Alternatives to IBM Hyper Protect Virtual Servers

Enhance your cloud IAM by integrating in-depth contextual information for risk-based authentication, ensuring seamless and secure access for both customers and employees. As companies evolve their hybrid multi-cloud setups with a focus on a zero-trust framework, it becomes crucial for identity and access management to break free from isolation. In a cloud-centric landscape, it’s essential to create cloud IAM approaches that leverage rich contextual data to automate risk mitigation and provide ongoing user verification for any resource. Your implementation pathway should align with your organizational needs. Safeguard your current investments and secure on-premises applications while crafting and personalizing the ideal cloud IAM framework that can either supplement or replace your existing systems. Users expect effortless access from any device to a wide range of applications. Streamline the addition of new federated applications into single sign-on (SSO), incorporate contemporary multi-factor authentication (MFA) techniques, simplify operational processes, and provide developers with user-friendly APIs for better integration. Ultimately, the goal is to create a cohesive and efficient ecosystem that enhances user experience while maintaining robust security measures.

IBM Guardium Data Protection implements a zero trust security model by identifying and categorizing sensitive information throughout the organization. It offers continuous monitoring of data activities and employs sophisticated analytics on user behaviors to detect any anomalies associated with sensitive information. Built on a highly scalable framework, Guardium provides comprehensive visibility into both structured and unstructured data across various storage environments, including on-premises, private, and public cloud settings, as well as within containers. With a unified interface, users can establish access rules, oversee user interactions with secured data, and effectively identify, investigate, and address vulnerabilities and threats in real time within their data landscape. This approach not only enhances security but also empowers organizations to maintain compliance with data protection regulations. By leveraging these capabilities, businesses can foster a more secure data environment that adapts to emerging threats.

Mainframe systems serve as the backbone of reliable digital interactions for many of the globe’s largest enterprises and organizations. Despite their importance, the passwords that safeguard essential users, data, and applications are often a vulnerable point for cybercriminals to target, as their effectiveness largely depends on user awareness and adherence to security protocols. Through tactics like social engineering and phishing, hackers have successfully manipulated employees, partners, and everyday users to gain unauthorized access to even the most fortified platforms. IBM Z MFA significantly enhances the security of your critical systems by providing advanced authentication features and options for a thorough, user-focused strategy that reduces the risk of password breaches and system infiltrations. Additionally, our design team consists of IBM Z MFA users themselves, allowing us to integrate their valuable insights and experiences from real-world mainframe security challenges into every updated version we release. This continuous feedback loop ensures that our solutions remain relevant and effective in combating the evolving threats in the cybersecurity landscape.

The Unified Key Orchestrator for IBM z/OS, previously known as IBM Enterprise Key Management Foundation-Web Edition, serves as a comprehensive key management solution that efficiently coordinates and safeguards the lifecycle of encryption keys throughout your organization, adaptable for both on-premises and various cloud platforms such as IBM Cloud, AWS KMS, Azure Key Vault, and Google Cloud. This tool, UKO for z/OS, facilitates the management and transition of key management tasks within and between on-premises setups and cloud environments, thereby enhancing compliance and bolstering security measures. By utilizing UKO for z/OS, organizations can control their encryption keys through a single, reliable user interface, streamlining operations. As a z/OS software deployment, UKO for z/OS allows for seamless key orchestration across all IBM z/OS systems as well as multiple public cloud services. Additionally, it provides support for key management associated with zKey on Linux® on IBM Z and integrates with the IBM Security Guardium key lifecycle manager, ensuring comprehensive coverage across various platforms. This multifaceted approach to key management ultimately reinforces the security framework of your enterprise and simplifies the complexities associated with encryption key handling.

Effortlessly streamline the ongoing and non-interactive process of cleaning up security files with CA Cleanup, which is specifically crafted to aid in meeting various regulatory requirements regarding information security, privacy, and protection. In mainframe security databases, outdated user IDs and entitlement definitions often linger, presenting a mismatch with an individual's current responsibilities; this situation fosters uncertainty, heightens risk, and amplifies the chances of security vulnerabilities. Additionally, it imposes an unwarranted strain on system administrators and the overall system. As regulatory, statutory, audit, and staffing challenges intensify, there is an urgent need to tackle the issue of excessive security entitlements. CA Cleanup addresses this necessity by operating continuously, tracking your security system’s activities to document which security definitions are actively utilized and which are not. It diligently monitors security activities, allowing for the identification of both utilized and dormant access rights associated with any user or application. This not only enhances security protocols but also lightens the load for administrators, making security management more efficient and effective.

We are a cybersecurity firm focused on protecting essential data during transit, use, and storage for prominent organizations globally. Evaluate your SSH key inventory and the associated risks with our self-service tool, SSHerlock, designed for discovering and auditing SSH keys and post-quantum resilience, all available at no cost. Our offerings extend to passwordless authentication, operational technology (OT) security, and defensive cybersecurity, among others. What significant trends are anticipated to influence cybersecurity in the coming year? PrivX is ideally suited for the secure management and monitoring of superuser and power user access across hybrid cloud environments while also removing dangerous privileged passwords from critical systems. UKM Zero Trust efficiently manages and automates the lifecycle of millions of encryption keys to enhance risk mitigation and ensure successful audits, promoting keyless access. Additionally, our software-based NQX delivers unparalleled performance and security, setting new standards in cybersecurity solutions. As technology continues to evolve, staying informed about these trends is crucial for maintaining robust security measures.

The Security Insights Platform is designed to create a reliable environment for both customers and employees by effectively identifying and mitigating risks associated with potential threats. It possesses the capability to swiftly evaluate and analyze the security status of your Mainframe. Furthermore, for any identified vulnerabilities, it assists in formulating remediation strategies—this can be done continuously or on-demand. Security Insights establishes a robust foundation that allows your Mainframe to seamlessly connect with your network and hybrid cloud infrastructures throughout the enterprise. This platform empowers you to securely facilitate essential support during your digital transformation journey. Additionally, the outputs from CA Security Insights can be integrated with other internal tools, such as SOCs and SIEMs, ensuring a unified, organization-wide perspective on your security posture. By collecting, aggregating, and analyzing security data, you can effectively address mainframe security risks. This approach also reduces the need for manual, labor-intensive, and time-consuming data collection processes, allowing for automation of the more demanding tasks. Ultimately, this leads to enhanced efficiency and a more secure operational environment.

Today’s business strategies hinge on a dependable, all-encompassing, and budget-friendly security framework. Companies require unhindered access to their mainframe databases while alleviating security worries. Customers will only engage with businesses that safeguard their personal data. Top Secret offers extensive protection for your critical information assets, allowing your business to tap into the mainframe's reliability, scalability, and efficiency fully. Experience ready-to-use identity and access management, along with comprehensive logging and audit reporting tools. By utilizing robust cybersecurity measures, your business can leverage the mainframe’s reliability, scalability, and cost-effectiveness to the fullest. Additionally, a versatile configuration system ensures your security policies are monitored and adjusted to fit nearly any organizational structure, promoting both security and adaptability. This dual approach not only enhances trust with consumers but also fortifies the overall integrity of your business operations.

A robust security and directory management solution tailored for z/VM is crucial for reducing risks by implementing strict protective measures and regulating access to resources within z/VM and Linux on System z guests. V:M Secure for z/VM is instrumental in mitigating accidental security vulnerabilities by ensuring that the z/VM user directory remains in sync with your established security protocols. This system facilitates the automatic enforcement of comprehensive IT security policies, aids in the identification of security violations, and generates detailed reports and audit trails. It provides overarching control over access to all system resources and allows for the delegation of disk space management, alongside automated relocation of direct access storage devices (DASD). By enforcing stringent safeguards, the security risks associated with the z/VM environment are significantly minimized. Furthermore, it offers adaptable access to resources for both z/VM and Linux on System z guests, while streamlining management across various IT exposure points, from user access to auditing of data and systems, thereby enhancing overall security and operational efficiency. Implementing such a system is not only beneficial for security but also for maintaining compliance with regulatory standards.

SDS is now engaged in the distribution, support, and active enhancement of the well-regarded E-Business Server, a genuine OpenPGP encryption solution that was initially created by cryptography innovator Phil Zimmerman. By leveraging OpenPGP encryption technology along with adaptable APIs, the SDS E-Business Server delivers robust encryption capabilities that seamlessly integrate with a diverse array of applications and platforms, including mainframes. This server is tailored for organizations that demand top-tier security for data that is stored internally, shared within the organization, and transmitted outside its protective boundaries. The complexities of modern data security requirements are significant yet essential. Achieve compliance with GDPR and other critical standards through the use of invulnerable signature generation and dependable authentication methods, ensuring your data is secure. Notably, the E-Business Server also optimizes file sizes, minimizes bandwidth usage, accelerates processing times, and conserves disk space, allowing for efficient resource management. As the digital landscape evolves, organizations must prioritize solutions that not only enhance security but also streamline operations for improved productivity.

Mitigate the potential for insider threats, which can range from deliberate attacks to unintentional risks. Trusted Access Manager for Z enhances system integrity and boosts operational efficiency by providing a robust privileged access management solution specifically for your mainframe environment. By removing the necessity for shared credentials, integrating seamlessly with existing tools, and generating forensics on all actions taken by privileged users, you can maintain full oversight of critical mainframe information. It's crucial to limit the number of users with privileged access and to confine the duration of their elevated privileges, thereby minimizing insider threat risks. Streamline your auditing process by eliminating the sharing of privileged credentials and ensuring complete transparency regarding the activities of individual privileged users. By controlling access to your organization's most sensitive information, you ensure the establishment of trusted systems and enhance overall productivity. Additionally, empower your professional growth and contribute to your company's success through Broadcom's training programs, certifications, and available resources, which can significantly bolster your expertise in privileged access management.

Ensure the security of your organization by actively thwarting the harmful exploitation of privileged accounts and credentials, which often serve as gateways to your most critical assets. The CyberArk PAM as a Service offers advanced automation technologies designed to safeguard your business during its expansion. Since cyber adversaries are constantly searching for vulnerabilities, effectively managing privileged access is essential to reduce potential risks. By preventing the exposure of credentials, you can protect vital resources from being compromised. Additionally, uphold compliance through thorough documentation of significant events and secure audits that resist tampering. The Privileged Access Manager seamlessly connects with a variety of applications, platforms, and automation tools, enhancing your overall security framework. This integration not only streamlines operations but also fortifies your defenses against ever-evolving threats.

Robust and scalable security solutions paired with simplified administration for your mainframe are essential. In today's business landscape, success hinges on having a dependable, comprehensive, and efficient security framework. Organizations require unhindered access to their mainframe databases while alleviating any security anxieties. Trust from consumers is given only to those businesses that prioritize the protection of personal information. ACF2 offers extensive security measures for your critical information resources, empowering your business to harness the mainframe's inherent reliability, scalability, and cost efficiency. With ACF2 for z/OS, multi-factor advanced authentication is supported, and ACF2 for Db2 for z/OS allows for the externalization of security for IBM Db2 without necessitating an exit. This solution includes ready-to-use identity and access management features, comprehensive logging, and thorough audit reporting. Ultimately, ACF2 ensures total cybersecurity for your essential information assets, allowing your business to maximize the benefits of the mainframe's capabilities while minimizing risk. Ensuring robust security is not just a technical necessity; it has become a strategic imperative for lasting success.

This z/OS tape encryption solution is crafted to be innovative, adaptable, and seamlessly integrated, providing a thorough approach to data security. It ensures your sensitive information remains safe from unauthorized access, even if physical tapes are compromised. By utilizing Tape Encryption, you can effectively manage the complete lifecycle of encryption keys while avoiding the necessity for costly and complex hardware investments. This mainframe strategy empowers your organization to mitigate risks associated with potential fines, expensive remediation efforts, and the adverse publicity that can stem from the exposure of critical data. Furthermore, it aligns with your overall security framework while maintaining budgetary efficiency. Safeguarding against breaches not only protects your assets but also helps preserve your reputation in the marketplace. Additionally, the solution offers an automated key management process that maximizes performance and minimizes the load on your processors by leveraging other Broadcom technologies. Ultimately, this ensures a robust defense against data loss and enhances your company's resilience against financial setbacks.

As each generation of computers evolves, the complexity of operating systems increases significantly. This rising complexity has resulted in a more arduous and time-consuming process for auditing these systems. All operating systems, including mainframes, can experience security vulnerabilities stemming from improper installations, customizations, and bugs associated with product maintenance. CA Auditor serves as a robust software solution that automates the technical review of both the hardware and software environments, effectively pinpointing areas of integrity risk. It detects potential security vulnerabilities arising from misconfigured implementations, allowing for a thorough evaluation of the operating system and its various components. Additionally, it offers functionality to oversee system usage and maintain the integrity of essential system files. By utilizing CA Auditor, users can effectively address significant vulnerabilities within the z/OS operating system, enabling detailed auditing, integrity checks, and necessary verifications for enhanced security measures. This comprehensive approach not only mitigates risks but also fosters a more secure computing environment.

UKM effectively discovers, addresses, and oversees SSH user keys while ensuring that business systems remain uninterrupted and workflow is smooth. It identifies and monitors existing keys, confirms trusted connections, renews authorizations, and eliminates inactive keys when necessary. There are no alterations to processes or uncertainties regarding compliance, and it also reduces expenses in the process. UKM serves as an ideal solution for businesses of any size that prioritize the management and protection of their secure shell environments. The system automatically monitors SSH key activity and updates access permissions while identifying and discarding potentially harmful or unused keys, all without causing disruptions to ongoing operations. By consolidating oversight and automating key management, businesses can significantly cut the overhead costs associated with SSH keys, potentially saving millions annually. Although SSH is recognized as the gold standard for securing data transfers, mismanaged SSH keys pose serious security threats. UKM addresses these challenges effectively, ensuring both security and compliance for its users. Additionally, its ability to streamline key management processes allows organizations to focus more on their core operations instead of getting bogged down by key-related issues.

X-Force offers comprehensive support in developing and managing a cohesive security strategy that shields your organization from threats worldwide. Our experts possess a profound insight into the mindset and tactics of threat actors, enabling us to effectively prevent, identify, address, and recover from security incidents, allowing you to prioritize your business objectives. Backed by extensive threat research, intelligence, and remediation capabilities, X-Force provides both offensive and defensive services tailored to your needs. Our dedicated team consists of hackers, responders, researchers, and analysts, many of whom are esteemed leaders in the security field. With a presence in 170 countries, X-Force ensures that assistance is always available when and where you need it the most. By engaging with X-Force, you can bolster your security team's confidence, as we work diligently to prevent, manage, and mitigate breaches, ensuring you can withstand cyber threats and maintain seamless business operations without interruption. Our commitment to your security extends beyond mere defense; we aim to foster a proactive partnership that empowers your organization to thrive in an increasingly challenging digital landscape.

The Crypto Analytics Tool (CAT) gathers vital security information and assists in creating a detailed inventory of cryptographic assets. Its graphical client simplifies the analysis of security data, providing an enterprise-wide perspective on all z/OS cryptographic consuming LPARs through a single monitoring interface. With a thorough overview of the system's cryptographic security, CAT enables continuous monitoring to ensure that keys and cryptographic functions are properly configured and secure, thereby adhering to established best practices. This tool facilitates the enforcement of policies and compliance requirements, empowering administrators to identify weaknesses and gaps, thus prioritizing necessary enhancements. It offers an extensive assessment of the cryptographic security landscape, including HSM, ICSF, and RACF components. By pinpointing insecure keys and algorithms, CAT aids in maintaining robust security protocols. Furthermore, it allows for the comparison of the current cryptographic state with previous snapshots, which is essential for error detection, problem resolution, and validation of change control processes, ultimately promoting a more secure cryptographic environment. In this way, CAT not only enhances security but also boosts operational efficiency across the organization.

IBM RACF for z/OS provides a robust framework for safeguarding mainframe resources by utilizing resource managers to make informed access control decisions. By ensuring that only authorized individuals gain access, it plays a crucial role in keeping sensitive data secure. Users can be authenticated through various means, including passwords, password phrases, digital certificates, Kerberos tickets, or PassTickets. To effectively manage and control access to critical z/OS data, implementing tools designed for this purpose is essential. The RACF database stores detailed information about users, resources, and their corresponding access rights, which is essential for enforcing your security policies. This database is instrumental in determining who can access protected resources based on established security guidelines. Additionally, RACF features comprehensive logging and reporting capabilities that track user attempts—both successful and unsuccessful—to access resources, thus facilitating the detection of potential security breaches or vulnerabilities. This functionality enhances your ability to monitor and respond to security threats. Moreover, with the RRSF, you can execute most RACF commands on a node while using a user ID that is different from the one currently logged in, offering greater flexibility in managing security. This level of control is vital for maintaining a secure mainframe environment.

Enhance the distinct organizational needs and session manager functionalities within a corporation. TPX Session Management for z/OS addresses the challenges of constant logins and logouts across various applications linked to a VTAM network by allowing secure access and navigation through all applications from a unified menu. This system provides authenticated access to dynamically generated application menus. It accommodates multiple departmental needs by allowing personalized customization for different users. Additionally, it boosts performance and user-friendliness via data compression, streamlined administration, and a centralized control point, which facilitates the exchange of commands and responses between instances. Elevate your organization and advance your career with Broadcom's training, certifications, and resources, which serve as your gateway to creating flawless integrations that maximize the potential of mainframe services. Through these offerings, you can cultivate a robust understanding of system management and improve operational efficiency.

Failure to adhere to compliance standards can lead to skyrocketing expenses and significantly damage your financial performance. The CA Compliance Event Manager is designed to facilitate ongoing data security and ensure compliance. By leveraging advanced compliance management tools, you can achieve a clearer understanding of your organization's risk landscape, safeguarding your enterprise while meeting regulatory requirements. You can monitor user activities, security configurations, and system files, receiving alerts for any modifications or suspicious behavior to maintain comprehensive visibility over your security systems and data. Real-time notifications empower you to tackle potential threats proactively. Additionally, you can sift through critical security incidents and relay them to SIEM platforms for a complete perspective on your security architecture. Streamlining security alerts undergoing real-time scrutiny can lead to reduced operational costs. Furthermore, by examining the origins of incidents with thorough audit and compliance records, you can gain valuable insights into your overall risk posture and enhance your security strategy. This vigilant approach not only fortifies your defenses but also fosters a culture of continuous improvement in compliance and security management.

The IBM® zSecure Suite provides multiple layers of security assurance, including auditing, alerting, administration, reporting, and authentication, which significantly improve security and risk management across IBM Z® hardware, software, virtualization, and popular external security managers (ESMs) like IBM RACF, CA ACF2, and CA Top Secret. By automating security administrative functions, the zSecure Suite enhances operational efficiency while minimizing the risk of human error, effectively identifying both internal and external threats, generating immediate alerts, and ensuring compliance with applicable standards. This suite not only automates key tasks but also plays a vital role in managing identity governance, which is crucial for adherence to regulatory requirements. Furthermore, it proactively detects threats, delivers real-time notifications, and monitors compliance with practices such as pervasive encryption to meet GDPR mandates. Additionally, it fortifies authentication processes to enhance user access controls, facilitating streamlined administration for security teams. Overall, the IBM zSecure Suite is a comprehensive solution that addresses the evolving security landscape.

BMC Compuware Application Audit provides security and compliance teams with the capability to monitor mainframe user activity in real time, capturing everything from successful logins and session commands to menu selections and specific data accessed, all without altering the mainframe applications. This tool helps organizations gather crucial information regarding user access and behavior on mainframes, which is essential for minimizing cybersecurity threats and adhering to compliance requirements. It offers comprehensive insights into user interactions, detailing who accessed data, what data was viewed, and the applications utilized. Furthermore, it supplies the detailed intelligence and reporting necessary to meet regulations such as HIPAA, GDPR, and the Australian NDB scheme, while also aligning with internal security protocols. By providing a web interface that distinctly separates the functions of system administrators from auditors, it ensures that no individual can engage in harmful actions undetected. This multi-layered approach not only enhances security but also fosters accountability within the organization.

zSecure Admin streamlines the management of IT security tasks by swiftly identifying, analyzing, and mitigating issues within IBM RACF, ultimately saving you time. Additionally, it allows for the monitoring of privileged users to guarantee that outdated accounts are removed and that integrations are executed correctly. This tool works in harmony with zSecure Audit, providing comprehensive monitoring and remediation capabilities. With zSecure Admin, you can manage multiple systems through a single application interface, making it easier to compare profiles, merge security rules from various databases, or rename IDs within one database. When consolidating profiles from different databases, zSecure Admin conducts thorough consistency checks and flags potential conflicts before executing commands, thereby facilitating compliance automation and alleviating the challenges associated with consolidation tasks. Furthermore, this functionality enhances overall security management efficiency by reducing the time and effort required for such processes.

Incorporating mainframe and IBM i systems into top IT analytics and operations platforms is essential for gaining a comprehensive, enterprise-wide perspective that can bolster your digital business. In our constantly connected digital era, the IT department has become the backbone of organizational success, as even a single security incident or service disruption can halt operations entirely. Effectively tracking the myriad of applications and infrastructure components within this increasingly intricate environment and addressing problems proactively is no small feat. Fortunately, a variety of platforms exist that allow for real-time monitoring of IT security and operations across the enterprise, enabling swift action when needed. However, the challenge arises because these contemporary tools often do not provide native support for mainframe or IBM i systems. Consequently, if your business relies on these vital servers while managing them independently, you may be exposing yourself to significant risks due to a critical information gap. Therefore, integrating these systems with modern analytics tools could not only enhance visibility but also strengthen your overall operational resilience.

The IBM z/OS Authorized Code Scanner (zACS) is an additional paid feature available in z/OS version 2 release 4 and later, aimed at assisting clients in enhancing the security framework of their z/OS systems. This scanner effectively identifies possible vulnerabilities located within the Authorized Program Facility (APF) code libraries. It offers both basic and advanced testing options for Program Controls (PCs) and Supervisor Calls (SVCs). The tool also facilitates AC(1) parameter testing across both batch and UNIX System Services (USS) environments. With a user-friendly visual interface through z/OS Management Facility (z/OSMF), it streamlines the diagnostic process for any necessary remediation. Moreover, it operates in a non-intrusive manner by integrating with z/OS recovery processing. Specifically designed for deployment on production environments, it can automatically collect dumps to aid in problem analysis, ensuring a comprehensive approach to security management. This makes zACS a vital asset for maintaining robust security measures in complex computing environments.

IBM z/VM is a sophisticated operating system that features a hypervisor and virtualization technology, designed to effectively manage guest servers like Linux, z/OS, and z/TPF virtual machines, as well as Red Hat OpenShift on IBM Z and LinuxONE systems. This platform is capable of operating hundreds or even thousands of guest servers on a single IBM Z or LinuxONE server with remarkable efficiency and adaptability. It accommodates various machine images and architectures, which streamlines the migration process, eases application transitions, and enables the consolidation of multiple systems onto one server. By excelling in resource sharing among virtual machines, IBM z/VM provides outstanding scalability, security, and efficiency, resulting in significant cost reductions and creating a solid foundation for cognitive computing. Its implementation supports on-premises cloud computing within a hybrid cloud framework, allowing organizations to efficiently scale and manage thousands of Linux and container workloads. Moreover, it aids in maintaining continuous availability through IBM's robust resiliency offerings, ensuring that businesses can rely on their infrastructure without interruption. This versatility makes IBM z/VM a critical asset for modern enterprises looking to optimize their IT environments.

Leading the market, QRadar SIEM is designed to surpass adversaries through enhanced speed, scalability, and precision. As digital threats escalate and cyber attackers become more advanced, the importance of SOC analysts has reached unprecedented heights. QRadar SIEM empowers security teams to tackle current threats proactively by leveraging sophisticated AI, robust threat intelligence, and access to state-of-the-art resources, maximizing the potential of analysts. Whether you require a cloud-native solution tailored for hybrid environments, or a system that complements your existing on-premises setup, IBM offers a SIEM solution that can cater to your specific needs. Furthermore, harness the capabilities of IBM's enterprise-grade AI, which is crafted to improve the efficiency and knowledge of each security team member. By utilizing QRadar SIEM, analysts can minimize time-consuming manual tasks such as case management and risk assessment, allowing them to concentrate on essential investigations and remediation efforts while enhancing overall security posture.

A secure and unalterable data repository is established within trusted execution environments (TEEs), further reinforced by cryptographic evidence. Azure Confidential Ledger offers a decentralized and managed ledger system for data entries that utilises blockchain technology. Safeguard your information whether it is stored, transmitted, or actively in use through the implementation of hardware-backed secure enclaves found in Azure's confidential computing services. This ensures that your sensitive data remains unchanged over time. The blockchain’s decentralized framework employs consensus-driven replicas and cryptographically secured blocks to guarantee the perpetual integrity of the information recorded in the Confidential Ledger. A forthcoming enhancement will allow the inclusion of multiple participants to engage in decentralized ledger operations through the consortium model, an essential aspect of blockchain technology. You can have confidence that your data is immutable by conducting your own verification processes. Tamper evidence can be exhibited across server nodes, the recorded blocks on the ledger, and all transactions carried out by users, thereby enhancing trust in the system's integrity. Furthermore, this robust framework fosters a collaborative environment where stakeholders can work together while ensuring data security and accountability.

IBM Cloud Hyper Protect DBaaS delivers completely tamper-proof enterprise cloud database environments designed for high availability, particularly suited for sensitive data workloads. It leverages LinuxONE technology to offer robust data encryption alongside outstanding vertical scalability and performance capabilities. This service is instrumental in safeguarding against potential threats such as data breaches and unauthorized data manipulation by privileged users, ensuring a high degree of confidentiality for data owners. With IBM Cloud Hyper Protect DBaaS, users can efficiently provision, manage, maintain, and monitor databases like MongoDB and PostgreSQL using standardized APIs. Additionally, it allows for the retention of data within a fully encrypted client database, eliminating the necessity for specialized skills. Users maintain complete control over their encryption keys, with the option to utilize keys secured by a FIPS 140-2 Level 4-certified hardware security module for added protection. Furthermore, users can benefit from advanced features, including indexable JSON, publish and subscribe capabilities, and more, enhancing their overall database management experience. This comprehensive solution ensures that organizations can operate their sensitive data securely and efficiently in the cloud.

This ongoing monitoring solution enhances the security of even the most robust mainframe systems. SDS IronSphere for z/OS not only aids in adherence to standards mandated for U.S. agencies but also excels in automatic z/OS STIG compliance monitoring, a key feature among its many security compliance tools designed for the mainframe environment. Developed by professionals experienced in mainframe penetration testing and security compliance, IronSphere aligns with vital guidelines that are essential for meeting security compliance requirements across various sectors. This solution provides continuous and automatic identification of system vulnerabilities, along with straightforward remediation instructions as part of its assessment outcomes. Furthermore, the results are securely stored within the tool, ensuring compliance auditors can verify that your z/OS system has been subject to ongoing monitoring and is in line with ISCM and RMF protocols, thereby reinforcing the framework of security for your organization. The tool’s capabilities not only help prevent potential breaches but also enhance overall confidence in the security posture of the mainframe environment.

Malicious activities and suspicious behaviors are immediately stopped to prevent system breaches. Security responders and operational teams benefit from real-time insights that allow them to swiftly mitigate potential attacks. Information is aggregated from various systems and presented in standardized security terminology for better understanding and context. Pre-configured scorecards enhance compliance with standards such as HIPAA, PCI DSS, and GDPR. Expert-designed automated security assessments identify and neutralize threats prior to any potential compromises. Additionally, tailored reports provide insights into risks by highlighting threat occurrences, unusual actions, and compliance-related vulnerabilities. Policy scans, informed by practical penetration testing, reveal configuration weaknesses before they can be taken advantage of, ensuring a proactive defense system is in place. This comprehensive approach fosters a secure environment that is constantly vigilant against evolving threats.

IBM Cloud Hyper Protect Crypto Services is a comprehensive key management and encryption solution offered as a service, allowing users to maintain complete control over their encryption keys for effective data protection. This service facilitates a hassle-free experience in managing keys across multiple cloud environments, featuring automatic key backups and built-in high availability that ensure business continuity and robust disaster recovery. Users can effortlessly create keys and securely bring their own keys to major hyperscalers such as Microsoft Azure, AWS, and Google Cloud Platform, thereby enhancing their data security posture while retaining key control. Additionally, the service integrates smoothly with various IBM Cloud Services and applications using the Keep Your Own Key (KYOK) method. With a focus on technical assurance, it allows organizations to maintain full oversight of their data encryption keys and provides runtime isolation through confidential computing capabilities. Furthermore, Hyper Protect Crypto Services employs quantum-safe measures, specifically utilizing Dillithium, to safeguard sensitive data against future threats. This innovative approach ensures that organizations can confidently navigate the complexities of modern data security.

Every item within the VitalSigns lineup is designed to save you money. Each product offers easy installation, serves as a cost-effective substitute for expensive legacy solutions, places minimal strain on the mainframe, and ensures round-the-clock support from our exceptional team. VitalSigns stands as a comprehensive toolkit for… Event Log Management and Compliance – VitalSigns SIEM Agent for z/OS FTP Monitoring – VitalSigns for FTP Complete 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 With these tools, users can enhance efficiency while significantly reducing operational costs.

dotDefender is the leading software solution for Web Application Firewall (WAF) security. Renowned for its enterprise-level protection, it offers sophisticated integration options, straightforward maintenance, and a low total cost of ownership (TCO). This makes dotDefender an ideal choice for safeguarding your website and web applications in the present day. Uniquely, dotDefender is adaptable to various environments, functioning seamlessly wherever your business operates. No matter the web applications you utilize—be it in a Windows or Linux setting, on dedicated servers, virtual machines, or through cloud services—dotDefender Web Application Security is equipped to secure your operations effectively. You can obtain dotDefender through either a perpetual or annual license from Applicure or one of its authorized global partners. Furthermore, it is also available as a Software as a Service (SaaS) through our extensive network of hosting and managed services partners, ensuring flexibility in how you choose to implement this crucial security solution.

Transition your essential business operations and critical workloads to the Azure infrastructure to enhance your operational effectiveness. You can operate SQL Server, SAP, Oracle® applications, and high-performance computing on Azure Virtual Machines. Opt for your preferred Linux distribution or Windows Server for your virtual instances. Configure virtual machines equipped with as much as 416 vCPUs and 12 TB of memory to meet your needs. Enjoy impressive performance with up to 3.7 million local storage IOPS for each VM. Leverage advanced connectivity options, including up to 30 Gbps Ethernet and the cloud’s pioneering 200 Gbps InfiniBand deployment. Choose from a variety of processors, including AMD, Ampere (Arm-based), or Intel, based on your specific requirements. Safeguard sensitive information by encrypting data, securing VMs against cyber threats, managing network traffic securely, and ensuring adherence to regulatory standards. Utilize Virtual Machine Scale Sets to create applications that can easily scale. Optimize your cloud expenditure with Azure Spot Virtual Machines and reserved instances to maximize cost-effectiveness. Establish your private cloud environment using Azure Dedicated Host, and ensure that mission-critical applications operate reliably on Azure to bolster overall resiliency. This strategic move not only enhances performance but also positions your business for future growth and innovation.

eLux® is a Linux-based ultra-lightweight, hardware-agnostic x86 endpoint operating system that is highly secure and designed to help companies scale their end-user computing within complex VDI or DaaS environments. About eLux: Scale, Manage, and Secure Your End User Computing. Companies need a secure, lean OS to power end-point devices in environments that are becoming more complex, and run an ever-growing number of virtual desktops and applications. IT departments require an easy-to manage, resource-friendly end-point OS to provide end users with access to their digital workspaces and virtual desktops from anywhere. Our Linux-based OS can be used by large enterprises and businesses of any size to provide a consistent employee interface to their diverse, mobile and distributed workforce. This will meet business needs as well as fulfill newer ways of work.

Create services enhanced by AI that can be designed and launched throughout your cloud infrastructure. Strengthen data confidentiality from LinuxONE to your organization by implementing robust policy controls. Reduce the risks posed by both internal and external threats by segregating workloads to maintain uninterrupted service. Utilize open servers suitable for startups and large enterprises alike, adaptable for public, private, or hybrid cloud environments. The combination of flexibility, agility, and cost efficiency is driving your digital transformation and advancing your hybrid cloud journey. This allows you to accelerate your time to market while steering clear of cloud security vulnerabilities and intricate migration hurdles. The LinuxONE III platform can revolutionize your application and data ecosystem with cutting-edge features for data privacy, security, and cyber resilience, all achieved with minimal service interruptions. Effectively manage vast amounts of data and transactions, while remaining agile to adapt to evolving requirements instantaneously. This transformation will empower your organization to meet the dynamic demands of the digital landscape.

PrivateCore vCage offers a safeguard for servers operating in untrusted settings against ongoing malware attacks, harmful hardware components, and insider threats. Cloud environments, both private and public like OpenStack, can consist of thousands of computing nodes dispersed across various geographic locations, making them vulnerable. Breaching a single compute node puts the security of the entire computing framework at risk. By utilizing PrivateCore vCage, this framework is shielded from continuous threats, ensuring the protection of servers that host sensitive applications on cloud infrastructures. The technology behind PrivateCore vCage establishes a robust secure foundation for cloud computing by safeguarding both the servers and the virtual machines hosted on them. The vCage software not only verifies the integrity of the servers but also fortifies the environment to reduce potential attack surfaces, and it employs encryption to protect sensitive data in use, such as that held in memory. Moreover, this comprehensive approach to security helps organizations maintain trust while operating in complex cloud ecosystems.

IBM WebSphere Application Server offers a versatile and secure Java server runtime environment tailored for enterprise applications. It enhances application delivery through a dependable Java Enterprise Edition-based platform that supports both microservices and standard programming models, enabling you to modernize at a comfortable pace. This environment allows for improved visibility across various workloads, facilitates the analysis of enterprise applications, and supports your transition to Kubernetes. Additionally, it empowers you to deploy and manage applications and services seamlessly, regardless of time, location, or device type. With integrated management and administrative tools, it ensures heightened security and control, while also providing support for multicloud environments to accommodate your preferred deployment strategies. Continuous delivery capabilities and services are designed to keep pace with your business's evolving demands, ultimately allowing for greater responsiveness. This comprehensive solution positions your enterprise for long-term success in a rapidly changing technological landscape.

SUSE Linux Enterprise Server (SLES) is a powerful and secure operating system tailored for enterprises and organizations, providing a scalable and reliable foundation for critical workloads and applications across diverse environments, whether physical, virtual, or cloud-based. This operating system boasts advanced capabilities like high availability, virtualization, and seamless cloud integration, making it well-suited for the deployment of sophisticated IT infrastructures. Renowned for its stability and long-term support, SLES ensures that organizations can maintain a secure and consistent operational environment over extended periods. Moreover, SUSE's management tools facilitate efficient configuration and automation, which greatly simplifies server deployment and ongoing maintenance tasks. It accommodates a variety of hardware architectures, including x86_64, ARM, and IBM Power, thus offering the necessary flexibility to meet differing business demands. Additionally, SUSE Linux Enterprise Server is designed for optimal performance and comes equipped with robust security features to protect valuable data and resources. With its comprehensive support and innovative features, SLES stands out as an exceptional choice for businesses aiming to enhance their IT capabilities.

Integritee leverages the rapid performance and privacy features of Trusted Execution Environments (TEEs) alongside the openness and reliability of public blockchains, resulting in the most efficient and scalable Web3 protocol designed for the secure handling of sensitive information. This innovative approach ensures that data can be processed swiftly while maintaining the highest standards of security and integrity.

Create smart contracts utilizing popular software frameworks to make a significant advancement from Solidity into the expansive realm of software tools available on Linux. This transition allows for exceptional computational scalability, enables access to large data files, and ensures minimal transaction fees, all while maintaining the robust security features that Ethereum offers. Whether it’s gaming applications where players' data remains confidential or enterprise solutions handling sensitive information, your decentralized applications can uphold user privacy. Descartes efficiently carries out extensive computational tasks off-chain, leveraging a Linux virtual machine that is entirely governed by a smart contract. The outcomes of these computations can be fully validated and enforced on-chain by reliable Descartes node operators, thus safeguarding the strong security assurances provided by the underlying blockchain. By overcoming Ethereum's scalability constraints, you can achieve computational efficiencies that are magnitudes greater, while still securing the blockchain's strong security standards. This evolution not only enhances user experience but also broadens the potential use cases for decentralized technologies.

Firewalls and security groups play a critical role in safeguarding your cloud infrastructure and the data within it, while also blocking harmful activities from accessing your servers or users. Security groups allow for the straightforward establishment of security policies tailored to individual instances, ensuring virtual firewall protection. You can quickly adapt to your security requirements with various hardware-based firewalls and flexible security group options. It’s essential to maintain a robust layer of defense and to configure your firewalls on demand without disrupting your services, providing the control you need. Single-tenant bare metal servers ensure that resources are exclusively reserved for a single customer, enhancing security by running workloads in a segregated environment. However, it’s crucial to recognize that not all compute servers offer the same level of security; therefore, it's vital to ensure that your chosen solution is genuinely single-tenant and dedicated solely to your organization, guaranteeing complete data isolation and peace of mind. Additionally, regularly reviewing and updating your security measures can further enhance the protection of your cloud resources.

The V-OS Mobile App Protection solution is designed to identify and safeguard mobile applications against a wide range of threats, including reverse-engineering, hooking, tampering, app integrity checks, library signature validation, code injection, and debugging among others. Even in an insecure operating system environment where the device may be compromised, applications utilizing V-OS Mobile Application Protection have mechanisms for detecting rooted and jailbroken devices, ensuring that the app can operate effectively while maintaining its integrity and confidentiality, all without jeopardizing its security or exposing sensitive data contained within. Built upon V-Key’s patented V-OS Virtual secure element, this solution provides an additional layer of tamper resistance and security features. The V-OS Mobile App Protection was developed as a flexible option to balance security with user convenience for enterprise users. By integrating a variety of protective techniques, it exemplifies the essence of true cybersecurity, emphasizing the importance of a multifaceted approach to digital safety. Ultimately, the goal is to create a seamless user experience while upholding the highest standards of protection against potential threats.