remains connected to those accounting and payment functions; it does not establish a separate settlement system.

A specialist may work across several properties. Each assignment must remain identifiable so that one Joint Operating Committee's work is not charged to another and the same time is not charged twice. Resource commitments must also remain visible to those authorized to make them. A listing of expertise does not establish that the specialist is available or already assigned.

Research collaboration is organized through Episteme, described in section 9. Episteme retains the research functions previously housed in Work Orders, including participant contributions, funding, allocation, approvals and accounting support. Participants' approved time and charging arrangements can support research within that arrangement without a mandatory separate Work Order.

Example: a completion specialist

Producer X participates in Joint Operating Committee Y. Y requires X's completion capability, listed in Knowledge & Learning. X's COO proposes a trusted former employee as Senior Engineer. The engagement is agreed through Y's Joint Venture Agreement operating procedure, recorded through a Work Order and charged for the authorized hours against the completion AFE.

Where the discretionary Revenue Per Employee method is selected, People, Ideas & Objects example uses a $3 million annual reference and an agreed $300 hourly rate. These are illustrative inputs. The example does not establish a mathematical conversion between them or presume that the former employee is currently employed by X. The contracting and representation arrangement, and the rate derivation under the industry-based standard methodology, require specification.

The financial integration adds the expected completion outcome and a subsequent review of its technical and commercial effects. The record should allow participants to distinguish work accepted, charges processed, payment received and improvement demonstrated. Any field instructions retain their separate Job Order and Industrial Command & Control basis.

5. Lease

The operating accounting context

Lease is the accounting feature derived from the petroleum lease that captures the Joint Operating Committee's revenue, royalties and operating costs. It provides the monthly breakdown of those amounts through the financial statements being prepared. It separates day-to-day operating accounting from special-purpose capital expenditure recorded against an AFE.

No capital costs are chargeable to Lease. A shared view of property performance must preserve that separation. Bringing operating results and capital-recovery information together for analysis does not move capital expenditure into the Lease accounts.

Capability Deployment uses the Lease context when authorized work and charges relate to operations. The applicable authority for Lease spending forms part of the Synallagi transaction; the Lease charge code alone does not provide spending authority. The Work Order deploys the approved financial resources, while the Lease supplies the operating accounting destination.

The underlying record should retain the well or activity to which an amount is attributable and identify the basis of shared allocations. This detail permits an individual well's performance to be examined without losing the Joint Operating Committee's overall accounting relationship.

Actual costs and comparable information

The financial integration requires actual administrative and service-provider charges to remain visible. Where a cost is shared, the allocation method must be identifiable. A standard method supports comparison between properties, while the underlying information must preserve material differences in their physical conditions, contracts and work performed.

Monthly reporting supplies a period view. Current work may also need the latest available accounting and commitments. Users must be able to distinguish the selected period, estimates and subsequent amendments. These distinctions allow engineers and geologists to use financial results as evidence without treating every variance as a confirmed change in physical performance.

Lease serves this accounting purpose. Administration of petroleum rights and interests continues through the responsible property and agreement functions.

6. AFE — Authorization for Expenditure

Purpose, approval and commitments

The Authorization for Expenditure establishes the approved budget and purpose for capital outlays. It records the required participating Joint Operating Committee approvals and reports expenditure against the agreed budget. Supplementals and other approved changes form part of the continuing authorization history.

Deployment must remain connected to that approved purpose and the contractual arrangements for the work. Financial resources authorized through the AFE are deployed through Work Orders for operational engagements and through Episteme for research collaboration. The applicable AFE authorization, deployment authority and changing commitment position form part of the relevant Synallagi transaction context.

Budget availability must reflect commitments already made as well as expenditure already recorded. Live or near-live information must support controls that prevent the same available resources from being committed again; refreshing a displayed balance alone is insufficient.

The user must also be able to return to the relevant accounting period or production month. The historical view must preserve the approval and accounting context applicable at that time.

Commercial evaluation of additional expenditure

The financial integration connects a proposed capital engagement to its expected contribution. Participants need to see the additional expenditure, the production it is expected to enable or preserve, its timing and its effect on continuing capital recovery. A workover may improve performance without adding reserves; its commercial case should describe the benefit actually expected.

Earlier investment remains visible when additional work is undertaken. New expenditure cannot make an earlier recovery deficiency disappear from the commercial evaluation. The evaluation should distinguish opening unrecovered expenditure, additions, the actual contribution toward recovery and the remaining recovery requirement, using a defined method that avoids counting the same deficiency twice.

This is a management-accounting evaluation. Financial-reporting depletion, the carrying value of assets and the commercial recovery requirement remain separate measures. Any allowance for replacement of produced reserves must also be explicit and distinguishable from recovery of expenditure already incurred. This specification adopts no universal recovery period or return assumption and does not direct that operating losses be capitalized.

AFEs for a Joint Operating Committee are approved by its members under the applicable governing arrangements. An independently authorized producer research AFE retains that producer's approval basis. Approved AFE funding is appropriate for eligible Work Order or Episteme activity; the deployment record does not originate or enlarge that authority.

Research funding

An independently approved producer or Joint Operating Committee AFE may fund an eligible research contribution. A producer may also independently authorize an AFE for its research budget. Episteme can deploy the resources made available under those independent approvals; it cannot originate an AFE. Episteme retains the research functions previously housed in Work Orders and deploys those resources within the approved arrangements, without a mandatory separate Work Order. Episteme does not create the funding authority it relies upon.

Funding source and accounting classification remain distinct. Research contributions must be classified according to their nature and the applicable accounting treatment. A capital account cannot accept an operating charge merely because funding was described through an AFE. The precise mapping is a user-community development matter.

Joint Operating Committee - Capability Deployment, Part I

 We resume the handoff of Synallagi further development to our user community with a detailed review of the Business Operations Management module. We have organized its functionality into three sub-modules: Planning, Marketplace, and Joint Operating Committee - Capability Deployment. Business Operations Management supervises and coordinates the activity across these environments, providing engineers and geologists with the commercial workspace through which they will manage the properties entrusted to them.

Understanding this module begins with understanding Synallagi approach to industry organization. We place the Joint Operating Committee at the centre of that organization, aligning producer compliance and governance with the industry’s legal, financial, operational, decision-making, communication, cultural, strategic, and innovation framework. This alignment provides the context for everything that follows.

Within Synallagi, the Joint Operating Committee becomes the primary focus of property management and commercial performance. The producer firm takes a supporting organizational position alongside the marketplace, while retaining its own responsibilities and obligations. This shifts attention toward the property, its economics, and the capabilities required to make it successful.

For engineers and geologists, the implications are substantial. Business Operations Management will provide their primary commercial workspace within Synallagi, bringing together the information, capabilities, and authorized actions they need to make decisions and evaluate results. It coordinates their work through the responsible Synallagi components, connecting technical judgment with commercial consequences.

Their opportunities need no longer be confined to one employer’s properties or the assignments available within a single firm. Through participating Joint Operating Committees, producer firms, and the marketplace, engineers and geologists will be able to apply their specialized capabilities wherever those capabilities are needed. A geologist with detailed knowledge of a particular formation or region, or an engineer with expertise in cost-effective fracturing techniques, could serve demand across the industry.

That broader opportunity carries greater accountability. Through our Targeting Framework, participants’ contributions will be evaluated against measurable outcomes, with financial rewards tied to the value they create. The framework addresses how an organizational structure becomes productive when:

• decision-makers share economically in the value they create;
• performance is measured against observable outcomes;
• authority is distributed locally;
• participants compete within common market rules; and
• successful practices spread without requiring one central planner to select every winner.

Today, we begin publishing the Joint Operating Committee - Capability Deployment sub-module. This is the environment through which engineers and geologists will bring together the capabilities, resources, and authorized work needed to achieve their objectives. It connects the opportunity to act with responsibility for the result.

We also foresee an industry in which digital assets play a growing role in ownership, financing, and settlement. In that future, tokenized securities could represent defined ownership interests in oil & gas assets and trade on regulated markets, much as shares do today. Stablecoins could provide a means of payment and settlement. These are distinct functions: one concerns the rights an investor owns; the other concerns how money moves.

The legislative timetable remains uncertain. On September 15, 2026, the U.S. Senate failed to advance the CLARITY Act in a procedural vote. Further consideration after the November election remains possible, but passage before January 2027 cannot be assumed. Senate Banking Committee statement; Reuters reporting.

In the model we envisage, tokenized ownership interests would connect investors to assets managed through Joint Operating Committee arrangements. The rights attached to those interests, including participation and representation, would be established through the underlying legal agreements. Engineers and geologists drawn from the oil & gas marketplace would provide the professional capabilities required to manage those assets under defined authority.

Their role would therefore expand. They would assume greater responsibility for the administration, management, and financial performance of the properties entrusted to them. Synallagi Business Operations Management module is designed to support that responsibility by connecting decisions, execution, and measurable commercial outcomes.

Tokenization also has significant implications for financial reporting. Recording a security on a blockchain does not remove its underlying securities-law obligations. The SEC has expressly stated that the format in which a security is issued does not change the application of federal securities laws. SEC statement on tokenized securities.

The specific reporting obligations will depend on the issuer, offering structure, jurisdiction, and applicable regulatory requirements. Quarterly reporting should therefore not be presented as an automatic requirement for every tokenized asset: existing U.S. reporting regimes already differ, including annual and quarterly reporting under the Exchange Act and annual and semiannual reporting under Regulation A Tier 2. SEC reporting guidance; Regulation A guidance.

Our commercial requirement is clear nonetheless. Investors need reliable financial information about the assets in which they participate. Synallagi is designed to support that requirement through financial statements and underlying records attributable to the relevant Joint Operating Committees and properties. Ownership, revenue, operating costs, overhead, capital commitments, and financial performance must be understandable and traceable.

This strengthens our case for Synallagi as a standard ERP system across the oil & gas industry. A marketplace for tokenized interests needs a dependable operating and financial foundation beneath it. Fragmented records, inconsistent reporting, and opaque property economics increase the difficulty and cost of participation. We intend Synallagi to provide the common foundation that connects ownership with accountable management and verifiable financial performance.

Joint Operating Committee - Capability Deployment

Business and Technical Specification — Release 1

Business Operations Management · Release 1 · October 15, 2026

This release establishes the reviewed business, conceptual and technical specification for Joint Operating Committee Capability Deployment. It provides the current basis for the wiki and user-community handoff. Detailed calculations, record relationships, contribution contingencies and implementation decisions identified in the specification remain for development. This is a specification baseline, not a claim of completed software.

Part I — Business Specification

Note to Our User Community

The Joint Operating Committee needs the capabilities required to operate its properties profitably, preserve its reserves and pursue worthwhile opportunities. Those capabilities may reside with its participating producers, an individual specialist, a service provider or a research collaboration. Their usefulness depends on being available when required and supported by clear authority, agreed compensation and reliable accounting.

Synallagi proposes to remove designated operatorship and organize the required capabilities through Pooling. Each producer develops its particular strengths and contributes them to the Joint Operating Committees in which it participates. Additional capabilities are obtained from the market. This allows specialization and the division of labor in the sciences of geology and engineering to extend across organizations, while each engagement retains its own purpose, participants, commitments and accountability.

Capability Deployment brings these arrangements together within Business Operations Management, presented through the Engineers and Geologists interface. It connects a requirement with suitable capabilities, the authority to engage them, the work performed, its accounting consequences and the evaluation of results. These activities contribute to the developing Synallagi transaction. Accounting, participant allocation, security and operational direction continue through their responsible Synallagi components.

Synallagi is organized around the Joint Operating Committee and its requirements. Its intended use extends across producer sizes, from start-ups to firms the size of Exxon. A producer's size does not change the need to identify the applicable property, agreement, authority, contribution and accounting treatment.

Our user community includes engineers, geologists, accountants, administrators and the people who provide services to the industry. Their combined knowledge is necessary to describe both the technical work and the business arrangements that make it possible. Capturing those arrangements while people agree to them gives subsequent processing a reliable basis and reduces the need to reconstruct their intentions after costs have been incurred.

Specialists and their clients

Engineers and geologists are the primary users of Business Operations Management. Its interface begins with the individual, the selected Joint Operating Committee and the producers represented in the engagement. A specialist may work as an employee within assigned JOCs or as an independent professional serving several producers and JOCs. Capability Deployment organizes these client engagements and their approved capabilities, contributions, work and accounting consequences.

One persistent Synallagi identity can carry several separately approved assignments. The selected context determines the party represented, the information available and the authority to act. Security & Access Control prevents information or authority from one client assignment carrying into another. The engagement must provide the producer-private information required for the approved work. The specialist's authority to represent a participant or approve a transaction remains separately established.

Capability Deployment contributes to a New Discipline connecting scientific judgment, transaction design, actual economics and accountable results. Reducing Organizational Latency means shortening the time between recognizing an opportunity or deficiency and implementing the authorized response. Planning, Marketplace Interface and Capability Deployment support that work through their respective responsibilities.

Engineers and geologists must work with the user community to define and validate the tools needed for science and innovation, both initially and throughout Synallagi life. Artificial Intelligence is a proposed contributor to that productivity within the established information, authority and accountability boundaries.

Success requires engineers and geologists to have clear, complete and timely access to the information and functions needed for their approved work. Employment status must not become an artificial barrier to a client's information. Trust, as a developing Organizational Construct, must be incorporated with explicit representation, accountability, confidentiality and the producer's Intellectual Property rights. These arrangements protect IP and industrial secrets while enabling the work. The design must identify and resolve missing access that prevents success; it must also preserve the agreed client context and disclosure rights.

Commercial purpose

The objective is reserves preservation, performance and profitability. Engineers and geologists need to see how their technical decisions affect actual costs, production, recoverable reserves and the recovery of invested capital. Accountants need the technical and contractual context that explains those results. Capability Deployment connects that information to people who can act on it.

A requirement may arise from new development, maintenance, research, an obligation or a financial deficiency. A well's disappointing financial result can prompt a technical investigation, just as a technical observation can prompt a commercial review. The purpose is to identify the appropriate response and make its effects visible. Greater production alone does not establish that the work improved the property's economics.

The price maker strategy supplies the commercial discipline: each producer uses market price and the detailed economics of its interests to make independent business decisions. Breakeven calculations make the relevant cost and recovery requirements visible and help identify deficiencies requiring action. Where property action requires Joint Operating Committee approval, those decisions are exercised through the applicable governing arrangements. Capability Deployment provides the means to obtain expertise and carry out authorized responses.

Marketplace Interface

The Marketplace Interface enables engineers and geologists to find and engage vendors, suppliers, service providers and specialized capabilities through Synallagi integrated business functions. This Business Operations Management sub-module connects with the Petroleum Lease, Resource and Financial Marketplace modules. For its detailed function and capability, see Business Operations Management — Marketplace Interface.

Planning and shared capabilities

Business Operations Management — Planning is the principal setting for Research & Capabilities. Capability Deployment draws on plans and identified requirements through the Knowledge & Learning module to organize approved work. The results of that work can inform subsequent planning, subject to the information's permitted use.

Planning and Capability Deployment share the use of Pooling, Industrial Command & Control, Episteme and other relevant capabilities. Planning may examine the expertise and resources needed for proposed work; deployment establishes and carries out the approved engagement. A planning requirement does not itself commit resources or authorize an operation. Shared capabilities retain their meaning and authority across the sub-modules, and their detailed exchanges remain to be specified.

Supervision, service providers and process coordination

Business Operations Management provides the supervisory and coordination role across its sub-modules for the selected Joint Operating Committee. The sub-modules define particular capabilities; the overall module connects their use into coherent operating processes. It follows what initiates work, the information required, applicable approvals and dependencies, progress, results and exceptions requiring attention.

Responsibility is distributed across three levels. Each sub-module or responsible Synallagi component defines its business function, calculations, records, rules and results. Business Operations Management coordinates when and how those functions are used together. The Conceptual Model and technical companions specify the relationships, exchanges, transaction states and implementation required to support that coordination.

A detailed formula remains with the capability responsible for its calculation. Business Operations Management coordinates when the calculation is needed, which authorized inputs and applicable version are used, and how the result affects commitments, expenditure or subsequent decisions. The same principle applies to record relationships: the responsible components maintain their authoritative records, while module-level coordination defines the business connections between them.

One possible process path begins when Planning identifies a requirement. Knowledge & Learning supplies the relevant capability information; Capability Deployment organizes the engagement; Work Orders deploy its financial resources; Industrial Command & Control and Job Orders direct field execution; accounting records the consequences; and results inform subsequent planning and performance evaluation. This is an illustrative path. Other work may begin at a different point, branch, return for further investigation or proceed concurrently where its dependencies and authority permit.

These processes are broken down into individual elements performed by specialized service providers. Each provider handles its defined element of the coordinated process, with an identifiable input, required work, result and responsibility. A sub-module may therefore involve several providers, and a provider's defined service may support more than one process. This division of work makes specialization operational while preserving accountability for each contribution.

Autonomous Asynchronous Transaction Orchestration coordinates execution and communication between those elements. It conveys the relevant information, requests, completion evidence and exceptions so that the next eligible activity can proceed under its defined conditions. Asynchronous operation allows elements to progress when their inputs and approvals are available, without requiring every participant to act at the same time. Dependencies and authorization requirements continue to govern the work.

Business Operations Management provides the supervisory view of the overall process and the decisions or exceptions requiring attention. Autonomous Asynchronous Transaction Orchestration carries the defined work and communications across the participating services and responsible components. Each service provider remains accountable for its element; orchestration supplies no authority beyond the governing arrangements.

As the process advances, the Synallagi transaction carries or references the relevant authority, commitments, assignments, service results and accounting consequences. Its connected business context develops through these contributions, while the source records remain with their responsible components. Capability Deployment specifies what it contributes, requires and returns; coordination across the sub-modules is developed at the Business Operations Management level.

The developing Synallagi transaction

A Synallagi is the transaction whose relevant elements and attributes are progressively defined by the modules. Security & Access Control establishes its identity, representation, role, authority and access context. Business Operations Management adds the more detailed and changing business context needed to act: authorized AFE spending, authorized Lease spending, Work Order authority, operational instructions, commitments and the other applicable elements of the engagement.

Security provides the comparatively stable foundation; Business Operations Management develops the more variable business context. The foundation continues to evaluate authority and access as relationships, assignments and transaction conditions change. Passing an access check therefore enables the relevant work in context; it does not grant permanent authority regardless of subsequent changes.

The business elements form part of the Synallagi transaction itself. They connect the parties and their authority with the resources deployed, work performed, accounting consequences and outcomes. As further modules are developed, they’ll contribute additional elements, attributes and relationships. The responsible components continue to maintain their authoritative records.

The conceptual model will define how the transaction carries or references these elements and their history. The business requirement does not prescribe one physical record containing everything, or require every transaction to contain every element. It requires the relevant context to remain connected and attributable as work progresses.

Continuing development

Business Operations Management will continue to develop with its sub-modules and the wider Synallagi specification. Changes must identify the affected business requirements, responsible components and companion layers, preserve the basis of earlier authorized work, and be reconciled through the user community. Operational and accounting amendments retain their own authorities.

A Perception of Financial Status, Part VII

 The Service Industry

During the early-to-mid 2000s oil boom, tension between exploration giants like EnCana Corporation and the oilfield services (OFS) sector erupted into highly publicized corporate friction. While corporate communications departmentally used sanitized language like "industry constraints," top executives—most notably EnCana's legendary and blunt founding CEO, Gwyn Morgan—frequently and publicly targeted drilling and service companies with variations of the "greedy and lazy" narrative.

This friction boiled down to a massive clash over costs, corporate cultures, and contract structures during the peak of the North American natural gas rush.

1. The Accusation: "Unacceptable" Inefficiencies and Price Gouging

As commodity prices skyrocketed in the early 2000s, drilling contractors and service providers significantly raised their rates because rigs were in extremely high demand. EnCana’s leadership was furious, viewing these price hikes not as fair market dynamics, but as opportunistic greed and a lack of cost discipline by the service sector. [1]

Blaming Services for Capital Destruction: EnCana publicly lamented that the service industry was effectively "eating their profits." Executives openly complained that even though natural gas prices were high, the drilling contractors were charging so much—while working at what EnCana perceived as inefficient, slow speeds—that it was destroying the E&P sector's capital efficiency.

The "High-Performance" Culture Clash: Under Gwyn Morgan, EnCana prided itself on an intense, lean, "high-performance" environment. When third-party service rigs suffered operational delays, mechanical failures, or slow drilling times, EnCana corporate management frequently blamed a lack of work ethic and poor management on the part of the service providers, essentially labeling them lazy. 

2. The Retaliation: Demanding "Manufacturing-Style" Rig Efficiency

To combat what they saw as a greedy service sector, EnCana attempted to fundamentally change how drilling companies operated. They forced contractors into resource play hub models. Instead of treating drilling as a specialized, variable craft, EnCana demanded a repetitive, assembly-line process designed to squeeze every dollar out of the service teams. [2]

If a drilling company could not match the exact, grueling speed benchmarks EnCana set, they were aggressively penalized, dropped, or publicly criticized for their operational failures.

3. Escalation to Legal Warfare: The Xtreme Coil Dispute

The corporate animosity and accusations of laziness/incompetence didn't just stay in press releases—they frequently went to court. A prime example of this friction can be seen in the bitter legal battles between EnCana Oil & Gas and its contractors, such as Xtreme Coil Drilling. [3]

When operations faced delays or safety shut-downs, EnCana didn't blame the geological complexities or their own aggressive timelines. Instead, their legal and corporate stance was that the drilling contractors were providing deficient equipment, failed to work "efficiently and safely," used unproven technologies that caused delays, and breached contracts through sheer operational negligence. [3]

The Service Industry's Perspective

From the perspective of the drilling companies and field workers, EnCana's "greedy and lazy" narrative was pure corporate hypocrisy. Contractors argued that:

EnCana was the one driven by hyper-greed, demanding breakneck speeds that compromised worker safety to feed its aggressive corporate growth strategy. [4]

The service sector was facing severe labor and supply shortages; they weren't being "lazy"—they were working 90-hour weeks in brutal conditions trying to meet impossible corporate quotas.

[1] https://www.theglobeandmail.com

[2] https://www.offshore-energy.biz

[3] https://learned.law

[4] https://www.discoverestevan.com

End of article.

The Reality

Having witnessed the treatment of the service industry throughout the 1980s and 1990s, I regarded Encana’s response as another example of producers mistaking commercial leverage for superior business judgment. The suggestion that drillers needed to be taught how to run their businesses overlooked the conditions under which those businesses had struggled to survive. Oil & gas is an engineering discipline, what more is there to say. 

The period from the mid-1980s to 2000 had left its mark. In our analysis, repeated production below full commercial breakeven contributed to cycles of expansion and contraction, while accounting treatments softened the appearance of inadequate capital recovery. Producers sought to protect themselves during downturns by cutting activity and demanding lower service costs. The service industry absorbed the consequences through idle equipment, reduced employment and losses on investments made to meet producers’ earlier requirements.

Reluctance to invest in additional equipment or recruit and train another workforce was therefore understandable. It reflected experience. A drilling company that had repeatedly watched demand disappear had good reason to question whether the next expansion would recover its costs. Producers could request more capacity, but they could not reasonably expect the service industry to forget who had borne the cost of the previous contraction.

Yet when that capacity was needed again, caution could be recast as greed, inadequate staffing as laziness, and the time required to rebuild as incompetence. The same commercial restraint that had kept a service company alive became an inconvenience to a producer’s plans. This attitude appears when financial work is dismissed as merely pushing paper. Accounting, administration and the provision of capital are essential contributions to the business. Investors’ demands for accountability deserve the same consideration as engineering’s demands for equipment and personnel.

Much of the service industry works far from corporate offices and public attention. Its people tend to let their work speak for them. They operate where plans encounter physical reality—where equipment fails, conditions change and somebody must determine what to do next. They troubleshoot, innovate and, through experience and persistence, get the job done. That capability takes years to develop. Once lost, it cannot be restored simply by approving a larger capital budget.

This is why the absence of a convincing organizational response is troubling. Producers cannot continue to assume that equipment, skilled people, financing and trust will become available whenever their plans require them. Restoring those resources demands a credible commercial proposition for everyone expected to contribute, including the service industry.

Responsibility rests with the officers and directors who possess the authority to change that proposition. They must examine how their decisions contributed to the deterioration, identify what must be rebuilt and establish how profitable production will finance the work. Another cycle of expenditure followed by cost cutting does not meet that obligation.

My concern is that the reckoning will be deferred until consumers experience the consequences through higher costs and less reliable supplies. By then, leadership changes alone will be insufficient to restore the capabilities that have been lost. The work must begin while there is still time to organize and finance it. Until leadership accepts that responsibility, the prevailing instruction remains: don’t stop the music.

A Perception of Financial Status, Part VI

The Benefits of Adopting Synallagi Price Maker Strategy

As the alternative People, Ideas & Objects propose Synallagi price maker strategy putting profitability at the center of production decisions. Each producer uses market prices and actual financial information at the well, property and Joint Operating Committee level to determine independently what to produce, what to withhold and where to invest. A justification to produce unprofitably doesn’t exist. 

1. Stronger Producer Profitability and Lower Costs

■ Maximize Profitability: Producers maximize corporate profitability when losses from unprofitable wells or properties no longer dilute the gains from profitable ones.

■ Cost Reduction: Keeping unprofitable oil & gas production as reserve avoids the production, transportation, processing, storage and administrative costs associated with bringing that output to market.

■ Variable Overhead Costs: Synallagi model converts administration and accounting costs into variable costs charged to each Joint Operating Committee. Profitable production covers those costs, with the associated cash outlay recovered by producers within the model’s 60-day cycle. Shut-in production does not incur any of these production related or overhead charges. Cash incurred for overhead costs is managed through a recurring float.

■ Shared Cloud Administration & Accounting: Synnefa.ai, our Cloud Administration & Accounting for Oil & Gas, shares software, service, accounting and administrative infrastructure costs across industries production profile. The cloud distribution model lowers the cost of providing these capabilities.

2. Independent Decisions and Accountable Organizations

■ Independent Business Decisions: Our price maker strategy is built on each producer making independent business decisions using actual, factual financial information at the property level. Each producer determines its own production response to market prices and its own economics.

■ Production Discipline: Profitability provides a fair and reasonable criterion for deciding what to produce. Producers that continue producing unprofitably continue to incur losses, weaken their financial position and impair their ability to compete in North American capital markets.

■ Dynamic Organizational Structures: Dynamic organizational structures compete using data and information that reveal where value is created or lost. This extends to everyone within the organization and those in the tertiary sectors who support the business, connecting their contributions to the producer’s financial performance.

3. Prices That Support a Viable Industry

■ Market Stability: Withholding unprofitable production allows market prices to reflect the cost of supplying the marginal volume. Producers respond to the information markets provide: a price. Their independent decisions connect production more closely to economic demand.

■ Replacement Value: The realized market price of oil & gas must support the current costs of exploration and development—the cost of replacing the energy produced today. Production that fails to recover those costs consumes the industry’s productive capacity without financing its renewal.

■ Reserve Valuations: Economically sustainable commodity prices strengthen the value of petroleum reserves. Higher prices can make additional volumes economically recoverable, subject to the applicable reserve-classification criteria. Managing production with these economics in view supports officers’ and directors’ stewardship of the producer’s assets.

■ Consumer Decisions Based on Price: Prices that support profitable production communicate the economic cost of supplying energy. Consumers use those prices to make decisions about consumption, efficiency, substitution and investment, helping demand adjust to the economics of supply.

■ North American Swing Producer Capability: Synallagi provides a basis for North American producers to perform a swing producer role through independent profitability decisions. Higher-cost production is withheld when it cannot earn a profit and returned when market conditions justify it. This makes production responsiveness an operating capability, rather than relying primarily on cuts to future development and the service industry.

■ Addressing the Boom / Bust Cycle: Dynamic adjustments to producers’ production profiles address deteriorating profitability as it emerges. Property-level financial information exposes the effects of industry overbuilding earlier, allowing producers to respond through production decisions before another prolonged bust destroys financial resources and productive capacity. Eliminating the boom / bust cycle is the strategy’s objective.

4. Innovation and a Stronger Service Industry

■ Innovation Opportunities: Shutting in an unprofitable well or property creates the opportunity to investigate how to return it to profitable production. Engineers and geologists can evaluate ways to increase productive performance, reduce costs or expand economically recoverable reserves while the remaining profitable production strengthens the producer’s financial position.

■ Profitability as a Foundation for Innovation: Stronger realized prices and financial performance provide resources for research, experimentation and development. Innovation becomes an activity financed by a prosperous industry, with its results evaluated through their contribution to profitability.

■ An Alternative to Alleged Capital Discipline: Cutting drilling and completion spending is a dull, blunt response to low prices. It can sacrifice future productive capacity while transferring the immediate burden of the bust to the service industry. Synallagi production discipline addresses the economics of current output directly, allowing development decisions to be judged on their own commercial merits.

■ Greater Continuity for Service Industry Participants: A more stable, profitable producer sector supports greater continuity of activity and income for drilling, fracturing and other service companies. This gives those businesses a stronger foundation for developing innovative products, specialized capabilities and more diverse markets.

5. Prudent Reserve Management and Long-Term Stewardship

■ Strategic Reserve Management: Reserves are assets to be managed prudently, not obligations to produce at any price. Holding them until they can be produced profitably preserves their future value and avoids the incremental costs and losses associated with unprofitable production.

■ Realizing the Value of a Finite Resource: Each barrel of oil equivalent delivers an estimated energy equivalent of 10,000 to 25,000 hours of human labor. Our January 2026 illustration priced that contribution at as little as $0.006 per equivalent labor hour. This extraordinary value comes from a finite resource. We owe future generations an industry that uses it responsibly and remains robust, prosperous, profitable and viable. Price makers bring on new production when it is profitable, preserving both the resource and the financial capacity required to develop what follows.

Crypto and Stablecoins

Synallagi—the Greek word for transaction—is specified to support Stablecoin payments and the exchange of Crypto assets. These capabilities serve distinct purposes: Stablecoins provide a means of settlement, while appropriately structured digital tokens can represent ownership or other financial interests in oil & gas assets.

The regulatory requirements depend on the rights represented by those interests, their offering structure and the jurisdictions involved. In the United States, tokenizing a security does not remove it from securities law. Registration or an applicable exemption, together with the relevant disclosure and reporting obligations, must be addressed. The evolving division of responsibilities between the Securities and Exchange Commission and the Commodity Futures Trading Commission is therefore more specific than assigning all Crypto to one regulator. SEC: Statement on Tokenized Securities.

For a producer seeking to securitize interests in a property or an individual well, regulated financial reporting becomes an essential foundation. Investors need to understand the revenues, operating costs, actual overhead, capital requirements and financial performance supporting their investment. Synallagi purpose-built oil & gas Autonomous Asynchronous Transaction Orchestration ERP system is designed to provide that underlying information. The financial statements and disclosures required for a particular offering would draw on this accounting, with their form and publication determined by the applicable obligations. An oil & gas producer therefore in its most basic expression is a consolidation of Joint Operating Committee interests. However those interests may be held.

For engineers and geologists, the significance extends beyond the ownership instrument. A property with its own configuration of investors requires exploration, development, drilling, completion and operating expertise. It need not recreate an entire producer organization to obtain those capabilities. Specialists can be engaged through the Joint Operating Committee, supported by the shared accounting and administrative capabilities of Synallagi.ai and Synnefa.ai.

This creates a third reason for engineers and geologists to support Synallagi: the opportunity to take responsibility for properties whose owners select technical leadership on demonstrated performance. A record of reserves preservation, performance and profitability becomes evidence of the individual’s ability to work within oil & gas and manage an asset competitively within North American capital markets.

That opportunity builds on two benefits already discussed. The first is the ability to apply specialized expertise beyond a single employer. A geologist may serve several Joint Operating Committees operating within the same geological zone. A completions engineer may apply a decade of experience in multilateral fracturing across specific properties throughout the industry. The second is the ability to demonstrate the financial contribution of that expertise through the calculation of revenue per employee, strengthening both the specialist’s contribution, competitive position and the case or justification for participation in further projects.

Synallagi Work Order system provides the means to assign work and capture the billable time attributable to each authorized engagement. A specialist establishes the client relationship and agreed terms, receives the appropriate charging codes, and records time against the relevant assignments as work progresses. Capital work is charged to the applicable Authorization for Expenditure; operating and administrative work is directed to the appropriate Lease or overhead account. Research engagements retain their unique Work Order approved funding and charging arrangements.

This connects work-in-progress, billing and settlement to the activities actually performed. Moving between projects becomes a matter of selecting the correct authorized assignment by way of its Work Order, while the accounting records preserve the relationship between the work, its cost and the property or activity receiving the benefit.

Compensation can then be negotiated on the strength of demonstrated technical and financial performance. Measures such as Revenue per Employee can contribute to that evaluation alongside the profitability, capital efficiency and reserves performance attributable to the specialist’s work. The objective is to make the value of expertise visible and give individuals a practical means of competing on that value.

Synallagi shared Cloud Computing, software, accounting and administrative resources delivered through Synnefa.ai are intended to support North American producer organizations Joint Operating Committee interests. Including those assembled around an individual property. Stablecoin settlement and tokenized investment interests adopt that capability by connecting ownership, financing, professional services and operating performance within a common Synallagi.ai framework ideal for Crypto tokenization or securitization. 

Standardized and Objective Accounting

I can hear the objection already: “I support Synallagi objective accounting, but I’ll never agree to standardizing our accounting. Our assets are unique. No common system could accommodate their complexity.”

Those concerns belong in the Synallagi software development process. Producers must sit down with our user community and explain those specific characteristics, obligations and operating requirements of their assets. No one should assume that another participant will identify those requirements on their behalf. Participation is how the industry’s comprehensive and unique knowledge becomes part of Synallagi. Withholding that knowledge and subsequently objecting that the system does not accommodate it is a predictable route to dissatisfaction.

Standardization must preserve meaningful differences between assets while establishing a consistent basis for evaluating their financial performance. Different reservoirs, operating arrangements and contractual obligations will produce different costs and results. Common accounting definitions and methods make those differences understandable. Without them, an apparent performance advantage may reflect how a producer prepares its accounts rather than how effectively it operates.

Producers who regard their particular accounting conventions as a competitive advantage should reconsider where their competitiveness originates. Accounting and administration provide essential capabilities. Their greatest contribution is to place reliable financial information in the hands of people who can act on it. Engineers and geologists should be able to demonstrate the value of their expertise through actual costs, capital recovery and profitability. A common basis of evaluation strengthens that competition by making the financial contribution of technical performance visible.

The standards employed in Synallagi will be developed through our user community’s synthesis of industry requirements and the capabilities of the technologies being applied. Producers, accountants, administrators, engineers and geologists must bring forward both problems and opportunities during Synallagi development and throughout the system’s continuing evolution. Their participation should produce an accounting framework capable of accommodating the industry’s requirements while maintaining consistent, traceable and objective evaluation.

Financial reporting already demonstrates the importance of a common framework. Generally Accepted Accounting Principles provide a basis for preparing information that investors can understand and compare. They do not eliminate differences between businesses or the need for due diligence, but they reduce the need to reconstruct each company’s financial language before evaluating its performance. Comparability and faithful representation are central objectives of financial reporting. FASB: Financial reporting objectives and comparability.

Synallagi applies the corresponding discipline to Management Accounting and commercial decisions. Its detailed evaluations must remain distinguishable from financial-reporting requirements, while drawing on the same underlying transactions. A producer should be able to explain both its reported financial position and the actual performance of the operations supporting it.

That obligation matters because oil & gas producers compete for capital with Apple, NVIDIA and businesses throughout the economy. Investors can direct their funds anywhere and elsewhere. Producers must therefore demonstrate that reported earnings translate into capital recovery, sustainable cash generation and competitive returns. A favourable presentation of accounting results cannot discharge those commercial requirements. Accounting is prepared to report performance, not value as it has been misinterpreted in oil & gas for decades.

Objectivity is equally necessary inside the producer. If the financial evaluation indicates that a well should be shut in, the people responsible must understand the costs, production assumptions and recovery requirements behind that conclusion. They must be able to trace the result to its source and establish that the same methods have been applied consistently across relevant wells, properties and Joint Operating Committee interests. That consistency must extend across the industry through standardized methods applied to each producer’s actual circumstances. A producer can then make its own shut-in decision with confidence that its evaluation reflects a common commercial standard and that differences in reported profitability arise from underlying performance rather than inconsistent accounting methods.

Under Synallagi price maker strategy, each producer retains responsibility for its own production decisions. Standardized accounting supplies a dependable basis for exercising that responsibility. If a well is unprofitable, management must be able to identify the deficiency, evaluate possible remedies and determine whether production should continue. Trust in the information comes from understandable methods, reliable records and the ability to examine how the conclusion was reached.

Engineers and geologists are being asked to work within a financial inheritance they did not individually create. Restoring confidence will require more than another statement of intent from officers and directors. Technical improvements must contribute to sustained profitability, and that profitability must produce financial resources the business can use. Dividends, debt reduction and capital investment should be supported by demonstrated performance. Repeated equity issuance cannot become a permanent substitute for earning the capital required to sustain and develop the business.

Standardized and objective accounting would provide part of the accountability and transparency demanded by the investment community since the 2015 downturn. These are obligations to shareholders, not discretionary improvements to be postponed until circumstances become more favourable. Where confidence has been damaged, rebuilding it requires consistent evidence that the business recognizes its commercial responsibilities and acts on them.

Until that change occurs, producers will remain under pressure to direct available cash toward debt repayment and shareholder distributions. Banks may eventually be satisfied when their loans are repaid. Investors’ loss of confidence may prove more enduring. Restoring faith and trust requires leadership that demonstrates its ability to recover capital, earn competitive profits and finance the industry’s renewal. In our view, that now requires both a change in leadership and a change in how the industry is organized. Without those changes, “Muddle Through” remains the prevailing business model and culture, and the rebuilding the industry needs remains deferred.

The first requirement is leadership that understands why this change is necessary. The second is an organizational and systems framework that makes the discipline enforceable through defined responsibilities, traceable transactions, consistent methods and reviewable decisions. Integrity must be reflected in how the business operates each month. That is the purpose of standardization and objectivity within Synallagi: to make performance understandable, responsibility identifiable and commercial decisions accountable. Together, they support a culture of petroleum reserve preservation, performance and profitability capable of replacing the failed “Muddle Through” culture of today.