Gain deeper insight and increased control over how applications are realized onto modern CPUs. Lynx MOSA.ic™ introduces a new perspective to application development that simplifies the creation, certification, and maintenance of inherently complex safety- and security-critical software systems. Simpler Path to Multi-core Certification Forgoing the traditionally inherited complexities common to OS and hypervisor designs, Lynx MOSA.ic™ adapts to the advances in multi-core virtualization to simplify vital platform abstraction layers. The comprehensible, hardware-enforced architecture of Lynx MOSA.ic™ makes inherently complex multi-core system development a viable option when facing the risks of building solutions within highly regulated safety- and security-conscious markets. Realizing the Vision of MOSA The vision of the Modular Open Systems Approach (MOSA)—to accelerate technology refresh cycles, supplier competition, and system component interoperability—has yet to be sufficiently realized for the vast majority of invested organizations and programs. Lynx MOSA.ic™—a “Modular Open Systems Architecture Integration Center”—uniquely allows developers to integrate independent software components within its development framework—including previously compiled legacy components and components authored by competing vendors. By delivering the highest number of development options at the lowest possible lifetime cost, Lynx MOSA.ic™ brings the concept of MOSA to the command line. Verifiably Secure Foundation Lynx MOSA.ic™ is founded on the LynxSecure® processor partitioning system. Inspired by the Rushby Separation Kernel, LynxSecure® harnesses CPU virtualization to simplify resource control abstraction layers into a distributed model in contrast to traditional OS-based central resource management models. LynxSecure® isolates computing resources into independent distributed environments which are uniquely capable of managing themselves. Its distributed, least privilege design and maximum complexity reduction between application interfaces and trusted hardware control abstraction layers minimizes attack vectors and makes Lynx MOSA.ic™ naturally resilient advanced subversive exploits. Benefits:

• Robust Foundation
• Minimal Abstraction Complexity
• Resilient to Advanced Persistent Threats and Side-Channels
• Real-time Scheduling
• Rapid Modular Development
• Reuse Certified Components
• Integrate 3rd Party Components
• Maximum Component Shelf-life Across Evolving Hardware