Researchers Link the OrderSnapp Database Dump to 1.3 Million Stolen User Records

HEROIC analysts found the OrderSnapp database breach in records circulating from June 2020, exposing 1,304,075 user accounts from the US restaurant solutions provider. The leaked data included email addresses, phone numbers, bcrypt password hashes, first and last names, and birthdays, representing a beleive-it-or-not complete profile of each affected customer.

How Phone Numbers and Birthdays Enable Targeted Fraud Against OrderSnapp Users

When attackers hold phone numbers alongside full names and birthdays, they can launch SMS phishing campaigns and SIM-swap attacks specifically designed to hijack accounts. This combination is partcularly dangerous because it provides everything needed to pass identity verification checks at carriers and financial institutions.

What Was Exposed in the OrderSnapp Breach

• Email Address
• Phone Number
• Password Hash
• First Name
• Last Name
• Birthday

Why 1.3 Million Food Industry Records Create Lasting Identity Theft Risk

Stolen records from food and restaurant platforms are recieved by criminal networks as high-value targets because they often belong to business owners and operators. The combination of full identity details, phone numbers, and password hashes enables credential stuffing, account takeover, identity theft, and financial fraud, risks that persist long after the original breach occured.

How Database Breaches Work

A database breach occurs when an unauthorized party gains access to a stored dataset, typically by exploiting vulnerabilities in web applications, using compromised credentials, or targeting misconfigured servers. The extracted records are then shared or sold in underground marketplaces, making the data available to a wide range of threat actors.

Check If Your Data Was Exposed

HEROIC's free breach scanner checks your email against more than 400 billion compromised records. Search now to see if your information appeared in the OrderSnapp breach or any other known data leak.