Rocket Secure Host Access vs. IBM z/OS Authorized Code Scanner

Your host applications run the business, but securing them shouldn’t disrupt your team’s productivity. Rocket® Secure Host Access™ is a security-first terminal emulation platform that effortlessly brings modern identity and access management to your green screen environments. We empower you to replace outdated passwords with passwordless, phishing-resistant authentication, stopping credential-based threats at the source. Whether you operate in desktop, web, or hybrid environments, we make safeguarding your mainframe data simple and reliable. - Seamlessly align with strict industry regulations, including HIPAA, PCI-DSS, and DORA. - Block credential theft and unauthorized access with advanced, phishing-resistant logins. - Lock down sensitive information using industry-standard TLS 1.3 and SSH encryption. Keep your enterprise secure while letting your team work without friction. Partner with us to fortify your host access today.

The IBM z/OS Authorized Code Scanner (zACS) is a premium feature introduced in z/OS version 2 release 4 and beyond, designed to help clients bolster the security architecture of their z/OS systems. This scanner proficiently detects potential vulnerabilities within the Authorized Program Facility (APF) code libraries. It provides both fundamental and sophisticated testing capabilities for Program Controls (PCs) and Supervisor Calls (SVCs). Additionally, the tool supports AC(1) parameter testing in both batch and UNIX System Services (USS) settings. With its intuitive graphical interface via the z/OS Management Facility (z/OSMF), it simplifies the diagnostic procedures required for any necessary fixes. The scanner functions in a non-disruptive way by seamlessly integrating with z/OS recovery processes. Tailored for use in production environments, it can automatically gather dumps to assist with problem analysis, which contributes to a thorough approach to security governance. Consequently, zACS stands out as an essential tool for ensuring strong security protocols are upheld in intricate computing landscapes. Its implementation can significantly enhance the overall security posture of organizations utilizing z/OS systems.