A manufacturing company is using Proofpoint Email Protection and Targeted Attack Protection to stop the flood of email-based attacks, save hours per day of remediation efforts by Help Desk team, and simplify email security management while significantly improving protection.
A large research university with more than 16,000 students and scholars, more than 4,000 faculty members, and a wide array of programs, departments, and af liated organizations. The university is protecting its mission with a proactive approach to cyber security and the threats that come against it.
Perrigo is using Proofpoint Email Protection and Targeted Attack Protection to prevented outbreaks from threats such as phishing campaigns, ransomware, and other malware, limit risk from users potentially clicking on malicious URLs, and gain multilingual analysis to protect email communications around the world.
Wright State is using Proofpoint Email Protection and Targeted Attack Protection to increase the ability to detect malware and block access to malicious URLs, gain ability to fight threats with detailed data, and save time fighting threats for higher productivity on other IT projects.
Westinghouse is using Proofpoint Email Protection and Targeted Attack Protection to increase phishes caught, stop 100% of incoming emails with invalid addresses, streamline workflow, freeing security and email teams for strategic projects.
Akorn uses TAP to help it detect and stop advanced malware and credential phishing attacks. TAP typically stops 4,500–5,000 malicious emails per month, and Akorn hasn’t seen any recurrences of Cryptolocker.
Scalar deployed Proofpoint Email Protection to defend against unwanted and malicious email while providing granular visibility. They also implemented Proofpoint Targeted Attack Protection (TAP) to detect, mitigate, and block advanced known and unknown email threats.
The global threat environment continues to get more aggressive and sophisticated. PerkinElmer was seeing more fraudsters evade its spam and antivirus solutions and deliver email-based phishing attacks, spoofed emails, and malicious URLs.