THE COMMUNITY CONTRIBUTION PLAN

A Hybrid Reform Path to Social Security Solvency

Combining a Phased Sunset of the Current System

with a Mandatory Hybrid Retirement System

Backed by a Sovereign Investment Fund

Working Draft — Version 1.0

Jason Robertson

Ohio, USA

v1.1 · Created April 2026 · Updated May 3, 2026 · Updated May 6, 2026 for v2.30.7 (Sovereign Fund capitalization)

Sources Baseline. Numerical claims in this document derive from the canonical sources cataloged in 05_Sources_And_Derivation_Convention.docx, including: Social Security Administration Trustees Reports 2023–2025 (the $63 trillion cumulative, undiscounted 60-year transition-financing figure used as the legacy-system comparison baseline); Combined Reform Model (04_Combined_Reform_Model.xlsx) for the $82 billion peak transition borrowing and the 99.9 percent reduction figure; IRS SOI 2023 for filer-population derivations. The white paper consolidates findings whose component sourcing is detailed in the underlying analytical documents and the Federal Fiscal Impact Analysis.

Executive Summary

Social Security faces an actuarial cliff. The Old-Age and Survivors Insurance (OASI) Trust Fund is projected to be depleted by 2032, after which incoming payroll taxes will cover only an estimated 78 percent of scheduled benefits. The standard policy responses—raise the retirement age, raise the payroll tax cap, cut benefits, or some combination—each impose narrow burdens on specific groups and have proven politically intractable for over two decades. (Source baseline: see Sources_And_Derivation_Convention.docx.)

This paper proposes an alternative: a phased sunset of the current pay-as-you-go system combined with the launch of a Hybrid Retirement System that splits mandatory contributions between individual 401(k) accounts and a collective sovereign investment fund. The two reforms operate in parallel. The Sovereign Fund’s investment returns offset the transition deficit of the legacy system while individual accounts replace traditional benefits for new entrants to the workforce.

Headline Findings

• Sunset alone is fiscally infeasible. A 50-year phase-out of Social Security with refundable tax credits to displaced workers, executed without a replacement system, requires approximately $63 trillion in cumulative transition financing. (Source baseline: see Sources_And_Derivation_Convention.docx.)

• Combined reform is essentially self-funding. Pairing the same sunset with a 12 percent mandatory hybrid contribution—20 percent of which flows to a sovereign investment fund—reduces peak transition borrowing to approximately $82 billion: a 99.9 percent reduction. (Source baseline: see Sources_And_Derivation_Convention.docx.)

• Individual outcomes improve. A worker entering the labor force at age 25 earning $50,000 retires with approximately $1.23 million, generating roughly $49,000 in annual sustainable retirement income, approximately 1.4 times the average current Social Security benefit. This illustration uses the optimistic 5.5 percent individual-account return; at the sourced 4.28 percent baseline the accumulated balance and income are materially lower (roughly parity to modestly above the current benefit), and the precise baseline figure is being re-derived as a tracked external-review item. (Source baseline: see Sources_And_Derivation_Convention.docx.)

• The Sovereign Fund accumulates significant national wealth. At the sourced 4.28 percent baseline real return the fund grows to approximately $62.5 trillion over 60 years; at an optimistic 6 percent it reaches approximately $122 trillion. Either is comparable in scale to Norway's Government Pension Fund Global on a per-capita basis. (Source baseline: see Sources_And_Derivation_Convention.docx.)

Document Structure

Section 1 establishes the problem and current trajectory. Section 2 surveys international comparables that inform the design. Section 3 details the three components of the proposal. Section 4 presents the analytical results from a year-by-year cash flow model. Section 5 addresses governance and implementation. Section 6 discusses limitations and open questions. Section 7 outlines next steps.

1. The Problem

1.1 The Actuarial Trajectory

Social Security operates on a pay-as-you-go basis: current workers’ Federal Insurance Contributions Act (FICA) taxes fund current retirees’ benefits in real time. The system maintains a Trust Fund as a buffer, but this buffer is small relative to ongoing obligations. According to the 2026 Trustees Report, the OASI Trust Fund is projected to be depleted in 2032, at which point incoming FICA receipts will cover only approximately 78 percent of scheduled benefits.

The arithmetic driver is demographic. When Social Security paid its first monthly retirement benefits in 1940, the worker-to-beneficiary ratio was high by design: no one had drawn benefits before the program began. By 1945, after the first cohort of retirees had moved through the system, the ratio stood at approximately 42 workers per beneficiary. Today the ratio is approximately 2.7 to 1, and the Congressional Budget Office projects a continued decline. The system was designed in an era of high fertility, lower life expectancy, and continuous wage growth. Each of these underlying conditions has shifted significantly.

1.2 Why Conventional Reforms Have Stalled

Standard reform proposals concentrate burden on identifiable groups, which has proven politically prohibitive:

• Raising the retirement age imposes the burden disproportionately on workers in physically demanding occupations and those with shorter life expectancy.

• Eliminating the wage cap concentrates the cost on high earners and is politically polarizing.

• Means-testing benefits breaks the universalist insurance principle that has historically protected the program politically.

• Direct benefit cuts impose immediate hardship on current and near-term retirees, the most politically active demographic.

Each of these reforms is technically viable. None has assembled durable political coalitions. The 2005 Bush partial privatization initiative is the most recent significant attempt and was abandoned within months despite a unified government, though many analysts argued at the time that the proposal also faced substantive objections — particularly that its transition mechanism required new public borrowing to fund initial individual account contributions while simultaneously reducing future benefit obligations, producing a complex fiscal calculus that critics found unconvincing on its merits as well as politically.

1.3 The Case for a Different Approach

The persistent stalemate suggests that the framing of reform itself may be the obstacle. Reforms that ask “who gives up something” face structural opposition. Reforms that ask “how do we build something better” may not. The proposal in this paper attempts the latter by combining three elements that, taken individually, have established political constituencies but have not previously been integrated.

2. International Comparables

Three foreign retirement systems inform the design of this proposal. Each has operated for decades and offers empirical evidence on different components of the hybrid model.

2.1 Australia: Mandatory Superannuation

Australia introduced mandatory employer-paid superannuation contributions in 1992, beginning at 3 percent of wages and rising to a current rate of 11.5 percent (scheduled to reach 12 percent in 2025). Contributions flow into individual accounts that workers manage with a range of investment options. Total system assets exceed AUD 3.9 trillion, larger than Australia’s gross domestic product. (Source baseline: see Sources_And_Derivation_Convention.docx.)

The Australian system demonstrates that mandatory employer contributions can be implemented without economic disruption, that individual account portability and choice are administratively manageable at national scale, and that compound growth over multi-decade horizons produces substantial individual wealth accumulation. The system has weathered multiple financial crises and remains broadly popular across political coalitions.

2.2 Singapore: The Central Provident Fund

Singapore’s Central Provident Fund (CPF) requires combined employer and employee contributions of approximately 37 percent of wages, allocated across retirement, healthcare, and housing accounts. The CPF demonstrates that high mandatory contribution rates are sustainable in a developed economy and that integration of retirement, health, and housing savings within a unified mandatory framework can function efficiently. (Source baseline: see Sources_And_Derivation_Convention.docx.)

2.3 Norway: The Government Pension Fund Global

Norway’s sovereign wealth fund, formally known as the Government Pension Fund Global (GPFG), holds approximately $2.2 trillion (2025) in assets as of end of 2025 (Norwegian Ministry of Finance: NOK 21.3 trillion year-end 2025 value), equivalent to approximately four times Norway's annual gross domestic product. The fund invests primarily in international equities, bonds, and real estate, following strict rules designed to insulate it from political influence. (Source baseline: see Sources_And_Derivation_Convention.docx.)

The GPFG governance model is particularly relevant to this proposal. Key features include passive index-weighted investment strategy (no active stock picking), a mandate to hold no Norwegian domestic equities (eliminating conflicts of interest with domestic political actors), an independent management board insulated from short-term political pressure, and transparent quarterly reporting on all holdings and transactions.

3. The Proposal

3.1 Three Integrated Components

The Community Contribution Plan consists of three components implemented in parallel:

1. A phased sunset of the current Social Security system over a 50-year window, with full grandfathering of all current beneficiaries and workers within ten years of retirement age.

2. A mandatory Hybrid Retirement System requiring combined employer and employee contributions of 12 percent of covered wages, replacing the existing FICA structure for participating workers. (Source baseline: see Sources_And_Derivation_Convention.docx.)

3. A sovereign investment fund receiving 20 percent of all hybrid system contributions, governed under a Norwegian-style independent mandate, with returns disbursed to offset the legacy system’s transition deficit. (Source baseline: see Sources_And_Derivation_Convention.docx.)

3.2 Sunset Phase Mechanics

Workers aged 55 and older at the time of enactment (the “grandfathered cohort”) remain in the existing Social Security system and receive full benefits as currently scheduled. Workers younger than 55 transition to the new hybrid system on a linear schedule over the 50-year sunset window. Workers transitioning out of the legacy system receive refundable tax credits, weighted by age cohort, with a population-weighted average of approximately $85,000 per displaced worker, paid over six years.

3.3 Hybrid System Mechanics

The 12 percent total contribution divides as follows: (Source baseline: see Sources_And_Derivation_Convention.docx.)

The split between employer and employee contributions follows current FICA convention: 7 percent employer, 5 percent employee. The 12 percent combined rate replaces the current Old-Age and Survivors Insurance portion of FICA (currently 10.6 percent combined; the Disability Insurance portion of FICA, 1.8 percent combined, continues to fund existing Disability Insurance benefits under its own dedicated structure outside the Community Contribution Plan). The approximately 1.4 percentage-point increase relative to the current OASI rate reflects the additional contribution that builds the Sovereign Fund: 80 percent of the 12 percent (approximately 9.6 percentage points) flows to individual accounts as direct retirement saving, while 20 percent (approximately 2.4 percentage points) flows to the Sovereign Investment Fund to build the long-term collective asset that offsets the transition deficit. (Math corrected in v3.7.209 to anchor against the OASI baseline rather than the OASDI combined baseline; the original 0.6 percentage-point claim against 12.4 percent FICA was inconsistent with the documented 7 plus 5 equals 12 percent rate.) Contribution rates above the current FICA wage base apply on the same uncapped basis, mirroring the structure of Medicare contributions. (Source baseline: see Sources_And_Derivation_Convention.docx.)

Scope note: the 12 percent contribution rate covers the Old-Age and Survivors Insurance (OASI) portion of current FICA. Disability Insurance (currently 1.8 percent of payroll) is treated as out of scope for this paper and is assumed to continue under its existing dedicated funding arrangement. The total payroll cost for a worker after reform is therefore the 12 percent OASI replacement plus the continuing Disability Insurance contribution; readers comparing headline rates should reconcile against this scope. See §6.1 for the broader discussion of what this model does not address. (Scope clarification added in v3.7.191 via SITE-36 Pillar 1 review.)

3.4 Sovereign Fund Mechanics

The Sovereign Fund operates under a statutory mandate modeled on Norway’s GPFG with the following key parameters:

• Investment strategy: passive index-weighted across global equities (60 percent), global investment-grade bonds (30 percent), and real assets (10 percent). (Source baseline: see Sources_And_Derivation_Convention.docx.)

• Domestic equity exclusion: the fund holds no individual U.S. equities directly, only diversified index instruments, eliminating the appearance of government as activist shareholder.

• Voting policy: all proxy votes follow a published, mechanical policy on routine corporate governance matters; abstention on social or political resolutions.

• Governance: an independent board of trustees with staggered terms, professional asset management staff, and a statutory firewall against political direction of investment decisions.

• Disbursement rule: annual disbursements capped at the lesser of 3 percent of fund assets (Norway’s sustainable rule) or the current legacy system deficit. Disbursements begin in year 12 to allow initial accumulation.

• Transparency: quarterly publication of all holdings, transactions, returns, and management costs; annual independent audit.

4. Analytical Results

4.1 Methodology

The analysis uses a deterministic year-by-year cash flow model projecting 60 years from a 2026 implementation date. The model tracks four primary populations: (1) grandfathered beneficiaries declining via mortality, (2) workers in the legacy system declining via the linear sunset schedule, (3) workers in the new hybrid system increasing via the same schedule and natural workforce growth, and (4) Sovereign Fund assets accumulating from contributions and returns. Six years of annual cash flow are computed for each population: gross inflows, gross outflows, net cash flow, and cumulative position.

The model incorporates Social Security Administration baseline data for current beneficiary count, average benefits, covered worker population, and total FICA receipts. Mortality projections use simplified actuarial bands. Investment returns use 6% annual real return on the Sovereign Fund and 5.5 percent on individual accounts, both in line with long-run Norwegian and Australian system experience.

4.2 Sunset-Only Baseline

As a baseline for comparison, the model first evaluates a sunset of the current Social Security system without any replacement mechanism. Under this scenario, the current Trust Fund is exhausted within approximately seven years of implementation. The cumulative fiscal position becomes increasingly negative as the legacy system continues to pay grandfathered benefits and refundable tax credits to displaced workers without replacement revenue. Peak cumulative borrowing reaches approximately $63 trillion in nominal terms over the 60-year window.

This result illustrates the central problem of pay-as-you-go reform: the system’s structural reliance on incoming worker contributions makes any unilateral phase-out fiscally infeasible without a parallel replacement revenue source.

4.3 Combined Reform Results

Adding the hybrid system and Sovereign Fund changes the trajectory dramatically. Under base assumptions:

The combined reform achieves what the standalone sunset cannot: a path to fiscal solvency that honors all existing commitments. The transition is not entirely costless—a small borrowing peak occurs around year 17 as the legacy system’s deficit is at its peak and the Sovereign Fund has not yet fully matured—but the magnitude is manageable, equivalent to approximately 0.3 percent of GDP at the time of peak stress. (Source baseline: see Sources_And_Derivation_Convention.docx.)

4.4 Individual Account Outcomes

For a representative new entrant to the workforce (age 25, starting salary $50,000, 3 percent annual wage growth, 5.5 percent real investment return on the individual account), the model produces the following retirement outcome at age 67: (Source baseline: see Sources_And_Derivation_Convention.docx.)

The individual account result is intentionally conservative. It assumes a worker contributes only the mandatory 12 percent throughout their career and never contributes additional voluntary savings. Workers who supplement with voluntary contributions, take advantage of catch-up provisions later in their careers, or benefit from above-average wage growth would accumulate substantially more. (Source baseline: see Sources_And_Derivation_Convention.docx.)

These individual account projections assume retirement-era healthcare costs follow the universal-access architecture detailed in Pillar 4 (Universal Healthcare). Under current Medicare arrangements, the average retiree pays roughly $6,000 to $12,000 per year out of pocket for Medicare Part B premiums, Medicare Supplemental insurance, and services not covered by Medicare — which would materially reduce the effective spending power of the projected retirement income. Pillar 1's contribution analysis is internally consistent with Pillar 4's healthcare cost framework; readers evaluating Pillar 1 in isolation should consult Pillar 4 to understand the platform's integrated retirement-adequacy claim. (Cross-pillar reference added in v3.7.191 via SITE-36 Pillar 1 review.)

4.5 Sensitivity Analysis

The model is sensitive to four primary inputs. Reasonable ranges for each produce the following directional effects:

None of the sensitivities tested fundamentally invalidates the central finding. Even under conservative assumptions (40-year window, 15 percent sovereign slice, 5 percent return, 15-year disbursement delay), peak borrowing remains under $5 trillion—an order of magnitude better than the sunset-only baseline. (Source baseline: see Sources_And_Derivation_Convention.docx.)

5. Governance and Implementation

5.1 The Central Governance Challenge

A Sovereign Fund that grows to $20 trillion or more in U.S. equities raises legitimate concerns about government as concentrated shareholder. Without explicit constraints, the fund could become a tool of whichever political faction controls its governance at any given time. Public Employees Retirement Association controversies in California, Texas, and other states—where pension funds have been used variously to advance environmental, social, or political objectives across multiple administrations—illustrate the risk. (Source baseline: see Sources_And_Derivation_Convention.docx.)

The Norwegian solution relies on statutory firewalls, not norms. A U.S. version would require equivalent statutory protection, ideally constitutionally entrenched.

5.2 Recommended Governance Framework

• Statutory passive mandate. The fund’s investment strategy is fixed by statute as passive index-weighted. Active management is prohibited.

• Domestic equity exclusion. The fund may not hold individual U.S. equities. Index exposure is obtained through diversified instruments only, eliminating direct shareholder relationships.

• Mechanical voting policy. Proxy votes follow a published, mechanical policy on standard governance matters. Abstention is mandatory on social or political resolutions.

• Independent board. Trustees serve staggered ten-year terms with confirmation requiring a supermajority of the Senate. Removal requires cause and a two-thirds vote.

• Transparency. All holdings published quarterly. All transactions published with one-quarter delay. Annual independent audit by GAO (Government Accountability Office).

• Disbursement protection. The sustainable disbursement rate is fixed by statute and may be adjusted only by supermajority vote.

5.3 Implementation Sequence

A practical implementation would proceed in four phases:

4. Phase 1 (Years 0–2): Authorizing Legislation. Statutory framework, Sovereign Fund charter, governance structure, and transition financing mechanism enacted.

5. Phase 2 (Year 2): System Launch. Hybrid contribution system begins for new workforce entrants. Sovereign fund accumulates initial capital. No legacy beneficiaries affected.

6. Phase 3 (Years 2–52): Active Transition. Workers under age 55 transition to the new system on the linear schedule. Tax credits paid to displaced workers. Sovereign fund disbursements begin in year 12 to offset legacy deficit.

7. Phase 4 (Year 52+): Steady State. Legacy system fully sunset (residual obligations to remaining grandfathered beneficiaries continue). Hybrid system operates as primary national retirement infrastructure.

6. Limitations and Open Questions

6.1 What This Model Does Not Address

• Disability Insurance and Survivors Benefits. The proposal addresses only the OASI portion of Social Security. The Disability Insurance (SSDI) program serves approximately 8.5 million beneficiaries and Survivors Benefits serve approximately 5.8 million beneficiaries. Both require separate continuation under any reform, funded through dedicated payroll allocations not modeled here.

• Market volatility. The model assumes smooth annual returns. Real markets exhibit significant volatility. Catastrophic market drawdowns near retirement could materially affect individual account outcomes. Mitigation would require either mandatory annuitization options or a public backstop, both of which add complexity.

• Sovereign Fund real-return sensitivity analysis: the 6 percent real return used in this paper's illustrative individual-outcome figures (the sourced baseline is 4.28 percent) warrants explicit sensitivity analysis because long-run real returns on sovereign investment funds vary substantially across reference points. Norway's Government Pension Fund Global, the platform's primary sovereign-fund comparable, has achieved approximately 4.0 percent real annual return over its operational history since 1998 (6.2 percent nominal less approximately 2.2 percent inflation). The historical US S&P 500 long-run real return since 1928 is approximately 7 percent. A 60/40 equity-bond portfolio's long-run real return has been approximately 5 percent. The 6 percent figure used in the paper's illustrative outcomes is therefore optimistic relative to GPFG's actual experience but conservative relative to a US-equity-heavy portfolio long-run benchmark; it reflects an assumed portfolio composition somewhat more equity-heavy than GPFG's current allocation (GPFG is approximately 70 percent equities, 27 percent fixed income, 3 percent real estate) but does not assume a US-equity-heavy concentration. Sensitivity outcomes at alternative real return rates (60-year projection, holding contribution rates and beneficiary trajectory constant): at 4 percent real return (GPFG-equivalent), the projected Sovereign Fund balance at year 60 is approximately $58 trillion, versus approximately $62.5 trillion at the 4.28 percent sourced baseline and approximately $122 trillion at an optimistic 6 percent, and the transition borrowing peak around year 17 is approximately $1.8 trillion, versus approximately $1.2 trillion at an optimistic 6 percent. At 5 percent real return, the year-60 balance is approximately $86 trillion and the borrowing peak is approximately $1.5 trillion. At 7 percent real return, the year-60 balance is approximately $175 trillion and the borrowing peak is approximately $0.9 trillion. Implications: the platform's fiscal architecture remains viable across the realistic real-return range (4-7 percent) but the steady-state Sovereign Fund balance and the transition borrowing peak vary by factors of approximately 3x and 2x respectively across that range. The platform's honest position: the sourced baseline is the 4.28 percent GPFG-realized rate; 6 percent is an optimistic upper case that some illustrative figures use, and the 4 percent scenario is the appropriate stress test for fiscal-conservatism analysis; under the 4 percent scenario the architecture works but with materially smaller margin and a larger transition borrowing window. This sensitivity analysis closes Pillar 1 Finding 3 from the v3.7.207 SITE-36 review.

• Behavioral effects. The model does not account for participant behavior such as early withdrawal pressure, participation gaming, or political pressure to weaken contribution requirements. Australia’s super system has experienced erosion via early access provisions during periods of stress.

• Distributional effects. The model uses population-weighted averages. Lower-income workers, gig workers, those with interrupted careers, and the disabled would not accumulate the projected balances. The proposal as currently structured replaces a progressive program (current SS replacement rates favor lower earners) with a less progressive one. A means-tested supplement would address this but is not modeled here.

6.2 Open Design Questions

• Treatment of self-employed and gig workers. Current SS coverage extends through self-employment tax. The hybrid system requires additional design for non-W-2 workers.

• Public sector workers. Approximately 6 million state and local government employees are not currently covered by Social Security. Integration with existing public pension systems requires explicit treatment.

• Bequest treatment. Individual accounts are inheritable assets, which represents a significant change from Social Security. Estate tax interactions and equity considerations require analysis.

• International workers and totalization. Existing Social Security totalization agreements with 30 countries require adaptation under the new system.

6.3 What Would Strengthen the Analysis

This paper presents a deterministic exploratory model. A serious policy adoption would require additional analytical depth that is beyond the scope of this initial proposal but is well within the capacity of established institutions:

• Microsimulation with cohort-by-cohort tracking using Social Security Administration data.

• Stochastic Monte Carlo modeling of investment return distributions.

• Behavioral parameter estimation drawing on Australian and Singaporean implementation experience.

• Distributional analysis by income decile, race, gender, and geography.

• General equilibrium effects on labor markets, savings rates, and capital allocation.

7. Next Steps

7.1 What This Paper Is and Is Not

This is a proposal for serious analytical consideration, not a finished policy. Its purpose is to establish that a hybrid sunset-and-replacement structure is mathematically viable and to invite rigorous critique from established policy institutions.

The author is not a credentialed economist or a policy professional. The strength of the proposal rests on its internal consistency and its alignment with successful international comparables, not on the author’s credentials. Productive engagement with this paper from any reader regardless of professional background is welcomed.

7.2 Invited Critique

The author specifically invites critical review on the following points:

• Whether the simplified mortality and contribution models materially distort the headline conclusions.

• Whether the governance framework as specified is robust against the political pressures that have historically degraded similar institutions.

• Whether the proposed contribution rates can withstand stress scenarios involving recession, demographic shock, or sustained low returns.

• Whether the distributional effects, properly modeled, would erode the universalist political appeal that the proposal’s framing relies upon.

7.3 Pathways for Engagement

Comments, critique, and engagement are welcomed from any source. The author will respond to substantive technical feedback and will publish material revisions of this paper as warranted by such feedback. Readers in policy, academic, or political institutions are particularly invited to suggest improvements or to indicate interest in collaborative refinement of the proposal.

Robertson, J. (2026). Community Contribution Plan — Retirement Reform White Paper. We The People Platform (Version 3.7.746). https://wethepeopleplatform.com/_web_html/03_Technical_White_Papers/03_Community_Contribution_Plan_WhitePaper.html

Robertson, Jason. 2026. "Community Contribution Plan — Retirement Reform White Paper." We The People Platform v3.7.746. https://wethepeopleplatform.com/_web_html/03_Technical_White_Papers/03_Community_Contribution_Plan_WhitePaper.html.

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  author    = {Robertson, Jason},
  title     = {Community Contribution Plan — Retirement Reform White Paper},
  year      = {2026},
  publisher = {We The People Platform},
  version   = {3.7.746},
  url       = {https://wethepeopleplatform.com/_web_html/03_Technical_White_Papers/03_Community_Contribution_Plan_WhitePaper.html},
  note      = {Document 09 of 139}
}