“What used to take about 1500 hours to complete can now be done in 1 week. Flare allows me to empower junior analysts to do dark web investigations that were previously impossible, hence liberating bandwidth.“
Senior Security Specialist at a MSSP






The cost of an ATO depends on your industry, fraud risk exposure, and the resources spent on investigations. On average, ATO incidents range from $50 to $200 per compromised account. For estimation purposes, we recommend using $100 per account as a baseline in the calculator.
This figure is based on new infected devices identified through Flare’s collection efforts—devices where infostealer malware successfully executed and extracted browser data in the previous month. Recently infected devices pose the highest risk, as they are more likely to contain active sessions vulnerable to hijacking.
Flare tracks over 100 widely used web applications, categorizing data by industry and sub-industry while anonymizing company names. To simplify calculations, we assume one exposed device equals one exposed account. While some devices contain multiple accounts, and some accounts appear across multiple infected devices, these variations tend to balance out, making this a reasonable estimate of ATO and session hijacking exposure.
“Estimated ROI” compares the annual ATO exposure cost with the cost of Flare’s Account and Session Takeover Prevention (ASTP) solution. The annual exposure cost is calculated by multiplying monthly exposure cost by 12, while ASTP costs are based on the number of end users in your web application.
This model assumes customers proactively mitigate risks by enforcing password resets and revoking active sessions for exposed accounts flagged by Flare, reducing the likelihood of exploitation.
Effective ATO prevention requires the ability to verify and invalidate session cookies. These capabilities are typically available in Customer Identity and Access Management (CIAM) systems.
Flare provides API documentation, SDKs, and engineering support to help ASTP customers integrate these controls seamlessly.

