Unisys Cybersecurity

The implementation of Unisys Cybersecurity solutions, particularly the Stealth suite, follows a structured four-phase journey: Discovery, Design, Deployment, and Management. In the Discovery phase, Unisys security architects work with the client to visualize their current network traffic and identify 'Communities of Interest' that require protection. This is followed by the Design phase, where identity-based policies are mapped out without requiring changes to the underlying network hardware. The Deployment phase is typically accelerated by Stealth's 'overlay' nature, allowing it to be rolled out incrementally across existing infrastructure, often taking between 4 to 12 weeks depending on organizational scale. The process concludes with a transition to ongoing Management, which may include training for internal teams or a handover to Unisys Managed Security Services for 24/7 monitoring. This non-disruptive approach ensures that business operations continue smoothly while security layers are being enhanced.

Unisys provides extensive customization capabilities to ensure its security solutions align with specific business workflows. The Stealth software allows administrators to create highly granular, identity-based policies that control access at the application and data levels. For mobile environments, Unisys offers 'application wrapping,' which enables users to define unique security policies on a per-application basis without modifying the app's source code. Additionally, the TrustCheck risk assessment tool is highly customizable, allowing organizations to input their own financial data and risk profiles to generate tailored reports on cyber risk exposure. Through a robust set of APIs and scripting support, Unisys solutions can be integrated with existing SIEM, SOAR, and IT management tools, enabling automated security workflows that are unique to the client's environment. This flexibility allows Unisys to serve a wide range of needs, from high-security government tactical networks to agile commercial cloud environments.

While Unisys aims for transparent pricing, clients should be aware of potential costs beyond the base license or subscription fee. These may include initial 'Discovery and Design' consulting fees, which are often necessary to properly map out a zero-trust architecture. For on-premise deployments, there may be infrastructure costs related to the servers hosting the security management components. Additional costs can also arise from specialized training sessions or 'wargaming' exercises led by Unisys consultants. Scaling the solution to new departments or geographic regions may involve incremental license fees or service blocks. It is also important to consider the costs of third-party integrations if specialized middleware or custom API development is required. Unisys typically provides a detailed Statement of Work (SOW) during the quote process to outline these potential expenses and ensure there are no surprises during implementation or scaling.

Unisys offers a comprehensive training ecosystem designed to empower both end-users and IT administrators. This includes a mix of live webinars, on-site workshops, and a vast library of on-demand digital content. Employees at client organizations can access specialized learning paths through platforms like IEEE and LinkedIn Learning (formerly Lynda), which Unisys often includes as part of its service agreement. For administrators, Unisys provides deep-dive technical training on the Stealth suite, covering policy creation, incident response, and system maintenance. The company also offers 'Cyber Resiliency Consulting,' where ex-CISOs and former military personnel lead wargaming exercises to test an organization's defense strategies. Certification programs are available for those who wish to become recognized Unisys Stealth experts. This multi-layered approach to education ensures that all stakeholders, from non-technical staff to senior security engineers, have the knowledge needed to maintain a robust security posture.

Security is baked into the DNA of Unisys, starting with its own product development lifecycle. The company employs a 'secure by design' philosophy, utilizing encrypted communication for all administrative and data-plane traffic. Unisys Stealth is notably the first micro-segmentation solution to achieve NIAP Common Criteria certification, a rigorous international standard for trusted security products. The company also maintains SOC 2 Type 2 compliance for its managed service environments and holds ISO 27001 certifications globally. For government clients, Unisys provides FedRAMP-compliant cloud solutions and adheres to NIST SP 800-53 security controls. Advanced measures such as biometric multi-factor authentication and 'Passive Liveness Detection' are used to prevent identity fraud. Furthermore, Unisys is an industry leader in developing quantum-safe cryptography, ensuring that data protected by its systems remains secure even as computing power advances to the quantum level.

Unisys maintains a regular release cadence, typically providing quarterly updates for its core software products like Stealth and Stealth(identity). These updates include new feature enhancements, security patches, and performance optimizations. Because many Unisys solutions are cloud-delivered or managed as SaaS, updates are often applied automatically by the Unisys team with minimal disruption to the client. For on-premise components, Unisys provides detailed documentation and support to guide administrators through the update process. The company follows a rigorous testing protocol for every release, ensuring compatibility across diverse hybrid-cloud environments. Clients are notified well in advance of major version changes, and Unisys provides a 'version support' policy that ensures legacy versions remain secure and operational for a defined period while organizations transition to the latest releases. This structured approach to maintenance ensures that the platform evolves in lockstep with the latest threat intelligence and technological advancements.

Unisys maintains a clear and customer-centric data ownership policy. All client data processed through Unisys security platforms remains the exclusive property of the client. Unisys acts as a data processor, and its contracts typically specify that data will only be used to provide the contracted services. In terms of data portability, Unisys provides robust export options, allowing clients to download log files, security policies, and risk assessment data in standard formats for use in third-party analysis tools or for archival purposes. If a contract is terminated, Unisys has strict protocols for the secure deletion of any cached client data within its managed environments. The company's adherence to global regulations like GDPR and CCPA further reinforces its commitment to data privacy and user rights. This transparency ensures that organizations maintain full sovereignty over their most sensitive digital assets throughout their partnership with Unisys.

The Unisys Cybersecurity portfolio is designed to scale seamlessly from small, high-security teams to massive, nationwide implementations. The Stealth suite's 'overlay' architecture means that adding new users or segments does not require reconfiguring the physical network, allowing for rapid horizontal scaling. For example, Unisys has implemented biometric identification systems at a national scale for border security and citizen ID programs involving tens of millions of records. Similarly, its cloud-based MDR services are built on elastic infrastructure that can handle sudden spikes in security events without performance degradation. The use of robust APIs and automation scripts allows for the unattended, automated installation of security agents across thousands of endpoints in a matter of hours. Whether an organization is growing through acquisition or expanding its remote workforce, Unisys provides the architecture to ensure security policies scale in lockstep with business growth.

Unisys typically enters into multi-year service agreements with its enterprise clients, providing stability and predictable costs. Contract structures often include a Master Services Agreement (MSA) supplemented by specific Statements of Work (SOW) for software licenses and managed services. Renewal terms are clearly defined, often including options for annual price adjustments based on inflation or volume changes. Cancellation terms usually require a 30 to 90-day notice period, with provisions for data handover and transition support. Unisys also provides Service Level Agreements (SLAs) that guarantee high availability for its managed security services and support response times. These SLAs are a critical component of the contract, ensuring that Unisys is held accountable for the performance of its security infrastructure. The terms also include robust confidentiality and non-disclosure clauses, reflecting the sensitive nature of the cybersecurity business and protecting the interests of both parties.

Unisys Cybersecurity maintains an extensive array of compliance certifications, making it one of the most trusted providers for regulated industries. Key certifications include ISO/IEC 27001 for information security management and SOC 2 Type 2 for operational effectiveness. For U.S. government work, Unisys products and facilities are compliant with FedRAMP, FIPS 140-2, and CJIS requirements. The company's flagship Stealth product is NIAP Common Criteria certified, a designation recognized by 31 member nations including India, the UK, and Germany. Unisys also ensures its solutions help clients meet industry-specific regulations such as HIPAA for healthcare, PCI-DSS for finance, and GDPR for data privacy. The company's security professionals frequently conduct compliance audits and assessments to help clients identify gaps in their posture and achieve their own certification goals. This deep commitment to international standards ensures that Unisys solutions are ready for use in the most sensitive and highly audited environments worldwide.