TRANSCRIPT:

Tom Hawkins: Welcome to episode 27 of the RCH Consolidation Corner Channel, where we provide audio content that explores key issues in the preservation and consolidation of retirement savings. In this episode, we review the results of an incredibly important and highly relevant research report on the Saver’s Match Simulation, a ten-year discrete-event simulation model developed by Retirement Clearinghouse (RCH) to explore how the Saver’s Match Program would operate in the real world, under a specific solutions model. We hope you’ll find the audio enjoyable and informative.

[Link to Saver's Match Simulation Research Report Download]

NARRATOR: As the Saver’s Match Program moves from legislation to reality, one question stands above all others: Can it actually work at scale? Can a federal matching program serve tens of millions of people each year, coordinate with thousands of financial institutions, and accurately deliver billions of dollars into the right retirement accounts?

That question is at the heart of the Saver’s Match Simulation, a ten‑year discrete-event simulation model developed by Retirement Clearinghouse (RCH) to explore not just whether the policy is sound – but whether it is operationally viable in the real world.

What makes this simulation different is its realism. Instead of assuming some invisible mechanism that magically routes federal money into retirement accounts, the model defines a specific, end‑to‑end operating framework and then tests how that framework performs over time.

At the center of this design is a transitional account called the Saver’s Match IRA, or SMIRA. SMIRAs are intended to be temporary accounts created in the name of an eligible saver, designed to last only as long as required to move the matching contributions to an IRA or to an employer’s qualified plan. When the IRS processes a tax return and determines that a taxpayer qualifies for the Saver’s Match, the federal matching contribution is deposited immediately into that SMIRA – even if the saver’s long‑term retirement account hasn’t yet been identified.

This solves a fundamental timing problem. Tax administration operates on a rigid schedule. Retirement accounts, by contrast, exist in a fragmented ecosystem where people frequently change jobs, open and close accounts, and move between providers. SMIRAs act as a secure staging area, ensuring federal dollars are protected, invested, tracked, and ready to move when the correct destination is confirmed.

From there, the system uses a centralized clearinghouse to locate the saver’s active retirement account. The simulation models three matching pathways. The first is self‑designation, where taxpayers provide retirement account information when they file. Second is data‑driven matching, which uses W‑2 and Form 5498 data to identify active employer plans or IRAs. Third is broadcast matching, where SMIRA account information is securely shared with participating retirement providers – allowing them to confirm matches automatically. Each of these pathways is modeled with explicit probabilities, timelines, and error handling, reflecting how matching would actually occur in today’s retirement landscape.

To test resilience, the simulation runs four scenarios that vary two critical factors: how many taxpayers claim the match, and how quickly financial institutions adopt the infrastructure. The results are striking. In high‑claiming, high‑adoption scenarios, nearly 198 million matching contributions are successfully delivered over ten years, representing $133 billion in retirement savings. But even in more constrained scenarios, the system continuously improves over time as accounts are eventually matched. One of the most surprising findings is that match rates consistently exceed market adoption rates.

Why? Because savers aren’t static. People change jobs. They open new accounts. Providers adopt new systems. The simulation captures what RCH calls “savers in motion,” allowing unmatched SMIRAs from earlier years to find a home later on. In some high‑adoption years, matching activity even exceeds 100 percent of annual SMIRA funding as prior balances are finally connected.

Across all scenarios, one element proves essential: the SMIRA itself. Without a transitional account, matching contributions would be delayed, misdirected, or potentially lost. With SMIRAs, federal dollars remain safe, mobile, and immune from leakage – no forced distributions, no stranded funds, and no rush to resolve complex account logistics on Day One. Even the simulation’s stress test – high claiming combined with low adoption – shows that nearly three‑quarters of all matching dollars are eventually delivered over time.

In the end, this simulation is not a thought experiment. It is a blueprint. A national Saver’s Match Program can strengthen retirement security on an unprecedented scale – but only if it is built on centralized clearinghouse technology, sophisticated locate‑and‑match processes, and transitional SMIRAs that ensure every federal dollar reaches its rightful destination.

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