Security News > 2023 > August > Hackers exploited Salesforce zero-day in Facebook phishing attack
Hackers exploited a zero-day vulnerability in Salesforce's email services and SMTP servers to launch a sophisticated phishing campaign targeting valuable Facebook accounts.
The attackers chained a flaw dubbed "PhishForce," to bypass Salesforce's sender verification safeguards and quirks in Facebook's web games platform to mass-send phishing emails.
The benefit of using a reputable email gateway like Salesforce to distribute phishing emails is the evasion of secure email gateways and filtering rules, ensuring that the malicious emails reach the target's inbox.
The Salesforce CRM allows customers to send emails as their own brand using custom domains that the platform must first verify.
Clicking on the embedded button takes the victim to a phishing page hosted and displayed as part of the Facebook gaming platform, which adds further legitimacy to the attack and makes it even harder for the email recipients to realize the fraud.
After confirming the issues by replicating the creation of a Salesforce-branded address capable of disseminating phishing emails, Guardio Labs notified the vendor of their discovery on June 28, 2023.
News URL
Related news
- Phishing-as-a-Service "Rockstar 2FA" Targets Microsoft 365 Users with AiTM Attacks (source)
- North Korean Kimsuky Hackers Use Russian Email Addresses for Credential Theft Attacks (source)
- Japan warns of IO-Data zero-day router flaws exploited in attacks (source)
- Russian hackers hijack Pakistani hackers' servers for their own attacks (source)
- Russian hackers hijack Pakistani hackers' servers for their own attacks (source)
- GenAI makes phishing attacks more believable and cost-effective (source)
- CERT-UA Warns of Phishing Attacks Targeting Ukraine’s Defense and Security Force (source)
- Fully patched Cleo products under renewed 'zero-day-ish' mass attack (source)
- Inside the incident: Uncovering an advanced phishing attack (source)
- New Cleo zero-day RCE flaw exploited in data theft attacks (source)