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Combining deterministic execution and isolation of safety-critical workloads, including real-time, graphics, and AI applications, with device identity, secure provisioning, software integrity, and lifecycle trust. This enables aerospace and defense organizations to securely deploy, update, and sustain mission-critical systems.
Solution Focus
Safety-Critical Execution
Secure Workload Isolation
Real-Time & Edge AI
Device Identity & Provisioning
Trusted Software & Updates
Post-Quantum & Crypto Agility Readiness
OmniTrust and Lynx bring together secure execution environments and device lifecycle trust to protect safety-critical systems across OT, aerospace, and defense. Lynx provides deterministic real-time performance, secure partitioning, and isolation of mixed-criticality workloads, enabling traditional mission applications, graphics, and AI capabilities to operate within controlled environments. OmniTrust Device Lifecycle Management (DLM) complements these capabilities with hardware-rooted device identity, secure manufacturing and provisioning, software and firmware signing, integrity verification, trusted updates, and cryptographic lifecycle management.
The technologies work together by combining Lynx’s protected execution and workload isolation with OmniTrust’s ability to establish device trust, verify software integrity, and securely manage updates throughout the system lifecycle. This helps ensure that trusted software is deployed and maintained within secure, isolated execution environments, even as applications and mission requirements evolve.
Together, these complementary capabilities support a continuous chain of trust from initial provisioning through deployment, maintenance, and long-term sustainment. This helps OT, aerospace, and defense organizations securely introduce new capabilities, protect against unauthorized software changes, and maintain operational resilience across decades of service, while supporting cryptographic agility and post-quantum cryptography (PQC) readiness as security requirements evolve.
| Lynx | OmniTrust | Joint Customer Value | |
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| DLM | Certify | ||
| MOSA.ic.AI® |
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Combines a secure, modular mission-critical software platform with device identity, secure provisioning, software/firmware signing, authenticated updates, cryptographic lifecycle management, and cybersecurity compliance capabilities to protect safety-critical systems and maintain trust throughout their operational lifecycle. |
| LynxSecure® Separation Kernel Hypervisor |
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Extends LynxSecure's strong workload isolation and separation with trusted device identity, cryptographic key management, signed software, and lifecycle-controlled updates to protect mission-critical workloads and maintain platform integrity throughout deployment. |
| LynxOS-178® / LynxElement™ |
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Adds trusted software and firmware lifecycle management to deterministic and safety-critical execution environments, supporting software integrity, controlled updates, traceability, and long-term trust in deployed systems. |
| Lynx Embedded Linux / VigiShield |
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Combines secure boot, platform hardening, update integrity, and embedded Linux security with managed device identity, signing, provisioning, cryptographic assets, secure updates, and lifecycle governance to protect embedded platforms throughout their operational life. |
| Vigiles – SBOM & Vulnerability Management |
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Connects SBOM-aware vulnerability management and remediation workflows with continuous cyber risk assessment, lifecycle governance, evidence and traceability, and regulatory compliance reporting to help organizations manage product cybersecurity risk over time. |
| Lynx Engineering & Lifecycle Services |
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Extends engineering, platform integration, security implementation, validation, and long-term maintenance expertise with OmniTrust's device trust and cyber risk lifecycle capabilities to help customers deploy, operate, and sustain secure, compliant, lifecycle-managed embedded systems. |
Mission-critical and safety-critical edge systems must maintain security, integrity, and trust throughout long operational lifecycles while supporting increasingly complex software, connected devices, and evolving cybersecurity requirements. Organizations need to protect these systems from initial manufacturing and deployment through software updates, maintenance, and end of life.
Lynx's secure, modular mission-critical software platform, LYNX MOSA.ic.AI, including its sub-components LynxSecure and LynxOS-178/LynxElement, combined with OmniTrust's Trust Lifecycle Management platform, provide a foundation for building and operating trusted edge systems. Lynx delivers secure isolation, deterministic execution, and safety-critical platform capabilities, while OmniTrust establishes and maintains device trust through secure identity, key and certificate management, provisioning, software and firmware signing, authenticated updates, and cryptographic lifecycle governance. Together, these capabilities help ensure trusted software is deployed and maintained within secure execution environments throughout the device lifecycle.
Enables secure, resilient, and maintainable mission-critical systems with trust spanning hardware, platform software, applications, and cryptographic assets. Customers can reduce integration and lifecycle risk, protect software and firmware integrity, securely manage deployed systems, and maintain operational resilience across decades of service while adapting to evolving cybersecurity and compliance requirements.
OT, aerospace, and defense platforms increasingly need to run real-time, safety-critical, graphics, and AI applications on shared hardware without compromising isolation, security, or deterministic performance.
Lynx provides secure partitioning and deterministic execution to isolate mixed-criticality workloads. OmniTrust DLM complements these capabilities with trusted device identity, secure provisioning, software and firmware integrity, and controlled updates. Together, they help maintain trust in the underlying platform and software as new workloads and capabilities are introduced.
Enables organizations to deploy advanced applications, including edge AI, alongside critical workloads while protecting system integrity, reducing integration risk, and supporting secure platform evolution.
Long-lived OT, aerospace, and defense systems require software and firmware maintenance over decades, often in remote, disconnected, or tightly controlled environments. Unauthorized changes, aging cryptography, and evolving threats create operational and security risks.
Lynx provides secure execution environments and workload isolation, while OmniTrust DLM supports software and firmware signing, integrity verification, authenticated updates, device identity, and cryptographic lifecycle management. These complementary capabilities help organizations maintain trusted software throughout deployment and sustainment. OmniTrust's cryptographic lifecycle capabilities also support cryptographic agility and planning for future post-quantum cryptography (PQC) transitions, helping organizations address emerging cryptographic risks across extended deployment lifecycles.
Protects system integrity, reduces the risk of unauthorized updates, and supports operational continuity and cryptographic agility across extended system lifecycles.
Manufacturers and operators of connected, safety-critical systems must manage vulnerabilities, cybersecurity risk, and compliance evidence as products evolve throughout their operational lives.
Lynx's Vigiles SBOM and vulnerability management capabilities complement OmniTrust Certify's continuous cyber risk lifecycle governance. Together, they connect software component visibility and remediation activities with ongoing risk assessment, control mapping, traceability, and audit-ready evidence.
Helps organizations identify and manage emerging risks, prioritize remediation, maintain cybersecurity evidence, and support evolving regulatory requirements without relying solely on point-in-time assessments.
Lynx delivers a safe, secure, and modular software platform for edge computing in aerospace, defense, industrial, and autonomous mission-critical systems. Purpose-built for real-time, mixed-criticality environments, Lynx enables CPU- and GPU-based workloads, including AI, to coexist without interference on a single mission computer. Its MOSA-aligned architecture reduces certification scope, accelerates deployment, and sustains systems across 10- to 30-year lifecycles. Backed by decades of proven deployment on the world’s most demanding programs, Lynx enables engineers to build, certify, and deploy advanced mission-critical and AI-enabled applications across highly regulated industries.
Contact OmniTrust to discuss how the OmniTrust + Lynx joint solution can help your organization.
