Phosphorus vs. Ivanti Security Controls

Phosphorus plays a crucial role in protecting the rapidly growing and often underappreciated enterprise IoT landscape. It provides thorough visibility down to individual device models and firmware versions, ensuring complete awareness of all embedded devices present within your network. Utilizing its patented technology, Phosphorus allows for effortless firmware updates and credential rotations for all IoT devices with a mere click. In contrast to traditional scanners that primarily identify vulnerabilities or require expensive Spanports, Phosphorus's scanner effectively locates all IP-enabled IoT devices on your network without interfering with their normal functions. By implementing our groundbreaking solutions, you can achieve strong protection for your enterprise while also enabling efficient IoT inventory audits. This approach not only guarantees compliance with relevant regulations and industry standards but also automates vital processes like policy enforcement and patch management, leading to significant cost savings. With these integrated features, Phosphorus not only bolsters security but also simplifies the overall management of IoT devices, ultimately helping organizations operate more efficiently.

Ivanti Security Controls acts as an automated patch management solution that bolsters security by combining prevention, detection, and response strategies within both physical and virtual environments. The system identifies vulnerabilities and detects missing patches for operating systems and third-party applications, efficiently deploying updates to servers, workstations, virtual machines, and templates, regardless of their online or offline status, utilizing agentless patching and remote task scheduling to minimize disruption. It integrates granular privilege management by implementing Just Enough and Just-in-Time Administration techniques, which eliminate the necessity for full administrative rights while allowing temporary access elevation for authorized tasks. Furthermore, dynamic allowlisting enforces preventive measures that ensure only recognized and trusted applications can execute, supported by a monitoring mode that collects data on application usage to refine controls and diminish false positives. The automation of creating CVE-to-patch lists facilitates the effective grouping of relevant updates derived from any vulnerability assessment, while REST APIs enhance integration and orchestration, thereby providing a seamless security management experience across various environments. This all-encompassing strategy empowers organizations to sustain strong security postures while adeptly addressing their patching requirements, ultimately leading to a more resilient IT infrastructure.