EQUE is building the next layer of trust in digital payments – one designed for how fraud happens today and tomorrow.

Our initial technology utilized EQUE’s patented dynamic CVV technology to help issuers prevent card-not-present fraud. Subsequent research identified opportunities to extend EQUE's core technology to future-proof payments through an innovative cryptographic proof platform.

Card-not-present fraud, first-party misuse, and socially engineered scams all share a common weakness: once a transaction is approved, issuers often lack durable, cryptographic proof of how and by whom that approval occurred. As liability shifts and reimbursement rules tighten globally, that gap is becoming costly.

EQUE closes that proof gap.

Our patented technology enables issuer-controlled cryptographic proof, allowing financial institutions to control and generate valid transaction approval using their own keys, systems, and policies. The result is a verifiable record of authorization that strengthens fraud prevention, dispute resolution, and regulatory defensibility – without adding consumer friction or altering payment rails.

Today, this capability materially reduces exposure across card-not-present, first- and third-party fraud scenarios by improving certainty at the point of authorization itself. It complements existing fraud tools rather than competing with them, addressing what they cannot: proof.

Looking ahead, the same architecture extends naturally to mobile wallets, real-time payments, account-to-account / pay-by-bank, agentic AI, stablecoins, and emerging payment models – giving issuers a future-ready foundation for trusted transactions as rails evolve.

The impact shows up where it matters: fewer losses, fewer disputes, vastly reduced fraud management costs, and greater control for issuers. EQUE works quietly in the background, providing a single authorization foundation across current and future rails.

EQUE Corporation

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