How to read this interactive edition

Every chapter of the book is here, condensed for the screen, with the original figures. Fourteen working tools sit inside the chapters: the reward formula, the weight-setting protocol, the Health Gate register, the credit-card case and more. Each chapter ends with its key takeaways, the book's questions for reflection and a short check-your-understanding quiz. Your progress is saved in this browser.

The five parts

Choose your reading path

From Appendix K. Pick your role to see where to start.

Every few years, a company announces that it is reinventing performance management. The vocabulary changes: competencies become outcomes, ratings become check-ins, the annual review becomes continuous feedback. Yet the lived experience of most employees barely moves. People still feel that reward is rationed, that visibility beats contribution, and that a hidden curve has already decided who will be celebrated long before the work is counted.

The argument takes an unusual route to a practical destination. It borrows a lens from human biology: a living body distributes energy to its organs according to what the body is doing, not according to which organ is largest or loudest. A sprinter’s legs are fed differently from a reader’s eyes. A healing wound draws resources a resting limb does not.

What makes the metaphor useful is structure, not poetry. Departments are treated as organs, products as activities, rewards as the calories that follow real demand, and Health Gates stop any organ from consuming the body to feed itself. From that model come tools you can use: a contribution matrix, a reward formula, departmental scorecards and a governance design, all illustrated with a banking credit-card case study.

“Reinventing the vocabulary of performance is easy. Reinventing what we choose to feed is the harder, more honest work.”

A note to the reader

This is a proposal, not a proof. TCB™ is offered as a study-style hypothesis to be piloted, stress-tested and corrected. Read it the way an engineer reads a blueprint: looking for what will bear load, what must be reinforced and what should be redrawn.

The book is critical of forced distribution, but it is not anti-performance and not anti-measurement. It argues for better differentiation: differentiation that follows real contribution and protects the health of the organisation, rather than differentiation forced into a predetermined curve.

TCB™ has two distinct layers. Keeping them apart is the single most important rule in the book.

The metaphor communicates. The matrix makes the allocation rules explicit. An organ label explains a role; it never creates a compensation weight.

Primary use case

The primary application is the allocation of a finite variable reward pool. Promotions, headcount, training budgets and formal recognition are possible research extensions, not established applications. Each would need its own legal, ethical, operational and fairness safeguards.

Live-pay boundary

Conceptual simulations may begin with assumptions and imperfect data. A shadow pilot may run in parallel with the existing reward system. A real-pay pilot is different: it must not begin until the data, calculation, governance, legal, payroll, employee-relations, privacy, risk, audit and pay-equity conditions in Chapters 12–13 and Appendix M have passed.

Many companies still force employees into a predetermined distribution. In a small team this can mean only one person may receive the top rating, most must sit in the middle, and at least one may be placed at the bottom even when the team has no real underperformer. The results are demotivation, internal politics, unhealthy competition, weak collaboration and a slow erosion of trust.

TCB™ proposes a different approach. Before the period, the company approves a finite funding allocation and departmental weights for expected contribution to each product and stage. After the period, achieved performance and Health Gates determine awards within the published departmental ceilings.

Cap the department’s performance amount first, apply its own gate, then round the final amount down. Unused capacity and deductions remain unpaid. Try it yourself in Chapter 8’s reward calculator.

A company should not assume that reward follows headcount. A small department may have a material expected role; a large one may be essential to reliable delivery. Product-stage evidence, not size or anatomy, informs the allocation.

The shift in one sentence

The safeguards are deliberate. A department should not be rewarded for cutting too many people, creating burnout, increasing risk, damaging customers, hiding errors or gaming metrics. The Health Gates are what separate the model from a disguised cost-cutting exercise.

The main tools

• The Organ-to-Department Map
• Department headcount and reward-share diagnostics
• The Product Lifecycle Map
• The Dynamic Contribution Matrix
• The reward calculation with Health Gates

Their intended benefits are transparency, adaptability and contribution-based fairness. Those benefits require testing: an explicit calculation makes a policy inspectable, not automatically fair.

Imagine you manage a team of ten. The objectives were clear and the team delivered; many did more than expected. Then the year-end cycle begins and you are told you cannot rate everyone on their actual performance. Maybe only one person can receive five out of five. Maybe two can receive four. Most must receive three, and at least one may need a two, even if that person was not truly an underperformer.

“The manager is no longer evaluating performance. The manager is fitting people into a pre-decided shape.”

The curve was built for a different type of work

The bell curve assumes performance spreads naturally: a few excellent, a few poor, most average. Height works this way. Performance inside a company often does not. A small team can be full of strong performers; a department can have no serious underperformer in a given year. Structured rating practices trace back to early twentieth-century military and industrial settings (SHRM, 2024), where work was individual, supervised and repetitive. Today an operations analyst affects sales, a risk officer protects future revenue, and an engineer enables retention. Work is networked, yet many reward systems still measure people as if it were isolated.

Differentiation is not the problem

Supporters of forced ranking are right that companies must differentiate, cannot reward everyone equally and must face poor performance. The issue is forced differentiation. “Some people performed better than others this year” is performance management. “No matter what happened, this percentage must be excellent and this percentage poor” is statistical control. Microsoft ended its stack-ranking system in 2013 (SHRM, 2013).

The impact on motivation and collaboration

A reward system sends a message about what the company values. If only a few can win regardless of team results, people stop helping colleagues who might take the rating they need. They hoard knowledge and compete for visibility. Gallup (2019) reports that only a small minority of employees strongly agree that reviews motivate them to improve. A forced curve manufactures artificial scarcity, and punishing a team for being strong is a failure of system design.

Why existing alternatives have not solved it

Continuous feedback, 360-degree reviews, OKRs and removing ratings are real improvements (Cappelli & Tavis, 2016; Buckingham & Goodall, 2015). But none explains how rewards should be shared fairly when different departments contribute differently at different times. That is the question this book attempts to answer.

The missing link: contribution changes over time

In a bank selling credit cards, sales leads in acquisition. Once the card is sold, value depends on operations, customer experience, fraud, IT, product and finance. Why should the same reward logic apply in year one and year two? Most systems reward the visible moment, not the full lifecycle.

What the curve gets right

It forces managers to differentiate, it controls reward budgets and it creates a consistent story across a large organisation. Any replacement must answer differentiation, affordability and consistency. TCB™ answers with evidence-informed prospective weights, a funded pool with fixed departmental ceilings, and common governance rules.

Table 1.1 — Five hidden costs of a forced curve

Operating clarification: a finite pool is not a forced curve

TCB™ does not claim money is unlimited. Contribution weights total 100% so the same currency is not allocated twice. That is a funding constraint, not a forced distribution of human performance.

Table 1.2 — The forced curve and the Corporate Body, side by side

The shift replaces the question “why did the curve put me there?” with a better one: “what did my part of the business contribute, and how was that measured?”

In a healthy body, size, purpose and energy consumption are related, but they are not the same thing. Some organs are small yet energy-intensive. Some tissues are large yet less demanding at rest. Some systems become active only during certain activities. And organs must stay within a healthy size range. These four ideas are the foundation of TCB™.

Raichle and Gusnard (2002) describe the adult brain as roughly 2% of body weight while accounting for about 20% of oxygen and calorie consumption. The liver is far heavier and performs hundreds of functions; the skin is the largest organ of all. A body cannot be understood by weight alone. Its organs do not compete to be the same; they succeed by being different. Finance should not be judged as if it were sales, and risk should not be measured as if it were customer service.

Energy consumption is dynamic

During running, muscles demand more energy, the heart pumps harder and the lungs ventilate more. During digestion the gut becomes active; during sleep, repair dominates. A company launching a product is not in the same internal state as one servicing existing customers, so reward distribution should not be fixed either.

The child body and the startup

Brain glucose use peaks in childhood (Kuzawa et al., 2014) and during development the brain may account for up to 60% of basal energetic requirements (Steiner, 2019). A startup likewise carries a heavier leadership and product-development burden than a mature firm: it needs energy for development, not only maintenance.

Healthy organs are right-sized

An enlarged heart can signal strain (Cleveland Clinic, 2022). A department that grows larger is not automatically healthier. Growth can be necessary, or it can be a symptom of manual work, duplication or unresolved risk.

1. Size does not equal importance. A small function can carry decisive value.
2. Energy depends on purpose and activity. Need changes with what the body is doing.
3. Different organs are judged by different functions. Each has its own measure of success.
4. Healthy systems keep organs right-sized. Growth and shrinkage both carry meaning.
5. Allocate dynamically, but protect health. Flexibility without protection becomes harm.

Companies are full of brains

A small treasury team managing liquidity, a handful of model-risk specialists, a compact architecture group: each is tiny in headcount and outsized in consequence. A bell curve, which implicitly rewards the visible and numerous, tends to overlook them. The right question is the one the body answers automatically: what does this organ do, how much does the body depend on it now, and is it doing that work well?

Table 2.2 — Energy patterns across body states

Basal metabolism, homeostasis and reserves

Basal metabolism is the cost of staying alive. Security, finance, compliance and core platforms look like overhead in good times and are catastrophic when starved. They must be recognised without being paid twice.

One contribution, one reward route. Never pay both.

Homeostasis holds the body in balance through continuous feedback. Companies should monitor continuously but recalibrate prospectively: ordinary weight changes take effect next period. Energy reserves matter too. Spare capacity, training and a bench of people who can step up are real contribution, even with no output this quarter. A body without reserves does not survive its first hard winter.

Leaders talk about engines, levers and pipelines. Machines are designed for fixed tasks; they do not heal, adapt, learn, feel stress or build trust. Companies do. Instead of a machine controlled through fixed rankings, TCB™ sees the organisation as a living system to be nourished, balanced, protected and directed.

Table 3.1 — Translating the body analogy into business language

“Different contributions require explanation. Fairness requires evidence and review.”

The Corporate Body is product-based

TCB™ does not begin by asking “which employee deserves the highest rating?” It begins with: which product are we rewarding, which stage is it in, and which departments created value at that stage? That moves the discussion away from subjective individual comparison toward contribution mapping.

Where the metaphor breaks down

The body’s allocation is involuntary and instant; a company’s is deliberate, political and slow. The body has one objective, survival; a company balances many. And organs cannot misreport their activity; departments can. So the model adds deliberately what biology supplies for free: governance because allocation is a human decision, Health Gates because objectives compete, and evidence because departments can overstate their contribution.

Table 3.2 — The body’s systems and their company equivalents

Reward requires an approved, affordable pool. Before the period the organisation fixes the funding amount using a disclosed budget, forecast or prior-period basis; it does not substitute realised value after results are known. Connective tissue, the trust and shared purpose that let structure function, matters as much as the formulas.

The purpose of the mapping is educational clarity, not scientific perfection. It helps employees understand each department’s function, the type of contribution it makes, and why its reward share may change with the product or activity. Map by function: in one company customer service sits under operations, in another under customer experience. The organ follows what the department actually does.

Why HR is bone marrow, not skin

Earlier versions of the analogy placed HR as the skin. The book proposes a stronger mapping: bone marrow creates and renews blood cells; HR creates and renews the company’s people system through hiring, onboarding, learning, succession and capability building. HR should be measured by talent quality, time to capability, critical-role retention, leadership development and employee health.

When a department resists its place on the map

Separate two ideas: importance over the life of the business and contribution to a particular activity right now. A control function is permanently important and may still carry a modest weight during a launch, just as the immune system is vital yet quiet while the body sprints. No one is being told they do not matter; they are being told what the body is doing this quarter.

People who belong to many organs

Shared functions need two records: evidence-based attribution sets each function’s weight in each product matrix, and participation records show which employees support each product. An effort split is not itself a contribution weight. Allocate within each department-product pool before summing, so the same effort is never credited twice.

Table 4.2 — Mapping common support functions

The map is not the org chart

The org chart shows who manages whom; the organ map shows what role each part plays in keeping the body alive. Because weights follow function rather than reporting lines, a reorganisation changes the chart without necessarily changing the map.

A step-by-step mapping method

1. List the product’s major activities in its current lifecycle stage.
2. For each activity, identify which functions do the work, ignoring reporting lines.
3. Group functions into organs by role: acquisition, operation, protection, repair.
4. Note where a function supports several activities and record the split.
5. Test the map: would removing each organ visibly harm the activity it serves? If not, the mapping is wrong.
6. Record a one-line rationale for each organ so it can be challenged next cycle.

Table 4.3 — Common mapping mistakes

Headcount share, prospective contribution weight and final gross reward share are separate quantities. A department’s share of employees does not determine its weight, and its final reward share does not establish its economic contribution. The ratios in this chapter are diagnostics.

The efficiency principle and its trap

If a department delivers the same verified, healthy value with fewer FTEs, its value density rises and the average reward per person may rise. That does not make smaller teams inherently better. A department can appear to improve by shedding people while essential work is quietly deferred. An organism can lose weight by burning fat, which is healthy, or muscle, which is not, and the scale alone cannot tell the difference.

Table 5.1 — Weight ratio versus calorie ratio, illustrated

Right-sizing without cutting to the bone

The body does not amputate a large muscle because it is expensive. It sizes each organ to the work the organism actually does. Right-sizing works in both directions: a department can be too small for its workload as easily as too large. The reward model is a diagnostic, not a pretext for cuts.

A credit card is one activity. A mortgage is another; so are a software subscription, a manufacturing contract and a customer complaint. Each has a different internal energy map. A product-based matrix can make those differences explicit, subject to credible evidence and proportionate administration.

“Changing stages may change expected contribution. Fair opportunity still needs deliberate review.”

The product owner across the lifecycle

In acquisition the product owner shapes features, pricing, eligibility, journey and channel readiness. In retention they study usage, complaints, profitability and attrition. In protection they adjust product rules with risk and fraud without killing customer value. The product owner should rarely be absent from the matrix: the percentage may change, but the role stays central.

When several products compete for the same calories

The model uses two separate prospective decisions. First, leadership approves funding allocations across products and the enterprise. Then each product matrix sets departmental weights within its own funding. A department that feels underfed now has a clear question to ask: is the product’s overall share too small, or is my share within the product wrong?

Table 6.2 — A portfolio at different stages

Seasonality and stage signals

A predictable peak justifies a scheduled, labelled, reversible lift for the functions that carry it, so a seasonal shift is not baked into next year’s baseline. For stage changes, look for sustained, corroborated shifts, several indicators moving together over more than one period, such as slowing new-customer growth and a rising share of revenue from existing customers. Naming those signals in advance turns a stage change into an evidence-based decision rather than an argument.

For each product and lifecycle stage, the matrix records expected outcomes, eligible contributors, prospective contribution weights, the KPIs used to assess performance, the Health Gates and the approved reward boundaries. It makes a governed policy reproducible; it does not turn the organ analogy into a measure of causal contribution.

Four ways a function can matter

1. Define 3–7 product-stage outcomes and give each an importance weight; they total 100%.
2. Identify material contributors and classify each claim; confirm reward eligibility separately.
3. Score the strength of attribution on four factors, 0–5 each.
4. Normalize within each outcome so shares total 100%.
5. Combine the outcomes by importance into provisional weights.
6. Test, challenge and approve: sensitivity tests, recorded dissent, non-conflicted approval.
7. Version and communicate prospectively, before the period.

Evidence-source and data-confidence standard

Prospective weights and exceptional changes

Weights, score ranges, Health Gates and eligibility that affect pay are approved and communicated before the period. Ordinary recalibration takes effect next period. A mid-cycle change is reserved for a defined exceptional event (a material regulatory requirement, an acquisition, a product closure, a major crisis) and needs a written trigger, a non-conflicted quorum, a new version and a prospective effective date. It is never used retroactively to reduce earned pay.

Common weighting errors

A model without a formula may remain an inspiring analogy. A model with a formula can be tested, audited and explained. The recommended formula is deliberately simple, so any employee can follow it.

Two pool numbers, not one

P is the funding base used to price target performance. C is the funded maximum, including any pre-approved stretch reserve (C ≥ P; with no stretch, C = P). Both are fixed before the period from a disclosed forecast, budget or prior-period basis. Each department receives a fixed share of C, its ceiling Ĉ, before performance is observed. No department ever receives another department’s withheld amount.

Performance scores: ordinary performance lives here

Each KPI is converted to an achievement factor on a curve approved before the period: zero anchor, target anchor (= 1.00), stretch anchor and cap, interpolated linearly. The department score is the weighted sum. People should be evaluated mainly on outcomes they can influence: the controllability principle (Giraud et al., 2008).

Health Gates that can actually bite

Use the lowest applicable material multiplier; any hard stop sets the gate to zero. Weak performance belongs in the score. A Health Gate is for harm, not mediocrity, and a gate that can never bite is decoration, not a safeguard. Build one in Chapter 12.

Individual distribution: normalize to the department pool

Deferral and later adjustments

Allocate each employee’s gross award first, then apply the pre-approved deferral schedule: deferred percentage, release date, vesting tests, malus, recovery and leaver rules. For example, a 20% deferral on Employee A’s 77,932.20 gives 62,345.76 cash now and 15,586.44 deferred. Malus, clawback and leaver treatment are jurisdiction-specific and require legal, HR, payroll and regulatory review.

Research supports neither pure equality nor a forced curve as a universal answer: team rewards performed better when distributed equitably rather than simply equally (Garbers & Konradt, 2014).

A model becomes useful only when people can apply it. These templates are starting points, not rigid forms. Each tool that can influence pay must be controlled, versioned, attributable, and able to recreate the decision after the people involved have changed roles.

Tool 7 — Reward and governance log (book illustration)

Three stages of tooling maturity

The destination is not sophistication. It is consistency, transparency, exact reconciliation and memory: one calculation everyone understands and a record of every change.

Common toolkit mistakes

• Precision theatre: decimal weights imply more certainty than the evidence supports. Use ranges, grades and sensitivity tests.
• Accelerator before brakes: the matrix allocates reward before gates and safeguards are ready. Define gates, data rules and governance first.
• Local copies of the truth: different spreadsheets produce different results. Use one controlled source.
• Opaque automation: a system calculates but nobody can explain the result. Preserve the public logic and the audit trail.

A card must be approved, issued, activated, used, serviced, protected, retained and sometimes closed. If the bank rewards only sales for the new card, it ignores the departments that make the card profitable over time. If it rewards only retention, it ignores the effort needed to acquire customers. TCB™ rewards both stages differently. The numbers are hypothetical and show a policy, not observed causal allocations.

Year 1 · Acquisition and activation

Sales gets the largest weight (35%) because of its assumed role in attracting suitable, active customers, not because the body is “running”. Performance and Health Gates then separate quality from volume: mis-sold, fraudulent, unsuitable, inactive or unprofitable cards receive the published treatment.

Year 2 · Retention, usage and protection

Operations supports service continuity, transactions, billing and disputes; customer experience addresses problems that affect loyalty; the product owner reviews features, pricing and usage. Sales remains eligible with a smaller role (2%).

The role of Operations

Dispute delays, billing errors, failed transactions and slow service damage the relationship. Calling Operations the heart makes that role memorable; it does not establish a percentage.

Operations: a three-year reward trajectory

The Year 2 amount is 2.09 times Year 1 because the approved weight rises from 10% to 22% while the gate reduces the capped amount by 5%. Scores above 1 reach the fixed ceiling; they do not create unfunded stretch. The 209,000 is then shared among employees A–D exactly as in Chapter 8: 77,932.20 · 61,991.53 · 42,508.47 · 26,567.80.

What a live pilot must add

• Outcome and department weights approved before the performance period.
• Acquisition and retention measures with stable definitions and traceable sources.
• Quality, suitability, fraud, complaints, credit performance and customer harm able to reduce or defer reward.
• Every ceiling and award verified, with the product ledger reconciled to the approved ceiling.
• Individual allocations that add exactly to the department award and pass legal, payroll and pay-equity review.

TCB™ was developed through a banking lens but is intended to be adaptable. These hypothetical examples demonstrate the method; they are not final prescriptions.

Manufacturing

Sales and engineering carry weight while the product is specified and sold; manufacturing, supply chain and quality dominate during production; after-sales service, warranty and spare parts lead after delivery. A fixed annual department reward would miss these shifts.

Healthcare

Patient safety, ethics and clinical quality are non-negotiable. Reward must never push unsafe volume, and gates must include patient outcomes, safety incidents, compliance and professional ethics.

Energy and utilities

The dominant activity is stewardship: keeping critical infrastructure safe and within regulatory limits. Operations, asset management and safety carry the largest share, with engineering rising during major projects. Weighting stewardship explicitly stops a reward system from quietly favouring visible new projects over keeping existing assets safe.

Does the model fit a new industry?

Ask first whether the work changes meaningfully across products or stages, and whether differentiated contributions can be described credibly. Then ask which harms the incentive must never reward. The model may add little where roles are stable and a simpler policy already works, and it may be unsuitable for live pay where attribution is too uncertain or independence cannot be protected.

A checklist for adapting the model

1. Identify the product or service and its lifecycle stage.
2. List the activities that create and sustain its value now.
3. Map those activities to organs.
4. Set weights from evidence; each column totals 100%.
5. Define Health Gates for the harms this industry must never reward.
6. Choose score inputs the functions genuinely control.
7. Agree the recalibration cadence and stage-change signals.
8. Run a pilot, baseline the measures and review honestly before scaling.

Conflicts of interest

• Disclosure of departmental, personal and evidence-ownership interests before each material decision.
• Present, don’t decide: a conflicted member may give evidence but cannot vote or count toward quorum.
• Non-conflicted quorum with an independent chair and unaffected HR/Reward, Finance and Risk/Compliance expertise.
• Substitutes are pre-authorised. Recusal is never waived to complete a quorum.
• Independent fallback: if no valid quorum is possible, no decision is taken.

Overrides and appeals

An appeal names the specific factor alleged to be wrong (weight, score, gate, data item, reconciliation or allocation) within a published window. A correction applies to everyone affected, not only the appellant. A successful appeal corrects the model; an unsuccessful one explains the decision.

Calibration cycle

Incentive systems often generate the behaviour they pay for rather than the behaviour leaders say they want (Kerr, 1975), and strong rewards on measurable tasks pull effort from harder-to-measure work (Holmstrom & Milgrom, 1991). Balanced scores and gates reduce this risk; no design eliminates it.

A decision that cannot be reconstructed cannot be defended.

1. Select one product with clear value, clear stages and several departments involved.
2. Map the product lifecycle: design, launch, acquisition, activation, service, retention, protection, renewal, closure.
3. Identify departments and organ roles so hidden contributors are not ignored.
4. Compare headcount and reward shares as diagnostics only.
5. Assign weights using the outcome protocol, evidence grades, normalization and conflict rules.
6. Select controllable KPIs and Health Gates that can reduce or block reward.
7. Build a historical simulation and sensitivity analysis; reproduce it independently.
8. Communicate the metaphor, method, pool rules, data, appeals and no-go conditions before any pay impact.
9. Run a shadow period without changing pay; only after the readiness gate may a real-pay pilot start.
10. Review honestly: stop, redesign, extend shadow, authorise a scoped pilot, or scale.

Three data-readiness stages

Fairness includes access to opportunity

Employees with identical individual performance may receive different awards because they work in different products or stages. Before live pay, simulate those differences by job family, grade, location and relevant groups; examine who can reach high-weight work and who is persistently excluded. An unresolved material fairness issue is a no-go.

A first-year rollout timeline

Common objections and constructive answers

Research question: does the complete TCB™ policy package improve perceived fairness, transparency and business alignment compared with the organisation’s existing approach, and does independently measured performance improve without material deterioration in customer, risk, quality, safety or people outcomes?

Six hypotheses

Three evaluation stages

Simulation tests arithmetic, assumptions and sensitivities. Shadow testing keeps existing pay and tests data, administration, understanding and reactions to projected awards. An authorised real-pay pilot can examine behaviour under changed incentives. Evidence from one stage cannot substitute for the next.

Illustrative success criteria

• At least 70% of pilot employees understand the reward logic.
• Perceived fairness improves against the baseline survey.
• No material deterioration in risk, compliance, customer, quality or people-health gates.
• Lifecycle KPIs improve or remain stable while transparency improves.
• Managers report reward conversations are easier to explain.
• The committee can explain and defend the weights using evidence.

Threats to validity

Something other than TCB™ may explain an observed change: the market, staffing, leadership or another initiative. A shadow run leaves pay unchanged, so it cannot by itself show the behavioural effect of changed incentives. Repeatedly asking about fairness can change the answers. And the subtlest threat is tuning gates and weights until the numbers look good rather than until the body is healthy.

What would disprove the model?

No improvement in understanding or fairness despite adequate exposure; no useful change in collaboration or independent performance; unacceptable opportunity or pay-equity effects; harm the gates missed; irreproducible decisions; or administrative costs exceeding demonstrated benefit.

A study that cannot fail teaches nothing. The point of the design is to give the model a fair chance to be wrong.

This book began with a simple frustration: many employees and managers experience performance systems as unfair. A team may perform well, yet the curve forces only a few to be recognised. A manager may know the truth of performance but still be required to fit people into a predetermined distribution.

TCB™ proposes a different way to frame the reward question. The body analogy draws attention to differentiated roles, interdependence, changing activity and the health of the whole. The compensation protocol then requires its own evidence and governance: prospective weights for expected contribution, subsequent performance scores, Health Gates and fixed departmental ceilings. Neither anatomy nor department size determines a reward entitlement.

The invitation is simple: test the model, challenge it, improve it, and share what you learn. If the current system is not fair enough, we should not accept it simply because it is familiar. Companies deserve healthier ways to reward work. Employees deserve to understand how their contribution creates value. Managers deserve tools that help them tell the truth rather than force reality into a curve.

“A company is a body. Departments are organs. Products are activities. Rewards are calories. KPIs are vital signs.”

The healthiest companies learn to feed the right organs at the right time, without damaging the body they are trying to strengthen.

After studying Information Technology in the United States, Abdullah returned to Riyadh and began his career in financial services. His early years in treasury, trading, structuring and client solutions taught him that creativity and discipline are not opposites.

Over more than two decades his responsibilities moved through treasury, structured products, Islamic banking, corporate transaction banking, digital channels, customer experience, enterprise strategy and business performance, including a C-suite role helping build a digital bank from the ground up. He became increasingly focused on the spaces between departments: where responsibility is shared, contribution is hard to measure, and no single function can succeed alone.

Outside the corporate world he has founded and supported technology and business ventures, served as a chairman and board member, and coached executives, entrepreneurs and startups.

The idea for TCB™ came into sharper focus during a performance-evaluation cycle in 2022. In 2023 he began developing a different way of looking at the problem. The human body offered the model: it does not value an organ by its size, visibility or position in a hierarchy, and the health of one part affects the health of the whole.

A personal note from the author

For several years, TCB existed only as an idea I carried with me. I eventually chose to share it because an idea cannot create value while it remains private. I present this book as a practical proposition and an invitation: to observe differently, question familiar assumptions, test what is useful and challenge what is incomplete.

Before building airplanes, we studied birds. Before building submarines, we studied fish. When building organizations, perhaps we should be willing to look again at the most sophisticated living system we already know.

“Perhaps the most important idea awakened by this book will not be mine. It may be the one it gives someone else the courage to share.”

ALZAMIL · ELEVATE YOUR BUSINESS

Interactive edition of TCB™ — The Corporate Body™, Revised Professional Edition 2026. © 2026 Abdullah Alzamil. All rights reserved. A conceptual model offered for discussion, pilot testing and improvement; not legal, financial, medical or HR advice.