Why current EBT cards are vulnerable
Many states continue to issue SNAP benefits on cards that rely on magnetic stripes. That technology is susceptible to skimming and cloning, enabling fraudsters to steal card data or copy cards so they can siphon benefits. When fraud occurs, it directly harms beneficiaries and imposes extra burdens on administering agencies in the form of card replacements, customer service demand and investigations.
Chip cards: how they reduce risk
Chip-enabled cards use a different security model: each transaction can produce a unique cryptographic code, making cards far harder to copy or clone. The white paper from the Advanced Technology Academic Research Center (ATARC), titled
"Demonstrating ROI in SNAP Through the EBT Card / Chip Card Use Case"argues that this change is not merely technical but financial — stronger card security converts into fewer fraud losses and lower operating costs.
Numbers that matter
The ATARC analysis offers concrete figures to support the case for chip cards. It states that every $1 stolen from SNAP benefits can generate $4.14 in total costs once secondary impacts — such as investigations, reissuing cards and restoring public confidence — are included. That multiplier underlines that measured theft figures understate the fiscal hit to programmes and taxpayers.
The white paper also points to a compelling example from California. According to the report, monthly EBT theft in the state fell from $16.16 million in December 2024 to around $3.58 million by September 2025 — a 78% decrease. The document attributes this decline, in part, to the introduction of chip technology alongside other improvements.
| Metric | Value |
|---|---|
| Reported monthly EBT theft (Dec 2024) | $16.16m |
| Reported monthly EBT theft (Sep 2025) | $3.58m |
| Reported reduction | 78% |
Operational and fiscal consequences
Beyond the headline decline in theft, switching to chip readers is presented as a way to reduce multiple operational costs. The white paper highlights expected savings from fewer card replacements, reduced demand for customer support and lower investigative workloads. In short, the financial case extends beyond the value of benefits recovered to the wider costs of maintaining public trust and programme integrity.
- Security: Chip cards generate per-transaction codes, making cloning far harder.
- Costs: Every $1 stolen can produce $4.14 in total programme costs, ATARC reports.
- Evidence: California's monthly reported EBT theft fell from $16.16m to $3.58m over nine months, a 78% decline.
What this means for policy
The data presented in the ATARC paper and California’s experience form a straightforward argument for investment in chip readers and associated infrastructure. For agencies, the choice is framed as one of risk management and long-term cost control: installing chip-capable terminals and issuing chip cards represents an upfront expense but may yield measurable savings and stronger protection for beneficiaries.
Any broader roll-out would require coordination between federal and state agencies, vendor procurements and potentially work to ensure terminals and payment systems are chip-compatible. The white paper positions chip readers as an evidence-based step that can improve both the security and efficiency of SNAP distribution, reducing harm to programme recipients while cutting downstream administrative costs.
