Compare Barracuda Sentinel vs. ProDMARC

Business email compromise (BEC), spear phishing, and account takeover are emerging as the foremost security threats confronting organizations today. These meticulously crafted attacks utilize socially engineered methods aimed at misleading employees, resulting in potentially catastrophic repercussions for companies and their reputations. Barracuda Sentinel offers a comprehensive cloud-based solution that integrates artificial intelligence, deep connectivity with Microsoft Office 365, and brand protection to effectively counteract business email compromise, account takeover, spear phishing, and various forms of cyber fraud. Central to Barracuda Sentinel is its advanced AI engine, which operates in real-time to detect and thwart socially engineered attacks while pinpointing employees who are most vulnerable. The unique API-driven architecture of Sentinel allows the AI engine to access historical email data, enabling it to understand the distinct communication patterns of each user. Furthermore, the engine employs a variety of classifiers to chart the social networks of every individual within the organization, enhancing its ability to safeguard against these threats. This multifaceted approach not only strengthens security but also fosters a culture of awareness among employees regarding potential cyber risks.

Cybercriminals often employ forged emails to deceive both your customers and employees into revealing their login credentials. They may also send counterfeit invoices to your business partners and suppliers, creating further chaos. Additionally, these malicious actors distribute harmful emails that contain malware, such as ransomware, which can severely impact your organization. Furthermore, they utilize email spoofing techniques to sell illicit products, including weapons and drugs, while masquerading as reputable brands. To combat these threats, DMARC serves as an email validation protocol that hinges on two widely recognized authentication methods, SPF (Sender Policy Framework) and DKIM (DomainKeys Identified Mail). SPF functions by allowing the recipient's mail server to verify whether the email sender's server is permitted to dispatch emails on behalf of the organization, thereby enhancing security. Meanwhile, DKIM employs a cryptographic method that utilizes both public and private keys to authenticate messages, ensuring their integrity during transmission from sender to recipient mail servers. Implementing these protocols is crucial in safeguarding against email-based attacks.