Compare MailRoute vs. PC Matic

Combat ransomware, spam, phishing, and various other cyber threats targeting small to medium-sized businesses, enterprises, healthcare organizations, as well as government agencies and contractors. With API-level integration available for platforms such as Microsoft Office 365 & GCC High, Google Workplace, and other email service providers, MailRoute effectively mitigates email-related attacks aimed at compromising your sensitive information and systems. Our solution offers economical, multi-layered defense mechanisms tailored to meet CMMC, NIST 800-171, HIPAA, DFARS compliance, and is accepted by DISA for email security. Designed with no single point of failure, our fully owned infrastructure features geo-distributed data centers equipped with redundant network connections, power supplies, and cooling systems, ensuring an impressive uptime of 99.999%. MailRoute also thwarts email forgeries and spoofing attempts by utilizing advanced email authentication techniques alongside managed DNS modifications. Through continuous management and updates of your email network security, we guard against cyber threats and minimize risks such as operational downtime, thus promoting both cost predictability and service reliability. Our commitment to maintaining robust email security measures demonstrates our dedication to safeguarding your digital assets against evolving cyber threats.

PC Matic Pro incorporates application whitelisting as an essential protective barrier that enhances existing endpoint security measures. This zero trust approach effectively thwarts hacking attempts and cyber threats. It effectively halts the execution of malware, ransomware, and harmful scripts, ensuring robust protection for business data, users, and the network through our specialized whitelist cybersecurity system. Representing a significant advancement in the cybersecurity landscape, PC Matic Pro is a necessary evolution toward comprehensive prevention. Given the current threats targeting critical infrastructure, various industries, and government entities, such a proactive stance is imperative. It features a patented default-deny security mechanism at the device level that prevents all unknown executions without creating complications for IT teams. In contrast to traditional security options, there is no need for customer infections to enhance the whitelisting framework. Furthermore, local overrides can be implemented post-prevention with an emphasis on precision, allowing organizations to maintain a worry-free environment without needing to react to existing threats. This ensures a fortified defense that adapts seamlessly to evolving cyber risks.