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.

A Perception of Financial Status, Part V

Hedge Hogs

Producers are correct that hedging can mitigate the financial consequences of adverse commodity prices. Investors may appreciate that protection. They’re entitled to an answer to a more fundamental question: why does the underlying production lose money? A hedge settlement can offset a loss. It does not establish that the operation generating that loss is commercially competitive.

My objection to the widespread reliance on hedging has three parts. It can obscure the need to correct unprofitable production, send the wrong message through the organization, and weaken production discipline by insulating producers from the consequences of continuing to market uneconomic volumes which continue to escalate recovery costs.

Innovation Fades, Don’t Rock the Boat

The cultural consequences deserve particular attention. Engineers, geologists and accountants should be encouraged to identify problems, challenge assumptions and improve financial performance. Their contribution becomes harder to recognize when hedge proceeds are used to dismiss the significance of operating losses. The implicit instruction becomes: continue producing; the financial arrangements will cover the difference.

Hedging does not eliminate the value of an employee’s improvement. Management can, however, create a culture in which that improvement is treated as unnecessary. Why identify an avoidable cost, propose a different operating method or investigate an unprofitable well if leadership regards the outcome as already settled? Why take responsibility for a problem that management insists does not require a response?

That is how “Muddle Through” becomes institutionalized. The organization protects its existing arrangements while the people capable of improving them are encouraged to remain within their assigned roles. Competitive initiative becomes an interruption to the routine.

“Muddle Through” Continues

Are these firms oil & gas producers whose technical expertise generates competitive returns, or commodity trading organizations whose financial arrangements compensate for inadequate operating performance? The distinction matters. When management answers questions about profitability with “we are hedged,” it risks substituting the performance of a financial contract for the performance of the business it’s appointed to manage.

Excess Supplies Long Term Effect on Price

The third objection extends beyond the individual producer. Where hedge receipts support continued production that would otherwise fail the commercial test, the resulting volumes still enter the physical market. The hedge changes the producer’s financial exposure; it does not recognize or remove that production's capital costs. To the extent those volumes sustain an excess of supply, the consequences reach other producers and the wider industry when commodity prices are influenced.

Synallagi price maker strategy requires the production decision itself to carry commercial discipline. Each producer must know whether its interest in a well, property or Joint Operating Committee earns a profit at the market price. Financial protection must not become permission to disregard that information.

Negative prices make the issue unmistakable. On April 20, 2020, the May WTI futures contract settled at negative $37.63 per barrel. That was a specific contract settlement, rather than a uniform global oil price, but it remains a striking example of a commodity acquiring a disposal cost. CFTC: May 2020 WTI contract.

Our concern is the acceptance of continued negative-price production as an ordinary way of conducting business. The paper’s illustration applies an assumed negative $2.15/Mcf realization to substantial Permian gas volumes over a quarter. It exposes what happens when production consumes cash, recovers none of its allocated capital and leaves fewer remaining volumes to meet the outstanding obligation. A hedge settlement if necessary must be shown separately from the performance of the underlying Joint Operating Committees result.

Calling the gas “associated” does not resolve that commercial problem. The term describes gas produced alongside oil; it does not make the resource disposable or remove the obligation to account for its value. Oil & gas revenues and their shared costs must be evaluated together where appropriate, while retaining visibility into the contribution and consequences of each commodity.

The scale makes that visibility essential. EIA reports that Permian marketed natural gas production averaged 27.6 Bcf/day in 2025. A resource of that magnitude warrants explicit commercial management, whatever terminology is used to describe its relationship to oil production. EIA: Permian natural gas production.

Our calculation of approximately $5.4 trillion in cumulative natural gas revenue shortfalls relative to heating-value equivalence this century provides a broader measure of the pricing deterioration we are challenging. That calculation and the negative-price illustration address different aspects of the problem. Neither is answered by reporting that an individual producer received compensation under a hedge.

Restoring natural gas prices to their approximate 6:1 heating-value relationship with oil could generate substantial additional revenue. However, that relationship alone does not establish profitability. If oil is priced below the level required to recover its full costs competitively, pricing natural gas at one-sixth of that oil price may leave gas production below breakeven. 

Synallagi price maker strategy and breakeven calculations work hand in hand: the calculations establish what each well and property must recover, including actual operating costs, overhead and capital within a competitive period; the strategy uses that information to determine whether the market price supports profitable production. Heating-value equivalence provides a comparative benchmark. The decision to produce rests on profitability.

People, Ideas & Objects defines overproduction in commercial terms: production sold below the full breakeven required to recover operating costs, actual overhead and capital within a competitive period. Under this definition, excessive production begins when the volume marketed fails that commercial test. We believe this began during the July 1986 oil price crash and whose consequences were felt well into this century. 

Continuing to overproduce has consequences beyond the individual producer. Additional supply can depress the price received on a much larger volume already being marketed. Other producers then face reduced margins and greater capital-recovery deficiencies. When they continue producing below their respective breakeven levels, the process reinforces itself. Reserves are consumed, capital remains unrecovered, and subsequent production carries an increasing recovery burden. Deferring the recognition of capital costs in financial statements does not resolve that commercial deficiency.

The question is whether the industry’s organization allows market prices to impose meaningful commercial discipline. A price signal cannot protect capital or preserve reserves when producers repeatedly proceed without recovering their full costs. Sustained over decades, this behaviour can erode the financial capacity required to maintain the industry, support its service industry and replace declining production.

Our natural gas analysis measures revenue deterioration against a stated heating-value benchmark. The corresponding erosion of oil revenue requires its own explicit benchmark before it can be quantified. The commercial obligation is nevertheless the same for both commodities. Synallagi breakeven calculations establish what must be recovered, and its price maker strategy requires each producer to act on that information. Production must earn the resources necessary to sustain and renew the industry.

The production discipline begins with recognizing that producing a property below its full commercial breakeven dilutes the producer’s corporate profitability. For commodities with the price maker characteristics of oil & gas, the consequences extend beyond that property. Additional unprofitable production can depress the market price received on other production, drawing more properties below their respective breakeven levels. When producers respond by continuing to produce, the financial damage compounds: reserves are depleted, capital remains unrecovered, and the remaining production must carry a greater recovery burden. Sustained over decades, this behaviour consumes the industry’s capacity to finance its own renewal. Too often, the apparent prosperity of the “good” years depended on investors’ willingness to supply the capital that production had failed to recover.

Synallagi is designed to provide the information necessary to act. Transactions are captured in detail. Our user community’s service provider organizations perform specialized accounting and administrative processes and charge the relevant Joint Operating Committee for the services delivered in the current month if profitably produced. Each property therefore receives actual, consistently prepared cost information, including the overhead incurred in administering its activities.

Overhead allowances would no longer stand in for actual costs in this commercial evaluation. Any capitalization required for financial reporting would remain separately identifiable and would not obscure the underlying expenditure. Operating costs, actual overhead, capital recovery and the required return would establish the commercial threshold for each producer’s interest.

That detailed account information gives engineers and geologists a financial basis for improving performance. It gives accounting a direct role in the production decision. It gives officers and directors a result for which they can be held accountable.

Our objective is to eliminate reliance on hedging as a substitute for profitable production. Under Synallagi price maker strategy, profitable production proceeds, and production that fails the commercial standard requires corrective action, preservation or suspension. When Joint Operating Committee costs are all variable based on profitable production, all production would be competitively profitable. The opportunity to benefit from stronger prices remains, while the obligation to address inadequate economics is immediate.

“We are hedged” is an explanation of a financial position. It is not an answer to “why are we producing unprofitably?”

Debate # 42, Perception of Financial Status

We have another debate-style podcast produced with Google’s NotebookLM. This discussion brings the cultural issues addressed in A Perception of Financial Status into focus for listeners who may find them less apparent in a conventional presentation.

Standard and Objective Accounting

One simulated presenter advances the commercial argument behind Synallagi. The other raises objections that will sound familiar to anyone who has followed our work. The exchange is useful because it exposes a fundamental misunderstanding about what standardized, objective accounting contributes to an oil & gas business.

At one point, Synallagi is characterized as a “brilliant theory which completely falls apart as soon as it hits the dirt.” That is almost as dramatic as some of my own claims. The accompanying objection, paraphrased, is that accounting cannot standardize physics.

It cannot. What it can do is establish what applying that physics costs, what the resulting production earns, and whether the investment is being recovered.

Generally Accepted Accounting Principles illustrate the value of a common financial framework. Investors can apply a familiar structure when examining different businesses, while considering the circumstances and disclosures specific to each. Comparability reduces the work required to understand a company and evaluate its performance. The underlying businesses remain different.

Synallagi brings a similar discipline to Management Accounting. People, Ideas & Objects, our user community and service provider organizations propose standardized methods for determining the actual financial performance of wells, properties and Joint Operating Committee interests. Each property retains its geology, engineering requirements, production characteristics and costs. The methods used to evaluate their commercial consequences are consistent.

That consistency matters when an evaluation indicates that production is unprofitable. Those responsible must be able to examine the costs, assumptions and capital-recovery requirements, trace them to their sources, and understand the conclusion. They must also know that comparable evaluations elsewhere follow the same commercial standards.

Each producer then makes its own production decision. A common method gives that decision a defensible foundation while preserving the ability to identify errors, investigate anomalies and consider remedial work. The paper discusses the commercial benefits of withholding unprofitable production, with further detail in our Master Appendix.

The objection about the unique nature of the “rock” therefore misses the purpose of the proposal. Those differences belong in the evaluation. They determine the costs, production profile and practical alternatives being assessed. Geological uniqueness makes accurate financial information more valuable.

I recognize that this is an AI-generated debate, but the suggestion that the rock prevents objective accounting is one of the more imaginative justifications for “Muddle Through” that I have encountered.

A second benefit of standardization extends throughout the organization. From the mail clerk to the president, people should understand how their work fits into the business. Across the industry, participants should understand how work is authorized, performed, recorded, billed and paid.

The industry already relies on common technical specifications to make equipment and operations work together. A coherent commercial framework can bring comparable clarity to transactions and responsibilities. It should be straightforward to determine what was agreed, who completed the work, where the cost belongs, and when payment is due.

"A New Discipline"

This is part of what we describe as “A New Discipline” for working in the twenty-first century. Organizational latency—the time consumed by handoffs, unresolved responsibilities, missing information and repeated approvals—restricts what skilled people can accomplish. Reducing those delays can release more of the productive capacity of engineers, geologists and the service industry. Synallagi is designed to make the relevant responsibilities and processes explicit in the software.

My frustration with the resistance to this approach has a long history. A search of my blog returned 124 uses of “viable scapegoats” between August 8, 2019, and April 27, 2026. I developed that expression to describe objections that, in my experience, repeatedly displaced the commercial question without resolving it.

Early in this project, my emphasis on profitability was often met with the assertion that cash flow was what mattered. Yet cash received from production must be evaluated against the expenditure required to generate it and sustain the business. If capital is not being recovered, returning to investors for the annual shareholder issuance does not settle the performance question.

Engineering and geology have accomplished extraordinary things. Their achievements need a business framework capable of demonstrating that the value created exceeds the resources consumed. Otherwise, the pursuit of greater output risks becoming an unconstrained science experiment financed by others.

The long-running argument over shutting in production illustrates the problem. For years, I encountered categorical claims that production could not be suspended. Yet the industry has long used shutdowns for maintenance, turnarounds and safety. The relevant questions concern the characteristics of the particular operation, the consequences of suspension and the conditions for restarting.

Our 2019 paper on the commercialization of shale advanced the case for commercial production discipline. Less than a year later, the pandemic produced large-scale output reductions, including economic shut-ins in the United States and Canada. The IEA reported that global oil supply fell by approximately 11.8 million barrels per day in May 2020 through a combination of OPEC+ cuts and reductions elsewhere. IEA: June 2020 Oil Market Report

That experience refutes the blanket assertion that production cannot be shut in. It also reinforces the need for competent engineering assessments of individual wells and properties. Synallagi commercial evaluation gives those assessments a financial context.

Meanwhile, the replacement obligation continues. Between December 2023 and December 2024, production from existing Lower 48 oil wells declined by 4.3 million barrels per day—approximately 39% of their starting production rate. New wells replaced those losses and allowed total production to increase 270,000 boe / day. EIA: production declines from existing wells

What capital-recovery requirement should have been included in the commercial cost of that production during 2024? How much capital did the revenues actually recover, and how much remained outstanding as the existing wells’ production rates declined? Would a seven-year recovery assumption require justification against those properties’ production profiles, costs and competitive performance requirements.

The decline percentage alone cannot answer those questions. It does, however, demonstrate the scale of the recurring replacement obligation. Producers must recover their investment from the production that investment generates while preparing to finance subsequent development. If recovery falls behind, new investment adds another financial commitment before the previous one has been satisfied. Synallagi breakeven calculations are designed to make that accumulating obligation visible and establish the capital recovery required in the price of each unit produced.

This is the physical dimension of the “leaky bucket.” Much of the production added each year replenishes the decline from existing wells before contributing to growth. Growth stops when those additions merely match the losses. If additions fall below the replacement requirement, aggregate production declines. The question is how long the industry can sustain the investment, equipment, skilled personnel and productive locations necessary to meet that recurring obligation.

The financial counterpart is central to the hypothesis I have pursued since the July 1986 oil price crash and my initial 1991 corporate attempt at resolving this: production that fails to recover its full commercial costs progressively consumes the industry’s capacity to renew itself. Producers can maintain or increase output while leaving capital unrecovered, drawing down working capital and weakening the service industry on which subsequent development depends. In our assessment, the market is now revealing the accumulated consequences of that process. The financial deficiency is manifesting in the resources and capabilities available to sustain production.

We argue that additional effort within the present organizational configuration cannot resolve this underlying problem. Faster drilling, improved completions and greater production can deliver technical gains while perpetuating the commercial deficiency if the resulting revenues still fail to recover the full cost of production. The necessary change concerns how the industry evaluates performance, assigns responsibility and acts on market prices. Continuing to optimize output without establishing that discipline leaves the cause of the deterioration intact.

Shale intensified this challenge by transforming an industry organized around scarce discoveries into one capable of developing abundant resources. That abundance must be managed profitably. An extensive resource base requires the financial and operational capacity to bring it into production, recover the investment and repeat the process. Waiting until aggregate production falls leaves the underlying deterioration unaddressed until its consequences become unavoidable.

Synallagi is our proposed organizational response to that hypothesis. Its breakeven calculations establish the full commercial recovery requirement, and its price maker strategy supports each producer’s independent decision about whether production meets it. Standardized, objective accounting makes performance visible; defined responsibilities make decisions accountable. Together, these changes are intended to establish the profitability and repeated capital recovery necessary to rebuild the industry’s capacity and sustain North American energy independence.

Leadership for a Profitable Future

LNG introduces another test of that discipline. Access to international markets creates an opportunity to improve the value realized from North American natural gas. Producers must demonstrate how their contracts and production decisions convert that opportunity into sustainable profitability and capital recovery. The material costs and deductions between the destination sale and the producing property should be understandable.

For Canada, this is already an operating reality: LNG Canada shipped its first cargo in June 2025. Further development makes preparation more urgent. Producers should establish how their investments will earn competitive returns as export capacity expands. LNG Canada: first export cargo

Synallagi proposal is to calculate the financial performance of each Joint Operating Committee using actual, detailed costs and standardized methods. Its price maker strategy applies that information to the production decision. The objective is profitable production that recovers capital and finances renewal.

The debate also characterizes hedging as responsible corporate governance. Hedging can manage price exposure, but that does not answer whether the underlying production earns an adequate return. My objection is to using hedge proceeds as a substitute for addressing persistent deficiencies in the production business. The financial performance of the property must remain visible.

The prospect of another commodity supercycle raises the same question. Higher prices may improve cash receipts. Leadership must still explain what will change in its decisions, capital recovery and organizational performance. A favourable market does not, by itself, establish that the business model has been repaired.

Around the 7:30 mark, the discussion returns to a familiar proposition: geological characteristics dictate financial performance. Another version of the objection is that "accounting cannot make a basin profitable." No, but managing a business can.

Geology establishes physical opportunities and constraints. Financial information allows people to evaluate the commercial choices within them. Accounting can reveal which activities create value, which consume it, what must change and whether a proposed intervention earns its cost. Producers need both forms of knowledge to run a scientific business.

The first requirement is leadership that understands why this change is necessary. The second is an organizational and systems framework that makes commercial discipline practical through defined responsibilities, traceable transactions, consistent methods and reviewable decisions.

Integrity must be evident 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 reserves preservation, performance and profitability capable of replacing “Muddle Through.”

A Perception of Financial Status, Part IV

Part IV of People, Ideas & Objects paper "Consider This... A Perception of Financial Status: Why Oil & Gas Producers are not Profitable"

The Consequences

    The consequences to breakeven accumulate through time. Production that contributes too little toward capital recovery leaves fewer remaining volumes to recover the outstanding breakeven costs. Production that doesn’t attain the breakeven threshold increases that burden further. The required breakeven recovery price per reserve unit will rise as the resource is depleted. A positive reserve valuation, or profit, establishes that the business can finance reserves replacement, pay down bank debt, restore service industry capacity and earn a competitive return. 

These obligations extend beyond the producer’s balance sheet. Drilling contractors, completion companies and other service companies need margins sufficient to maintain equipment, retain skilled people and finance their own renewal. These are the costs represented as capital in the breakeven calculations. Producer’s cost reduction cannot automatically be celebrated as efficiency if it depends on weakening essential suppliers. The productive system must be commercially sustainable throughout its relationships. The Primary Industry operator, the producers, holds the responsibility to uphold these principles.

These warnings have been visible for years. In the Dallas Fed’s 2019 Energy Survey, respondents described restricted capital access, tighter lending conditions, weak returns and pressure on service-company margins. These were concerns expressed within the industry itself. Eleven years after the 2015 downturn, leadership must explain how its response has addressed their investors underlying requirements for profitability and accountability. Dallas Fed Energy Survey, third quarter 2019.

Investors have specifically demanded that tier 1 ERP systems be implemented within the industry. Over the course of this period none of the issues of accountability or profitability have been resolved. Indicating that none of the current market solutions have been able to address industry difficulties. As a result investors remain on the sidelines. The responsibility belongs with those authorized, responsible, accountable and have the resources available to them to act. Officers recommend operating systems and investment programs; boards approve them and oversee their consequences. The disruption and expense of implementing an Enterprise Resource Planning (ERP) system are reasons to evaluate it rigorously and govern it competently. The required outcome is an operating framework in which complete economics influences decisions and those decisions remain accountable. Where warnings and requests for action are documented, leadership must remain accountable.

Synallagi, our user community and their service provider organizations are our proposed means of restoring a culture of reserves preservation, performance and profitability. The vision enables business and technical disciplines to strengthen each other across producers of all sizes. Recognition of the Joint Operating Committee is central: Synallagi proposes to align the compliance and governance framework with the legal, financial, operational decision-making, cultural, communication, innovation and strategic frameworks of North American properties. 

People, Ideas & Objects’ business models, embodied in Synallagi, present an estimated value proposition of $25.7 to $45.7 trillion. Our calculation of $5.4 trillion in cumulative natural gas revenue shortfalls relative to heating-value equivalence this century illustrates the scale of one commercial failure Synallagi is designed to address. The capital component concerns an estimated $20 to $40 trillion of investment over the next 25 years and the difference between how the competing business models would finance it. Where production fails to recover its capital, producers must seek additional funding from investors or bankers, draw down existing resources, or reduce investment. Synallagi is designed to establish the profitability and competitive capital recovery necessary to return that capital through production and make it available for repeated reinvestment. The proposed value lies in replacing a recurring financing deficiency with an internally funded capacity for renewal.

Within the Joint Operating Committee framework, preserving the resource becomes an explicit commercial decision. Natural gas reinjection, for example, deserves evaluation where it could reduce negatively priced sales, support reservoir performance and retain gas for later recovery. Its costs and limitations must be assessed alongside the consequences of continuing the existing practice. The production decision should follow demonstrated economics and a competitive capital-recovery standard.

The responsibility extends to future generations. Oil & gas are finite resources; once consumed as fuel, they are unavailable to those who follow. Our obligation is to leave a responsibly managed resource base and an effective industry capable of supplying future needs. Depleting the resource while failing to finance the people, equipment and infrastructure required for renewal transfers consequences to people who had no part in today’s decisions. Financial weakness can ultimately become a long term supply problem, exposing society to shortages, price shocks and disruption.

This paper examines whether the industry’s perception of financial status corresponds to its capacity to meet those obligations. Synallagi must be examined against explicit commercial requirements and evidence of practical performance. Existing arrangements must meet the same scrutiny. Officers and directors who cannot demonstrate a sustainable model must address its deficiencies. Where documented failure persists alongside refusal to investigate and act, their fitness to continue in office must be challenged. North America’s energy future requires leadership that can account for what its decisions leave behind.

The question remains, what is the residual value left in the industry?

Operational Perception of Financial Status

    The commercial question is direct: does the price offered recover the costs of production, recover the investment within a competitive period and earn a profit? If it does, produce. If it does not, do not produce. This is the governing discipline of Synallagi price maker strategy.

Market price supplies the external information required for that decision. The producer must supply the detailed knowledge of its own business. Forecasting prices, measuring inventories and developing increasingly elaborate interpretations of market behaviour cannot substitute for knowing whether a well, property or Joint Operating Committee interest earns a profit. An explanation for an inadequate price does not recover the capital consumed by accepting it.

Our concern is the progressive separation of production from that commercial obligation. Technical achievement, increasing volumes and continuing cash receipts can create a perception of financial strength while earlier investment remains unrecovered. These disastrous consequences accumulate in the business and in the remaining resources.

Natural Gas Pricing and the Accumulation of Unrecovered Capital

The 2026 natural gas calculation

    For the first eight months of 2026, our updated North American natural gas calculation records a revenue gap of US$358.6 billion against heating-value equivalence, compared with US$364.8 billion for all of 2025. Eight months have accumulated 98.3% of the preceding full year’s gap. Compared with the corresponding eight months of 2025, the increase is 40.7%.

January–August 2025

Heating-value revenue gap        US$254.9 billion

Monthly average                         US$31.9 billion

January–December 2025

Heating-value revenue gap        US$364.8 billion

Monthly average                         US$30.4 billion

January–August 2026

Heating-value revenue gap        US$358.6 billion

Monthly average                         US$44.8 billion

Our calculation divides the monthly oil price by six, subtracts the selected natural gas price and multiplies the difference by U.S. and Canadian monthly production, with the necessary volume conversion. It measures the revenue difference against the six-to-one heating-value relationship used in our analysis.

Monthly heating-value revenue gap = production volume × [(oil price ÷ 6) − natural gas price].

This measures the deterioration in revenue relative to heating-value equivalence. Determining the associated failure to recover invested capital requires the producer’s actual costs and receipts. These measures address related questions, but their dollar amounts must not be added together as separate losses.

The Permian’s negative-price impact is not separately visible in this high-level calculation. The workbook applies a broad gas-price series to combined production, and each monthly gas-price input for January–August 2026 is positive. It does not separately apply negative Permian realizations to the volumes receiving them. The aggregate therefore cannot isolate that regional loss or establish its contribution to prices elsewhere.

This is precisely why detailed Management Accounting is necessary. The industry-wide calculation identifies the scale of the revenue divergence. The well, property and Joint Operating Committee accounts must establish what the producer actually received, what it spent and what remains unrecovered.

The Unrealized Capital Costs of Past Production

I describe this accumulated deficiency as the unrealized capital costs of past production: investment attributable to hydrocarbons already produced and sold that their proceeds did not recover. The resource has been consumed, but its assigned capital-recovery obligation remains unsatisfied.

This deficiency arises whenever production fails to recover its full allocated capital, even when operating costs are covered. Limiting the calculation to operating cash losses would conceal an essential part of the problem.

Recording depletion does not collect cash. Removing a cost from the accounting carrying value does not establish that investors recovered their investment. Financial reporting and commercial capital recovery answer different questions. Our calculation keeps the outstanding recovery obligation visible as subsequent production decisions are made.

The following three iterations form one continuous example. Each carries the preceding balance forward. The figures are deliberately small and illustrative; they are not estimates of actual shale costs or Permian prices. All production is assumed to be natural gas, expressed in BOE for consistency. The tables calculate a simplified capital-recovery breakeven, excluding taxes, financing costs, discounting and the required profit. Those additional requirements would form part of the complete commercial price calculation.

First Iteration: Positive Cash Flow and Deficient Capital Recovery

Assume $100 of unrecovered capital, ten remaining BOE and operating costs of $2 per BOE. Initial capital recovery is $10 per BOE, producing a $12 breakeven before the additional requirements identified above.

If the first BOE sells for $8, operating costs consume $2 and only $6 remains to recover capital. The outstanding capital balance becomes $94, spread over nine remaining BOE. The revised breakeven is $12.44. The $4 deficiency has not disappeared because the first BOE’s were produced.

If subsequent production sells for $8 per BOE, the position develops as follows:

Eight BOE have generated $64 of receipts and incurred $16 of operating costs. The resulting $48 has recovered less than half the original $100 investment, although 80% of the original resource has been produced. The remaining two BOE must each sell for $28 to recover the outstanding $52 and their operating costs.

If the ninth BOE sells for $8, only one remains, carrying $46 of unrecovered capital. Its required price becomes $48. Alternatively, selling the final two for $28 each would retire the remaining balance. The difference is whether the recovery requirement governs the sale.

The balance must avoid counting a deficiency twice. After the first sale, $94 already includes the unrecovered $4 allocation: $100 less the $10 scheduled allocation, plus the $4 deficiency. Adding another $4 would overstate the balance. Equivalently, subtract only the $6 actually recovered from the original $100.

For the next iteration, we carry forward the position after eight sales: $52 outstanding and two BOE remaining.

Second Iteration: Shale Carries the Deficiency Into Another Investment Cycle

Now assume the producer adds a shale gas well to the same property before producing those final two BOE. It spends another $100 and adds ten recoverable BOE. The combined property now carries $152 against twelve remaining BOE. The old $52 has not been recovered merely because a new investment has been made.

Assume the shale well produces six BOE in its first production period and two in the next equal-length period. Between those periods, a $20 workover is required to maintain access to the production already included in the estimate. In this example, the workover adds no reserves. Sales remain $8 per BOE and operating costs remain $2 per BOE.

(Apologies for the rough table implementation. Please see .pdf for better renders.) 

Adding reserves initially reduces the calculated average recovery price from $28 to $14.67. That apparent improvement deserves attention: the denominator has expanded, but the producer has committed another $100 and has recovered none of the previous $52 through the investment itself. More reserves have redistributed the recovery burden.

The new well then generates $64 of receipts from eight BOE. After $16 of operating costs, $48 contributes to recovery. Against that contribution, the producer has incurred $120 of new expenditure. The balance carried into this iteration therefore rises from $52 to $124, with four BOE remaining across the property.

This combines the four shale characteristics central to our argument:

Heavy capital requirements: another substantial commitment is made while earlier investment remains unrecovered.

High initial production: six BOE are sold quickly without meeting the required recovery price. High volume accelerates the deficiency when the margin is inadequate.

Steep production decline: output from the new well falls from six BOE to two over equal periods. The contribution available for recovery falls from $36 to $12 per period.

Heavy workover costs: the assumed intervention adds $20 to the recovery obligation while preserving production already counted.

High initial output and steep subsequent decline are documented characteristics of horizontal production. The particular volumes and workover expenditure above are assumptions used to show their financial interaction. EIA: Rapid declines from horizontal wells require more drilling to sustain production.

A declining production rate does not automatically remove reserves. It reduces the rate at which the producer can generate receipts. Actual production reduces the remaining volumes. Where a workover adds recoverable volumes, both its expenditure and those additional volumes must enter the calculation. Here, the maintenance-only assumption makes its effect explicit.

The table combines the wells to demonstrate the carried-forward property obligation. The underlying accounts must retain each well’s costs, receipts and remaining volumes so that new development does not conceal the performance of earlier investment.

For the third iteration, we carry forward $124 outstanding and four BOE remaining.

Third Iteration: Negative Prices Add Cash Losses to Unrecovered Capital

Now assume the selling price falls to negative $1 per BOE. Operating costs remain $2 per BOE. Every BOE sold requires a $1 payment to the purchaser and another $2 of operating expenditure. The resulting cash deficit is $3 per BOE.

There is no contribution to capital recovery. The existing obligation remains, the additional deficit increases it and production reduces the volumes available to meet it.

The first negative-price sales produce a $6 cash deficit: $2 paid to dispose of the gas and $4 of operating costs. The outstanding requirement becomes $130. With two BOE remaining, each must now contribute $65 toward recovery and cover $2 of operating cost.

One more negative-price sale adds another $3. The final BOE is left to recover $133 and cover its own $2 operating cost. Its required price is $135, before financing costs, taxes and any profit.

The original capital allocation is not added again when the negative-price sale occurs. It is already in the opening balance. Only the new cash deficit is added. This preserves the distinction between previously unrecovered investment and additional cash consumed by continuing production.

Across all three iterations, initial investment, new development and the workover total $220. Sixteen BOE sold at positive prices contribute $96 after operating costs. Three subsequent negative-price sales consume another $9. The remaining obligation is therefore $220 − $96 + $9 = $133, supported by one remaining BOE.

If that final BOE sells at negative $1, the balance reaches $136 and no production remains from which to recover it. There is then no finite recovery price for this resource. The loss remains with the invested capital or must be borne elsewhere.

What the Progression Reveals

The three iterations expose a cumulative process. Inadequate positive prices leave part of the original investment unrecovered. Further development carries that deficiency into a new expenditure cycle. High initial production can consume the new resource before the recovery obligation is met. Decline reduces subsequent receipts, workovers add expenditure, and negative prices add cash deficits while consuming the remaining volumes.

This is an escalating recovery burden on subsequent production. It does not mean the physical cost of drilling has increased. It shows how repeated under-recovery can make full investment recovery progressively less attainable. The balance measures what remains unrecovered; it does not guarantee an asset of equivalent recoverable value or a market willing to discharge the obligation.

Nor does the rising balance establish today’s replacement cost. Historical capital recovery and the cost of supplying replacement production must remain separately visible. Both matter to commercial sustainability, but they answer different questions.

Improving the execution of a process does not establish that the process is creating value.

Our broader hypothesis concerns the cumulative effect of repeating this behaviour over decades. July 1986 was the first oil price collapse. Its financial history cannot be reconstructed from a current depletion charge alone. It requires an account of expenditure, actual recovery and the production already consumed. Our example establishes the mechanism; producer records must establish its magnitude.

Giving Commercial Evaluation Authority

Where production and expenditure are treated as evidence of success, the accounting function can become an administrator of decisions already made. The implicit instruction is, metaphorically, “shut up and pay the bills.” Authority to commit capital becomes separated from accountability for recovering it.

Synallagi price maker strategy is intended to change that relationship. Each producer evaluates the profitability of its interest in every Joint Operating Committee, property and well. Market price supplies the external signal. Detailed actual accounting supplies operating costs, actual overhead, outstanding recovery obligations, expected production and the capital-recovery period and return required to compete in North American capital markets.

The simplified tables spread recovery over all remaining volumes to expose the mechanism. Synallagi commercial calculation must also test timing: the volumes expected within the chosen recovery period, the expenditure necessary to deliver them and the required return. A reserve life extending over decades does not, by itself, satisfy a competitive capital-recovery requirement.

Profitable production proceeds. Production that fails the commercial standard is withheld or shut-in under the strategy. Reinjection and other preservation options are evaluated where technically and commercially suitable, with their costs and continuing obligations explicitly recognized. Monthly financial statements for each Joint Operating Committee identify deficiencies and require subsequent decisions to account for them. Synallagi turns all of the producer's costs, including overhead, variable based on profitable production. 

Engineers and geologists have a direct interest in this discipline. Their innovations can be evaluated for the financial contribution they deliver. Specialists can apply their expertise across relevant Joint Operating Committees, strengthening opportunities to compete on demonstrated performance. Commercial accountability gives technical achievement an explicit measure of value and a basis for financing further work.

The Cost of Delay

The consequences extend to secondary industry service companies, investors, lenders, employees, royalty owners and governments. Producers, as primary industry operators, depend on an industrial system whose secondary industry participants must maintain equipment, retain expertise, finance expansion and renewal. Continuing production without adequate recovery can weaken the resources needed to sustain that system.

Delay risks postponing the solution while making its implementation more difficult. Rebuilding financial capacity, equipment and expertise takes time. Consuming the resource without recovering its investment can leave less with which to undertake that rebuilding.

The discipline is to recognize the deficiency when it occurs and give that information authority over subsequent decisions. Otherwise, each unprofitable volume can leave a greater burden for the volumes that follow. Synallagi proposed culture of reserves preservation, performance and profitability is intended to interrupt that process while both the resource and the opportunity to recover its value remain.

Calculation note: The natural gas figures reproduce the previously checked workbook totals, using the updated “2025” worksheet of Natural Gas Price Losses - 2000 - 2024.xlsx: Z303, Z303 and Z315. The three capital-recovery iterations are illustrative commercial calculations, not financial-reporting capitalization instructions. They assume constant $2/BOE operating costs, no other receipts or expenditures, and application of all positive operating cash contributions to recovery. The negative $1/BOE assumption is not the separate negative $2.15/Mcf Permian assumption discussed elsewhere. Recovery balances after the workover and negative sales include those expenditures and cash deficits, regardless of their financial-statement classification.