Top IBM z/OS Authorized Code Scanner Alternatives

The Security Insights Platform aims to cultivate a dependable setting for both customers and employees by proficiently recognizing and addressing risks tied to possible threats. It is equipped to promptly assess and scrutinize the security condition of your Mainframe. In addition, it supports the development of remediation strategies for any vulnerabilities detected, which can be implemented either continuously or as needed. Security Insights lays a strong groundwork that enables your Mainframe to integrate smoothly with your network and hybrid cloud systems across the enterprise. This platform gives you the tools to securely support crucial initiatives during your digital transformation journey. Moreover, the results generated by CA Security Insights can be seamlessly integrated with other internal systems, such as Security Operations Centers (SOCs) and Security Information and Event Management (SIEM) solutions, which provides a cohesive, organization-wide view of your security landscape. By gathering, consolidating, and analyzing security information, you can effectively tackle mainframe security challenges. This method not only minimizes the necessity for manual, labor-intensive data collection efforts but also facilitates the automation of more complex tasks. As a result, this fosters greater efficiency and contributes to a more secure operational framework, ultimately positioning your organization for success in an increasingly digital world.

zSecure Admin simplifies the oversight of IT security operations by quickly detecting, analyzing, and resolving issues related to IBM RACF, ultimately leading to significant time savings. Furthermore, it enables the supervision of privileged users, ensuring that obsolete accounts are promptly deactivated and that integrations are performed correctly. This powerful tool seamlessly collaborates with zSecure Audit, offering extensive monitoring and remediation features. With zSecure Admin, users can control multiple systems from a single application interface, which streamlines the process of comparing profiles, merging security rules from different databases, or renaming IDs within one database. During the consolidation of profiles from various databases, zSecure Admin performs detailed consistency checks and identifies potential conflicts prior to executing any commands, thus promoting compliance automation and easing the hurdles typically associated with consolidation efforts. In addition, this capability significantly boosts overall security management efficiency by minimizing the time and resources needed for these tasks, allowing security teams to focus on more strategic initiatives. Ultimately, zSecure Admin not only enhances security but also contributes to a more organized and effective IT environment.

This continuous monitoring tool significantly boosts the security of even the strongest mainframe systems. SDS IronSphere for z/OS not only supports compliance with regulations required by U.S. agencies but also stands out in its capability for automatic z/OS STIG compliance monitoring, which is a crucial aspect among its numerous security compliance features tailored for the mainframe setting. Created by experts well-versed in mainframe penetration testing and security compliance, IronSphere adheres to important guidelines necessary for fulfilling security compliance obligations across multiple industries. This solution enables ongoing and automatic detection of system vulnerabilities while providing clear remediation instructions as part of its evaluation results. Additionally, the findings are securely archived within the tool, allowing compliance auditors to confirm that your z/OS system is consistently monitored and adheres to ISCM and RMF standards, thereby strengthening the security framework for your organization. The functionalities of this tool not only aid in averting potential breaches but also bolster overall trust in the security stance of the mainframe environment, ensuring that organizations can maintain a proactive approach to cybersecurity challenges. As the landscape of threats evolves, having such a robust monitoring solution becomes increasingly essential for safeguarding critical infrastructure.

UKM proficiently identifies, manages, and oversees SSH user keys, all while guaranteeing that business operations continue without any interruptions and that workflows remain efficient. It systematically detects and evaluates existing keys, verifies secure connections, extends authorizations, and removes inactive keys as needed. With no changes to procedures or doubts about compliance, it also aids in lowering costs during this process. UKM stands out as an exemplary choice for companies of all sizes that value the management and safeguarding of their secure shell environments. The system is designed to automatically track SSH key activity, adjust access rights, and pinpoint as well as eliminate any potentially dangerous or redundant keys, ensuring that normal operations are not disrupted. By centralizing oversight and automating the management of keys, organizations can greatly reduce the expenses tied to SSH keys, potentially leading to significant savings each year. While SSH is widely regarded as the premier method for securing data transfers, poorly handled SSH keys can introduce critical security vulnerabilities. UKM effectively confronts these issues, guaranteeing both security and regulatory adherence for its clientele. Furthermore, its capability to simplify key management processes empowers organizations to dedicate more time to their primary functions, rather than getting overwhelmed by key management challenges, ultimately enhancing overall productivity. This dual focus on security and efficiency positions UKM as an invaluable asset in today’s digital landscape.

As a leader in the industry, QRadar SIEM is engineered to outpace adversaries through improved speed, scalability, and accuracy. With the rise of digital threats and increasingly sophisticated cyber attackers, the role of SOC analysts has never been more critical. QRadar SIEM equips security teams to address contemporary threats proactively by integrating advanced AI, comprehensive threat intelligence, and cutting-edge resources, thereby enhancing analysts' capabilities. Whether you need a cloud-native solution designed for hybrid setups or a system to augment your existing on-premises infrastructure, IBM provides a SIEM solution tailored to your unique requirements. Additionally, IBM's enterprise-grade AI is designed to elevate the productivity and expertise of each member within the security team. By implementing QRadar SIEM, analysts can reduce the burden of time-consuming manual processes such as case management and risk assessment, enabling them to focus on vital investigations and remediation actions, ultimately strengthening their overall security posture. This innovative approach not only streamlines operations but also fosters a more resilient security environment.

IBM Guardium Data Protection utilizes a zero trust security framework to systematically identify and classify sensitive data across an organization. It ensures ongoing surveillance of data activities while employing advanced analytics to monitor user behavior for any irregularities that may pertain to sensitive information. Constructed on a highly scalable architecture, Guardium delivers extensive insights into both structured and unstructured data within various storage contexts, such as on-premises setups, private clouds, public clouds, and containerized environments. Through a cohesive interface, users are empowered to define access protocols, monitor user engagements with protected data, and promptly pinpoint, investigate, and mitigate vulnerabilities and potential threats within their data ecosystem. This proactive strategy not only bolsters security but also aids organizations in adhering to data protection laws. Furthermore, by harnessing these features, businesses can create a more resilient data environment that is capable of evolving in response to new security challenges. Ultimately, this adaptability plays a crucial role in strengthening overall data governance.

Neglecting compliance standards can result in soaring costs and cause severe harm to your financial stability. The CA Compliance Event Manager is specifically created to promote ongoing data protection and ensure adherence to regulations. Utilizing sophisticated compliance management tools allows for a deeper comprehension of your organization's risk environment, which is essential for protecting your business while fulfilling legal obligations. You have the capability to track user actions, evaluate security settings, and inspect system files, receiving notifications for any changes or atypical activities to maintain full insight into your security infrastructure and data. Real-time alerts enable you to address potential threats before they escalate. Moreover, you can analyze significant security events and communicate them to SIEM platforms, providing a holistic view of your security framework. By refining the process of monitoring security alerts in real time, you can lower operational expenses. Additionally, investigating the sources of incidents through comprehensive audit trails and compliance documentation can provide crucial insights into your overall risk profile and improve your security strategy. This proactive strategy not only strengthens your defenses but also promotes an environment of continuous enhancement in both compliance and security management practices, ensuring long-term stability for your organization.

Malicious and suspicious actions are promptly detected to avert any potential compromise of your systems. This proactive approach guarantees that security responders and your operations team possess real-time insight, enabling them to rapidly address any possible openings for attackers. Information from multiple systems is compiled and translated into a universally recognized security language to enhance understanding and context. Pre-established scorecards assist in achieving better adherence to regulations such as HIPAA, PCI DSS, and GDPR. Specialized security scans are automated to identify and neutralize threats before a breach can take place. Detailed reports generated by experts shed light on risks by pinpointing threat incidents, unusual activities, and compliance weaknesses. Furthermore, policy scanning, which is guided by actual penetration tests, uncovers configuration vulnerabilities prior to exploitation, thereby reinforcing security measures. With these comprehensive safeguards implemented, organizations are equipped to uphold a proactive defense against the ever-evolving landscape of cyber threats, ensuring their systems remain resilient and secure. This holistic strategy not only improves security but also fosters greater trust among stakeholders.

X-Force delivers in-depth assistance in crafting and executing a unified security strategy that protects your organization against global threats. Our specialists have a deep understanding of the behaviors and strategies of threat actors, which allows us to efficiently prevent, detect, respond to, and recover from security breaches, enabling you to focus on your core business goals. Supported by extensive research, intelligence, and remediation expertise, X-Force offers customized offensive and defensive services that cater to your specific requirements. Our committed team is made up of hackers, responders, researchers, and analysts, many of whom are recognized authorities in the cybersecurity arena. With operations in 170 countries, X-Force guarantees that help is readily accessible whenever and wherever it is most needed. Partnering with X-Force empowers your security team, as we tirelessly work to avert, manage, and reduce the impact of breaches, ensuring that you can resist cyber threats and maintain uninterrupted business activities. Furthermore, our dedication to your security goes beyond simple protection; we strive to build a proactive alliance that enables your organization to flourish in an increasingly complex digital environment, adapting to new challenges as they arise. This collaborative approach not only enhances your defense but also fortifies your overall resilience against emerging vulnerabilities.

IBM RACF for z/OS delivers a powerful system for protecting mainframe assets by employing resource managers that assist in making informed access control choices. By ensuring that access is limited to authorized personnel, it serves a key function in safeguarding sensitive information. Users can be verified through various methods such as passwords, password phrases, digital certificates, Kerberos tickets, or PassTickets. To effectively oversee and regulate access to vital z/OS data, the deployment of specialized tools is necessary. The RACF database contains comprehensive data regarding users, resources, and their access permissions, which is fundamental for enforcing security measures. This database is crucial for identifying who is permitted to access secured resources according to predefined security policies. Furthermore, RACF includes extensive logging and reporting features that monitor user access attempts, whether they are successful or not, thereby aiding in the identification of potential security risks or weaknesses. This capability significantly improves your capacity to track and address security issues. Additionally, the RRSF allows you to perform most RACF commands on a node while logged in with a different user ID, providing enhanced flexibility in security management. This degree of oversight is essential for sustaining a secure mainframe environment, ultimately ensuring the integrity of critical data. In a world where cybersecurity threats are ever-evolving, having such robust measures in place is more important than ever.

The z/OS tape encryption solution has been designed to be both cutting-edge and flexible, allowing for seamless integration while offering a comprehensive method for safeguarding data. It guarantees that your confidential information is protected from unauthorized access, even in cases where physical tapes may be at risk. By implementing Tape Encryption, organizations can efficiently handle the entire lifecycle of encryption keys without incurring the expenses and complications associated with traditional hardware solutions. This mainframe approach enables businesses to reduce the potential risks of facing fines, costly remediation efforts, and damaging media coverage that might occur due to data breaches. Moreover, it effectively fits within your broader security strategy while ensuring cost-effectiveness. Protecting against data breaches not only secures your valuable assets but also helps maintain your brand's integrity in the competitive marketplace. Additionally, the solution incorporates an automated key management system that enhances performance and reduces processor strain by utilizing other technologies from Broadcom. This ultimately fortifies defenses against data loss and significantly boosts your organization's ability to withstand financial challenges. In a world where data security is paramount, such a robust solution is essential for future-proofing your operations.

The IBM® zSecure Suite offers a robust framework for security assurance through various features such as auditing, alerting, administration, reporting, and authentication, which collectively enhance security and risk management for IBM Z® hardware, software, virtualization, and widely used external security managers (ESMs) like IBM RACF, CA ACF2, and CA Top Secret. By automating essential security administrative tasks, the zSecure Suite not only boosts operational efficiency but also reduces the likelihood of human error, adeptly recognizing both internal and external security threats while providing immediate alerts and ensuring adherence to relevant standards. This suite goes beyond mere task automation; it is crucial for effective identity governance, which is vital for compliance with regulatory frameworks. In addition, it actively identifies potential threats, offers real-time alerts, and monitors compliance with critical practices such as pervasive encryption to satisfy GDPR requirements. The suite also strengthens authentication mechanisms, thereby improving user access controls and simplifying management for security professionals. Overall, the IBM zSecure Suite serves as an all-encompassing solution that effectively responds to the ever-changing security challenges faced by organizations today. Furthermore, its comprehensive nature ensures that organizations can maintain a resilient security posture in an increasingly complex digital landscape.

Enhancing the specific organizational requirements and functionalities of session management within a company is crucial. The TPX Session Management for z/OS effectively tackles the issue of repetitive logins and logouts across various applications associated with a VTAM network by permitting secure access to all applications from a single, cohesive menu. This innovative system not only provides authenticated access to dynamically generated application menus but also caters to diverse departmental needs through the option for personalized user customization. Moreover, it enhances both performance and user experience by implementing data compression, simplifying administration, and establishing a centralized control point that streamlines communication between different instances. By leveraging Broadcom's training, certifications, and resources, you can elevate your organization and advance your career, thereby unlocking the ability to create seamless integrations that optimize the capabilities of mainframe services. Through these educational offerings, you can develop a deep understanding of system management principles and significantly boost operational efficiency, ultimately leading to a more productive and agile work environment.

Mainframe systems are essential for ensuring dependable digital interactions for some of the world's largest corporations and organizations. While these systems are crucial, the passwords protecting vital users, data, and applications often present a weak link that cybercriminals can exploit, as their reliability is heavily reliant on user knowledge and compliance with security measures. Hackers have effectively utilized methods such as social engineering and phishing to trick employees, partners, and general users into granting unauthorized access to even the most secure platforms. By implementing IBM Z MFA, organizations can greatly bolster the security of their vital systems through sophisticated authentication features and a comprehensive, user-centric approach that minimizes the chances of password-related breaches and system attacks. Moreover, our design team comprises actual users of IBM Z MFA, allowing us to infuse their critical insights and experiences from real-world mainframe security scenarios into each iteration we roll out. This ongoing exchange of feedback guarantees that our offerings stay pertinent and impactful against the constantly changing threats in the realm of cybersecurity. Ultimately, maintaining a strong security posture is not just about technology but also about cultivating a culture of security awareness among all users.

The Crypto Analytics Tool (CAT) plays a crucial role in collecting essential security data and contributes to the creation of a comprehensive inventory of cryptographic assets. Its user-friendly graphical interface streamlines the evaluation of security information, delivering a holistic view of all z/OS cryptographic-consuming LPARs through a unified monitoring platform. By providing an in-depth look at the system's cryptographic security, CAT supports ongoing oversight to verify that keys and cryptographic functions are accurately configured and secure, in line with well-established best practices. This tool is instrumental in enforcing compliance and policy requirements, enabling administrators to detect vulnerabilities and prioritize necessary improvements. It provides a thorough analysis of the cryptographic security landscape, encompassing HSM, ICSF, and RACF components. By identifying weak keys and algorithms, CAT plays a vital role in upholding strong security measures. Moreover, it facilitates comparisons between the current cryptographic state and earlier snapshots, a critical process for identifying errors, troubleshooting issues, and validating change control procedures, thereby fostering a more secure cryptographic environment. In addition, CAT's capabilities not only fortify security but also enhance overall operational efficiency within the organization, ultimately contributing to a more resilient infrastructure. With its extensive features, it becomes an indispensable asset for any organization aiming to improve its cryptographic security posture.

CA Cleanup simplifies the non-interactive and continuous task of cleaning security files, providing essential support in complying with various regulations concerning information security, privacy, and protection. In mainframe security databases, outdated user IDs and entitlement definitions often persist, creating discrepancies with current responsibilities and leading to confusion, increased risk, and greater vulnerability to security threats. This situation also places unnecessary pressure on system administrators and the overall infrastructure. As the challenges related to regulations, audits, and staffing become more pronounced, there is a pressing need to address the problem of redundant security entitlements. CA Cleanup meets this requirement by functioning in the background, meticulously tracking security system activities to distinguish between active and inactive security definitions. By continuously monitoring security events, it enables the identification of both active and inactive access rights linked to any user or application. Consequently, this not only strengthens security measures but also reduces the burden on administrators, making the overall management of security more streamlined and effective. Furthermore, by improving oversight, CA Cleanup ensures that organizations can better allocate resources and focus on critical security tasks that require immediate attention.

BMC Compuware Application Audit equips security and compliance teams with the ability to observe mainframe user activities in real time, meticulously recording each successful login, keystroke, menu selection, and specific data access, all without modifying any mainframe applications. This powerful tool enables organizations to collect extensive information about user access and actions on the mainframe, with the goal of mitigating cybersecurity risks and ensuring adherence to compliance standards. It provides crucial insights into user behavior, clearly outlining which data was accessed, by whom, and through which applications. Moreover, it delivers the in-depth intelligence and reporting required to comply with regulations such as HIPAA, GDPR, and the Australian NDB scheme, as well as internal security policies. By employing a web-based interface, this solution distinctly separates the functions of system administrators and auditors, thereby preventing any individual from executing malicious acts without detection. This careful division of responsibilities not only fortifies the security framework but also fosters a culture of accountability within the organization. Ultimately, leveraging this tool can significantly enhance an organization's cybersecurity resilience.

Achieve reliable and scalable security while maintaining effective administration for your mainframe systems. The success of contemporary businesses relies heavily on a solid, comprehensive, and efficient security infrastructure. Organizations must have unrestricted access to their mainframe databases while addressing security concerns without worry. Additionally, customers tend to trust only those companies that prioritize the protection of their sensitive information. ACF2 provides extensive security features for your vital informational assets, allowing your organization to fully utilize the mainframe’s reliability, scalability, and cost-effectiveness. Moreover, ACF2 facilitates advanced multi-factor authentication for z/OS and enables security externalization for IBM Db2 without requiring an exit. With integrated identity and access management, as well as logging and audit reporting capabilities, it presents a complete cybersecurity solution for your essential information resources. This empowers your enterprise to not only tap into the full advantages of the mainframe but also to enhance its flexibility and economic efficiency in the rapidly evolving business landscape. In conclusion, prioritizing such security measures is essential for maintaining trust and operational excellence in today's competitive market.

A comprehensive security and directory management solution specifically designed for z/VM is essential for minimizing risks by enforcing strict security measures and managing resource access within both z/VM and Linux on System z environments. V:M Secure for z/VM plays a key role in reducing the likelihood of accidental security breaches by ensuring that the user directory within z/VM remains aligned with your established security standards. This system streamlines the automatic implementation of extensive IT security policies, assists in the detection of security violations, and produces thorough reports and audit trails. It grants overarching control over access to all system resources while facilitating the delegation of disk space management and the automated movement of direct access storage devices (DASD). By applying rigorous protections, the security threats related to the z/VM ecosystem are considerably lowered. Additionally, it provides flexible access to resources for both z/VM and Linux on System z systems, while simplifying management across various IT vulnerabilities, from user access to data and system audits, thus improving overall security and operational effectiveness. Implementing such a solution not only enhances security but is also instrumental in ensuring adherence to regulatory compliance. Moreover, it empowers organizations to maintain a proactive stance against emerging threats, fostering a more resilient IT infrastructure.

With the advancement of each computer generation, operating systems are becoming increasingly intricate. This heightened complexity has made the auditing process for these systems more challenging and time-intensive. Security vulnerabilities can arise in all types of operating systems, including mainframes, due to improper installations, custom configurations, and ongoing maintenance bugs. CA Auditor emerges as a powerful software solution that automates the technical evaluation of both hardware and software environments, effectively identifying areas at risk for integrity issues. It is adept at uncovering potential security flaws that may result from misconfigured setups, allowing users to conduct a comprehensive assessment of the operating system and its various components. Furthermore, CA Auditor includes features that monitor system usage and safeguard critical system files' integrity. By leveraging CA Auditor, users can effectively tackle major vulnerabilities within the z/OS operating system, which facilitates precise auditing, integrity assessments, and essential verifications aimed at strengthening security protocols. This holistic strategy not only reduces risks but also contributes to cultivating a more secure computing landscape while ensuring compliance with established security standards.

Addressing the risk of insider threats, which may involve intentional malice or accidental oversights, is essential for maintaining security. Trusted Access Manager for Z reinforces system integrity and elevates operational efficiency by offering a comprehensive privileged access management solution tailored for mainframe environments. By eliminating the need for shared credentials, seamlessly integrating with existing systems, and providing forensic tracking of all actions taken by privileged users, organizations can achieve comprehensive oversight of vital mainframe data. It's essential to restrict the number of individuals with privileged access and to limit the time frame of their elevated rights, thereby reducing the likelihood of insider threats. Additionally, streamline your auditing process by prohibiting the sharing of privileged credentials while ensuring that all activities of individual privileged users are fully transparent. By effectively controlling access to your organization’s most sensitive data, you can build trusted systems and optimize overall productivity. Furthermore, enhancing your professional development through Broadcom's training programs, certifications, and resources can significantly improve your expertise in privileged access management, ultimately contributing to both personal growth and your organization’s success. Continuous learning in this area not only fortifies your skill set but also strengthens your company’s security posture against potential threats.

Modern business strategies rely on a reliable, comprehensive, and cost-effective security system. Organizations need seamless access to their mainframe databases while addressing security concerns effectively. Consumers are more likely to interact with companies that actively protect their personal information. Top Secret provides advanced safeguarding for your crucial information assets, enabling your organization to fully harness the mainframe's dependability, scalability, and efficiency. With ready-to-use identity and access management solutions, along with thorough logging and audit reporting capabilities, businesses can enhance their cybersecurity posture. By implementing strong cybersecurity protocols, your organization can maximize the advantages of the mainframe's reliability, scalability, and affordability. Moreover, a flexible configuration system guarantees that your security policies are continuously monitored and tailored to accommodate various organizational structures, fostering security and adaptability. This combined strategy not only builds trust with customers but also strengthens the overall robustness of your business operations, ensuring a competitive edge in the market.

Every product in the VitalSigns range is engineered to help you save money. Each item ensures simple installation, acts as an affordable alternative to costly legacy systems, minimizes the load on the mainframe, and provides constant support from our outstanding team. VitalSigns serves as an all-encompassing toolkit for… Event Log Management and Compliance – VitalSigns SIEM Agent for z/OS FTP Monitoring – VitalSigns for FTP Comprehensive FTP Security – The VFTP/SSH Collaboration IP Monitoring – VitalSigns for IP Network Automation – VitalSigns for Network Automation and Control SNA and IP Monitoring – VitalSigns for VTAM By utilizing these solutions, users can boost their operational efficiency while achieving substantial reductions in costs, ultimately leading to better resource management and a more streamlined workflow.

SDS is actively involved in the distribution, support, and continuous improvement of the esteemed E-Business Server, a true OpenPGP encryption solution originally developed by the renowned cryptography expert Phil Zimmerman. Utilizing the power of OpenPGP encryption technology along with flexible APIs, the SDS E-Business Server offers strong encryption functionalities that effortlessly integrate with a wide variety of applications and systems, including mainframes. This server is specifically designed for organizations that require the highest level of security for data that is stored internally, shared within the company, and communicated beyond its secure confines. The challenges posed by contemporary data security needs are considerable, yet they are crucial for operational integrity. Organizations can achieve compliance with GDPR and other vital regulations through the use of robust signature generation and reliable authentication processes, ensuring the safeguarding of their data. Furthermore, the E-Business Server enhances efficiency by optimizing file sizes, reducing bandwidth consumption, speeding up processing times, and saving disk space, which contributes to effective resource management. As the digital landscape continues to evolve, it is imperative for organizations to focus on solutions that not only bolster security but also refine operations to foster greater productivity and efficiency in their workflows. Investing in such comprehensive systems paves the way for a more resilient and adaptive business environment.

IBM Hyper Protect Virtual Servers employ IBM Secure Execution for Linux, establishing a confidential computing environment that protects sensitive data within both virtual servers and container settings. This solution harnesses a hardware-based, trusted execution environment (TEE) to ensure secure computations, accessible both on-premises and as a managed service via IBM Cloud. Organizations are able to confidently develop, deploy, and manage essential applications across hybrid multi-cloud setups while taking advantage of the confidential computing features available on IBM Z and LinuxONE. Developers are equipped to create their applications within a secure framework that guarantees data integrity, and administrators can verify that applications originate from trustworthy sources through their auditing processes. Additionally, operations teams are empowered to oversee systems without requiring direct access to either applications or their sensitive data. This methodology provides substantial protection for digital assets on a secure, tamper-resistant Linux platform, instilling confidence in businesses as they navigate intricate security challenges. Consequently, IBM Hyper Protect Virtual Servers are integral to bolstering the overall security strategies of organizations, helping them adapt to evolving threats in the digital landscape. This comprehensive approach ensures that enterprises can maintain operational efficiency while safeguarding their most critical information assets.

We specialize in cybersecurity, dedicated to safeguarding vital information throughout its lifecycle for leading organizations around the world. Our self-service tool, SSHerlock, allows users to assess their SSH key inventory and understand the associated risks while ensuring post-quantum resilience, all at no charge. Beyond this, we provide solutions like passwordless authentication, operational technology (OT) security, and various defensive cybersecurity services. As we look to the future, what major trends are expected to shape the landscape of cybersecurity in the next year? PrivX is perfectly designed for the secure oversight and management of superuser and power user access within hybrid cloud settings, effectively eliminating the use of harmful privileged passwords in critical infrastructures. UKM Zero Trust automates and streamlines the lifecycle management of millions of encryption keys, enhancing risk mitigation and facilitating successful audits, all while promoting keyless access. Furthermore, our innovative software solution, NQX, offers unmatched performance and security, raising the bar for cybersecurity products. As technology advances, staying abreast of emerging trends will be essential for fortifying security frameworks and ensuring resilience against evolving threats. It is imperative for organizations to proactively adapt their strategies in response to these anticipated changes.

Elevate your cloud identity and access management (IAM) by incorporating detailed contextual information for risk-based authentication, which will facilitate secure and efficient access for customers and staff alike. As organizations adapt their hybrid multi-cloud environments within a zero-trust framework, it becomes vital for IAM to transcend its traditional boundaries. In a cloud-dominated environment, developing cloud IAM strategies that utilize comprehensive contextual insights is key to automating risk management and ensuring continuous user verification for all resources. Your strategy should be tailored to meet your organization’s specific requirements while protecting your existing investments and securing on-premises applications. As you design a cloud IAM framework that can enhance or replace current systems, consider that users desire smooth access from various devices to an extensive array of applications. Make it easier to integrate new federated applications into single sign-on (SSO) solutions, adopt modern multi-factor authentication (MFA) methods, streamline operational workflows, and provide developers with intuitive APIs for seamless integration. Ultimately, the objective is to establish a unified and effective ecosystem that not only improves the user experience but also upholds stringent security protocols. Additionally, fostering collaboration across teams will ensure that the IAM solution evolves alongside technological advancements.

The Unified Key Orchestrator for IBM z/OS, formerly referred to as IBM Enterprise Key Management Foundation-Web Edition, offers a robust key management solution that effectively manages and secures the lifecycle of encryption keys across an organization, accommodating both on-premises infrastructures and multiple cloud environments, including IBM Cloud, AWS KMS, Azure Key Vault, and Google Cloud. Known as UKO for z/OS, this tool streamlines the management and transfer of key management operations between local and cloud settings, which not only enhances compliance but also strengthens security protocols. By employing UKO for z/OS, organizations can manage their encryption keys from a unified, dependable interface, thus optimizing operational efficiency. As a software deployment specifically designed for z/OS, UKO for z/OS ensures smooth key orchestration across all IBM z/OS systems and various public cloud platforms. Furthermore, it offers support for key management related to zKey on Linux® on IBM Z and integrates with the IBM Security Guardium key lifecycle manager, providing holistic coverage across diverse environments. This comprehensive strategy for key management ultimately fortifies your enterprise's security framework while alleviating the complexities tied to encryption key management. Overall, the adoption of UKO for z/OS represents a significant advancement in the way organizations can secure their sensitive data.

Integrating mainframe and IBM i systems into leading IT analytics and operations platforms is crucial for obtaining a thorough, enterprise-wide view that can enhance your digital business strategy. In today’s ever-connected digital landscape, the IT department serves as the foundation of organizational achievement, as even a minor security breach or service interruption can completely disrupt operations. Effectively managing the diverse applications and infrastructure elements within this increasingly complex environment while addressing issues proactively is no simple task. Thankfully, numerous platforms are available that facilitate real-time oversight of IT security and operations across the enterprise, allowing for prompt intervention when necessary. Yet, a significant challenge emerges because these modern tools frequently lack native compatibility with mainframe or IBM i systems. As a result, if your organization depends on these crucial servers without integrating them, you may be putting yourself at risk due to an essential information gap. Therefore, merging these systems with contemporary analytics solutions could not only improve visibility but also fortify your overall operational resilience, ultimately leading to better decision-making and enhanced performance across the organization. This strategic alignment can pave the way for more robust data-driven initiatives that propel the business forward.

To protect your organization from the detrimental misuse of privileged accounts and credentials, which frequently act as entry points to essential assets, it is crucial to implement robust security measures. The CyberArk PAM as a Service incorporates sophisticated automation technologies aimed at securing your business's growth. Given that cyber threats are perpetually on the lookout for weaknesses, adept management of privileged access is vital for mitigating risks. By safeguarding credentials, you can shield critical resources from potential breaches. Furthermore, maintaining compliance is achievable through comprehensive documentation of key events and conducting secure audits that are resistant to manipulation. The Privileged Access Manager integrates smoothly with numerous applications, platforms, and automation tools, thereby enhancing your security ecosystem. This integration not only optimizes operational efficiency but also strengthens your defenses against constantly changing threats, ensuring that your organization remains resilient in a volatile cyber landscape. Ultimately, prioritizing these strategies cultivates a proactive security posture essential for long-term success.

Ostorlab enables organizations to easily pinpoint vulnerabilities within their security framework, offering capabilities that extend far beyond mere subdomain enumeration. By leveraging resources such as mobile app stores, public registries, and comprehensive crawling of various targets, it delivers a detailed analysis of your external security posture. With minimal effort, you can access vital insights that play a crucial role in enhancing your defenses against potential cyber threats. Ostorlab automates the detection of numerous security issues, including insecure injections, outdated dependencies, hardcoded secrets, and cryptographic vulnerabilities. This robust tool empowers both security and development teams to efficiently evaluate and mitigate risks. The convenience of Ostorlab's continuous scanning feature ensures that scans are automatically triggered with every new release, saving you valuable time while providing consistent protection. In addition, it streamlines access to intercepted traffic, file system details, function invocations, and decompiled source code, allowing you to analyze your system through the lens of an attacker and significantly minimize the time spent on manual tooling and data management. This all-encompassing strategy revolutionizes how organizations tackle security challenges, positioning Ostorlab as an essential resource in the ever-evolving digital environment. Ultimately, adopting such innovative tools can lead to a more resilient security posture and greater peace of mind.

Legit Security safeguards software supply chains against attacks by automatically identifying and securing development pipelines, addressing vulnerabilities and leaks, as well as enhancing the security practices of individuals involved. This enables companies to maintain safety while rapidly deploying software. The platform offers automated identification of security vulnerabilities, threat remediation, and compliance assurance for each software release. It features a thorough and continuously updated visual inventory of the Software Development Life Cycle (SDLC). Additionally, it uncovers weak points in SDLC infrastructure and systems, providing centralized insights into the configuration, coverage, and placement of security tools and scanners. Potentially insecure build actions are intercepted before they can introduce vulnerabilities later in the process. Furthermore, it ensures early detection and prevention of sensitive data leaks and secrets prior to their inclusion in the SDLC. The system also validates the secure utilization of plugins and images that might jeopardize the integrity of a release. To bolster security measures and promote best practices, tracking of security trends across various product lines and teams is included. With Legit Security Scores, users receive a concise snapshot of their security standing. Moreover, integration with alert and ticketing systems is facilitated, allowing for flexibility in workflow management.

SQUAD1VM serves as an advanced platform for managing and orchestrating virtual environments through a risk-based approach. It aggregates vulnerability information from multiple technology tools, vulnerability scanning solutions, and manual penetration testing efforts. By offering cyber risk quantification across all sources of vulnerability data, Squad1 empowers security teams to respond swiftly and effectively. The insights derived from this data include contextual information regarding mitigation strategies from similar departments and historical trends in vulnerability detection, all enhanced by structured workflows aimed at bolstering security measures. The platform consists of several key modules, including Audit Management, On-Demand Scanning, Asset Management, User/Vendor Management, Report Management, and a Ticketing System. Each module plays a vital role in streamlining the risk management process and ensuring comprehensive oversight. The advantages of utilizing SQUAD1 are numerous, such as automating the identification of risks, enabling prioritization that leads to quicker mitigation efforts, allowing for customized workflows tailored to specific enterprise needs, and providing enhanced visibility into insightful vulnerability monitoring. Overall, it significantly enhances a company's ability to manage and respond to cyber threats more efficiently than traditional methods.

BMC Helix Remediate provides an automated approach to managing security vulnerabilities that accelerates remediation efforts by an impressive factor of 14. This state-of-the-art solution utilizes advanced analytics and automation to promptly tackle security threats while ensuring compliance in both on-premises and cloud settings. By reinforcing security protocols, maintaining compliance, increasing productivity, and lowering expenses, it equips organizations with a robust set of tools. The platform is capable of importing and evaluating data from a range of vulnerability scanners, effectively correlating vulnerabilities with assets and patches, setting priorities, and automating remedial actions. It also offers real-time insights into security flaws, unaddressed vulnerabilities, and configuration errors, which enhances management efficiency. With an optimized patching process, it allows for quick remediation of security concerns, whether they originate from local environments or cloud services. Moreover, it employs automation to uphold compliance with both external regulations and internal policies, ensuring organizations stay proactive and responsible. Additionally, the solution performs automated configuration assessments and remediation across major cloud platforms like AWS, Azure, and GCP, thereby ensuring that cloud services and containers are securely managed. By embracing this innovative tool, organizations not only bolster their security stance but also improve the management of their resources, leading to greater operational effectiveness. Ultimately, BMC Helix Remediate stands as a vital asset for any organization looking to navigate the complexities of modern cybersecurity challenges.

Oncoustics is at the forefront of creating and implementing groundbreaking, patented AI technologies designed to deliver affordable, non-invasive surveillance, diagnostics, and treatment monitoring for diseases that currently present substantial clinical difficulties. The firm has introduced a suite of specialized applications aimed at different diseases and anatomical structures, which seamlessly integrate with any point-of-care ultrasound device, enabling healthcare providers, including physicians, nurses, and technicians, to use them as vital tools in primary care settings without the necessity for image analysis. By harnessing the power of AI, Oncoustics converts economical point-of-care ultrasound machines into advanced diagnostic tools that facilitate swift and cost-effective identification and monitoring of conditions related to the liver, prostate, kidney, breast, and thyroid. The diverse team behind Oncoustics comprises experts in AI, signal processing, radiology, hepatology, digital health, and ultrasound, fostering a holistic approach to healthcare advancement. Their focus on affordable point-of-care diagnostics and surveillance greatly improves patient outcomes through timely detection and consistent oversight, which are essential for effective disease management and enhanced overall health. Furthermore, Oncoustics is not merely tackling existing healthcare challenges but is also paving the way for a revolutionary shift in future disease management strategies, ensuring that the healthcare landscape evolves to meet the needs of patients more effectively. This forward-thinking approach positions Oncoustics as a key player in reshaping the future of medical diagnostics and patient care.

Established in 2011, Acculytic is dedicated to addressing the complexities faced by mid-sized companies in auditing their transaction and vendor documentation. Focusing significantly on cash recovery and the detection of duplicate payments and vendors, these matters are vital for organizations of all sizes. However, our offerings for improving accounts payable (AP) encompass much more than just these primary concerns. Unlike larger corporations that frequently rely on third-party auditors with sophisticated technologies and intrusive practices, Acculytic adopts a more straightforward and accessible strategy. Utilizing a fixed fee structure, we implement non-invasive SaaS technology that enables businesses to manage their growing AP effectively. Regular assessments through Acculytic not only reveal potential cash recovery opportunities but also confirm the absence of such opportunities, while simultaneously providing organizations with tools for continuous monitoring of their AP systems. This dedication to transparency and efficiency sets Acculytic apart as an indispensable ally in the financial management landscape for mid-sized businesses, ensuring they can navigate their financial challenges with confidence. In doing so, we empower them to optimize their financial operations while minimizing risks associated with accounts payable.

Horizon3.ai® offers a solution that assesses the attack surface of your hybrid cloud, enabling you to identify and rectify both internal and external vulnerabilities before they can be exploited by malicious actors. With NodeZero, you can quickly deploy an unauthenticated container that requires no prior credentials or ongoing agents, allowing for an efficient setup in just a few minutes. This tool empowers you to oversee your penetration testing process from start to finish, letting you define the parameters and scope of the attack. NodeZero conducts safe exploitations, collects pertinent data, and delivers a comprehensive report, which helps you concentrate on genuine threats and enhance your mitigation strategies. Additionally, NodeZero can be utilized continuously to monitor and assess your security posture, allowing for immediate recognition and rectification of potential attack vectors. Moreover, it effectively detects and maps both internal and external attack surfaces to uncover exploitable weaknesses, configuration errors, compromised credentials, and potentially harmful default settings, ultimately strengthening your overall security measures. This proactive approach not only improves your defense mechanisms but also fosters a culture of continuous security awareness within your organization.

OpenVAS is a powerful tool for vulnerability scanning that provides both authenticated and unauthenticated assessments while supporting an extensive array of internet and industrial protocols across various levels. This scanner is engineered for large-scale scanning tasks and includes a strong internal programming language that enables users to design tailored vulnerability tests. It draws its vulnerability detection tests from a continuously updated database with a wealth of historical data. Developed by Greenbone Networks since 2006, OpenVAS plays a crucial role in their commercial offerings, including the Greenbone Enterprise Appliance, which encompasses multiple additional Open Source modules aimed at enhancing vulnerability management. By leveraging its comprehensive features, OpenVAS equips organizations with the necessary tools to effectively strengthen their security measures. Additionally, its adaptability and continuous updates ensure that it remains relevant in the ever-evolving landscape of cybersecurity threats.

WinDump is the Windows version of tcpdump, a robust command-line tool used for network analysis that was originally created for UNIX platforms. It is fully compatible with tcpdump, enabling users to inspect, resolve issues, and archive network traffic to storage based on complex rules. This utility operates on a range of Windows operating systems, including 95, 98, ME, NT, 2000, XP, 2003, and Vista. By leveraging the WinPcap library and drivers, which are freely available on the WinPcap website, WinDump effectively captures network data. Moreover, it supports wireless capture and troubleshooting for 802.11b/g networks when used in conjunction with the Riverbed AirPcap adapter. Offered at no charge under a BSD-style license, WinDump can take advantage of the interfaces provided by WinPcap. It is also capable of functioning on any operating system that supports WinPcap, reinforcing its identity as a direct port of tcpdump. Users have the option to launch multiple sessions either on the same network interface or across different interfaces; although this may elevate CPU load, there are minimal drawbacks to concurrently running several instances. This adaptability and ease of use render WinDump an essential asset for network engineers and administrators. Ultimately, its combination of functionality and user-friendliness makes it a preferred choice for handling diverse networking tasks.

Network Perception's NP-View represents a cutting-edge cybersecurity solution specifically designed for operational technology (OT) environments, enabling security teams to improve network visibility through automated mapping of the topology. This forward-thinking tool identifies potential access and segmentation vulnerabilities, assists in compliance initiatives, and helps to uphold a strong security framework without disrupting existing operations. As a lightweight and non-intrusive option, NP-View allows security teams to quickly identify network weaknesses and assess risks effectively. It removes the need for agent installations or alterations to the OT infrastructure, making it user-friendly for both technical experts and those with less technical expertise. Compatible with a wide range of firewalls, routers, and switches commonly found in OT environments, NP-View functions flawlessly in offline mode, ensuring that an internet connection is not a requirement. The platform provides continuously refreshed, detailed network maps, offering an accurate and current overview for evaluating the cybersecurity landscape. With its unique capabilities, NP-View has become an essential resource for organizations dedicated to strengthening their OT networks against emerging threats, while also fostering a culture of security awareness among all staff members.

Concentrate on the elements that genuinely matter by evaluating risks, considering the context, and removing repetitive occurrences. Enhance the entire remediation workflow through automation, which will notably lessen the burden of manual operations. Enable smooth collaboration on cross-departmental initiatives while consolidating all concerns from posture management and vulnerability assessment systems. By identifying shared root causes, you can substantially minimize the number of issues while obtaining thorough visibility and comprehensive reporting. Work together effectively with remote teams using their preferred tools, ensuring that each engineer enjoys a customized and pertinent experience. Provide actionable remediation strategies and practical coding insights that can be easily tailored to align with your organizational structure. This unified platform is designed to foster efficient remediation across diverse attack surfaces, tools, and stakeholders. With effortless integration into current posture management and vulnerability solutions, Opus enhances the crucial visibility that teams need. Furthermore, by encouraging a culture of teamwork and proactive problem-solving, organizations can greatly bolster their security posture, ultimately leading to a more resilient defense against potential threats. Emphasizing these collaborative efforts can pave the way for more innovative solutions in the ever-evolving landscape of cybersecurity.

The SensiML Analytics Toolkit is designed to accelerate the creation of intelligent IoT sensor devices, streamlining the often intricate processes involved in data science. It prioritizes the development of compact algorithms that can operate directly on small IoT endpoints rather than depending on cloud-based solutions. By assembling accurate, verifiable, and version-controlled datasets, it significantly boosts data integrity. The toolkit features advanced AutoML code generation, which allows for the quick production of code for autonomous devices. Users have the flexibility to choose their desired interface and the level of AI expertise they wish to engage with, all while retaining complete control over every aspect of the algorithms. Additionally, it facilitates the creation of edge tuning models that evolve their behavior in response to incoming data over time. The SensiML Analytics Toolkit automates each phase required to develop optimized AI recognition code for IoT sensors, making the process more efficient. By leveraging an ever-growing library of sophisticated machine learning and AI algorithms, it creates code that is capable of learning from new data throughout both the development phase and after deployment. Furthermore, it offers non-invasive applications for rapid disease screening, which intelligently classify various bio-sensing inputs, thereby playing a crucial role in supporting healthcare decision-making processes. This functionality not only enhances its value in technology but also establishes the toolkit as a vital asset within the healthcare industry. Ultimately, the SensiML Analytics Toolkit stands out as a powerful solution that bridges the gap between technology and essential healthcare applications.

The INFINITT Cardiology Suite is an all-encompassing platform that combines all cardiovascular data into a single interface, which improves the management, analysis, reporting, and submission of images to various registries. It has also been certified by the American College of Cardiology (ACC), validating that version 1.0.8.1 adheres to NCDR standards for the CathPCI Registry® version 5. Designed specifically for cardiology and vascular imaging, this suite operates as an online PACS and reporting tool, and it also supports EKG and nuclear medicine applications. It can function autonomously or integrate smoothly with INFINITT PACS, facilitating the consolidation of data for electronic health records (EHR). Users benefit from the ability to customize report templates that work with Dragon Dictation, enhancing flexibility and productivity. Moreover, the suite provides a range of both basic and advanced measurement tools for various cardiac procedures, including echocardiography, non-invasive vascular imaging, EKG, nuclear medicine, and cardiac catheterization studies. Its advanced report generation features allow for the automatic entry of measurements and interpretations, which cuts down on transcription costs and streamlines workflow. Such integration not only improves operational efficiency but also leads to better patient outcomes through swift access to extensive data. This capability makes the INFINITT Cardiology Suite an essential asset for healthcare providers in the cardiology field.

Bad sectors on a hard disk are a common problem that puts data storage at risk. These defective sectors can lead to severe data loss, provoke blue screen errors, and cause a decline in disk performance. To address this issue, Macrorit Disk Scanner stands out as a dependable third-party application that evaluates disk surfaces and checks hard drive health, offering enhanced features compared to the default Windows disk scanner. By employing a rapid algorithm, this free tool generally runs at the maximum speed allowed by the device it is installed on. It supports a variety of recent Microsoft Windows versions, including both client and server editions, and is compatible with a broad range of storage solutions, such as IDE, SATA HDD, SSD, SCSI, FireWire, hardware RAID setups, and flashcards. To begin using Macrorit Disk Scanner, users need to install and launch the application, then select the disk they wish to analyze. The scan log provides an easy way to pinpoint the locations of any bad sectors found during the evaluation. Additionally, users can perform surface tests on their hard drives, allowing for the examination of specific areas as needed. Overall, this tool proves to be essential for preserving hard drive reliability and safeguarding valuable data, making it a must-have for anyone concerned about their storage health.

Enhance the security evaluation process by utilizing hosted vulnerability scanners, which streamline everything from identifying potential attack surfaces to identifying specific vulnerabilities while offering actionable insights for IT and security professionals. By shifting focus from merely analyzing attack surfaces to actively detecting vulnerabilities, organizations can effectively hunt for security flaws. Leverage dependable open-source tools to identify security weaknesses and access resources that are widely used by penetration testers and security specialists around the world. It's crucial to approach vulnerability hunting with the mindset of potential attackers, as simulating real-world security scenarios can help test vulnerabilities and refine incident response strategies. Utilize both advanced tools and open-source intelligence to thoroughly map out the attack surface, thereby providing your network with better visibility. Having conducted over one million scans last year and with our vulnerability scanners in operation since 2007, the journey to addressing security issues starts with proper identification. Once vulnerabilities are corrected, it is essential to mitigate the associated risks and perform follow-up tests to verify the resolution and effectiveness of those measures. Additionally, ongoing monitoring and reassessment play a critical role in sustaining a strong security posture, ensuring organizations remain vigilant against evolving threats. Regular updates and training for security teams can further reinforce this commitment to security excellence.

The YAG Suite represents a groundbreaking French tool that elevates SAST capabilities significantly. YAGAAN merges static analysis with machine learning, providing clients with much more than a mere source code scanner. This comprehensive suite enhances application security audits and integrates security and privacy within DevSecOps design processes. By aiding developers in grasping the causes and implications of vulnerabilities, the YAG Suite transcends standard vulnerability detection methods. Its contextual remediation feature enables developers to swiftly address issues while also enhancing their secure coding practices. Additionally, YAG Suite’s innovative 'code mining' technique facilitates security assessments of unfamiliar applications, effectively mapping all pertinent security mechanisms and offering querying features to identify 0-day vulnerabilities and other risks that cannot be automatically detected. Currently, it supports programming languages such as PHP, Java, and Python, with plans to expand to JavaScript, C, and C++ in the future. This forward-thinking approach ensures that developers are well-equipped to tackle emerging security challenges.

DefenseCode WebScanner acts as a Dynamic Application Security Testing (DAST) solution, focused on comprehensive security assessments of live websites. By emulating various attack strategies similar to those used by real-world hackers, WebScanner effectively evaluates a website's security measures. This adaptable tool is suitable for any web application development framework and operates efficiently even without access to the application's source code. It supports a wide range of popular web technologies, including HTML, HTML5, Web 2.0, AJAX/jQuery, JavaScript, and Flash. Capable of executing over 5,000 tests for Common Vulnerabilities and Exposures, WebScanner uncovers more than 60 different types of vulnerabilities, such as SQL Injection, Cross Site Scripting, and Path Traversal, while also addressing issues highlighted in the OWASP Top 10. Furthermore, organizations looking to improve their web application security can greatly benefit from its robust features and capabilities. Overall, the tool not only identifies vulnerabilities but also aids in fortifying the overall security framework of web applications.

Protection! serves as a sophisticated and adaptable Licensing Toolkit and License Manager that allows developers to embed licensing functionalities into their bespoke software or components, ensuring compliance with the permissions specified in the license. Featuring strong encryption methods and smooth integration options, Protection! is tailored for software developers creating cross-platform applications in a way that remains user-friendly. This License Manager offers an all-encompassing solution that supports multiple licensing methodologies, making it ideal for software vendors, publishers, and developers who wish to implement licensing across Web, Enterprise, Server, and Desktop platforms. Additionally, it enables users to provide trial versions of their offerings, which can dramatically reduce or completely eliminate unauthorized software access, potentially leading to significant revenue growth for companies. By offering a range of licensing models while maintaining a single code base, Protection! not only increases flexibility for clients but also opens doors to new revenue streams. This innovative approach allows developers to safeguard their intellectual property effectively while also adapting their products to fulfill varying market needs, ultimately enhancing customer satisfaction and loyalty.

uLearn.io offers a safe and unobtrusive method for online proctoring that prioritizes the privacy of test-takers while enabling academic administrators to design and administer exams that are resistant to cheating. The challenges of overseeing remote examinations can complicate the integrity of assessments, but uLearn’s automated proctoring system streamlines the entire examination process, identifying any questionable behavior exhibited by students. Additionally, our solution is designed for seamless integration with various learning management systems and is available as a tailored, budget-friendly package, making it accessible for a wide range of educational institutions. This innovative approach ensures that the examination process remains fair and trustworthy for all parties involved.

Hakware Archangel is a vulnerability scanning and penetration testing tool powered by Artificial Intelligence. This innovative scanner enables organizations to continuously assess their systems, networks, and applications for security vulnerabilities, utilizing advanced AI technology to rigorously evaluate the security posture of their environment. By employing such sophisticated mechanisms, it ensures that potential threats are identified and addressed in a timely manner, enhancing overall cybersecurity.