SAN JOSE, CA. LynuxWorks, Inc., announced at the EE Live! conference the upcoming availability of LynxOS-178 v2.2.3, which is an FAA Level A certified Real-Time Operating System (RTOS). This updated RTOS offers many new features for avionics developers of Power Architecture-based platforms.
SAN JOSE, CA. LynuxWorks has released version 7.0 of the LynxOS Real Time Operating System (RTOS), which allows developers to add military-grade security functions to connected devices. LynxOS 7.0 is a deterministic RTOS that provides POSIX-conformant, open APIs in an embedded kernel. These include medium-assurance security via the General-Purpose Operating System Protection Profile (GPOSPP).
SAN JOSE, CA. ITT Exelis engineers are using the LynxOS -SE real-time operating system (RTOS) from LynuxWorks for a new line of software-defined radios (SDRs) that utilize the Rifleman Radio, Soldier Radio, and SideHat variants for the U.S. and International operators.
As new systems are being designed, software developers are using open-standards-based programming languages and OSs, such as C/C++ and POSIX, to ensure portability for the future.
LAS VEGAS – The Future Airborne Capability Environment (FACE)-compliant LynxOS-178 v 2.2.2 Real-Time Operating System (RTOS) and LynxSecure separation kernel and hypervisor was demonstrated during AUVSI earlier this month. The latest version is the only RTOS available that is DO-178B Level A certified and contains native POSIX and ARINC 653 APIs, in addition to being the only FAA-awarded Reusable Software Component (RSC) for DO-178B that is time and space partitioned. When combined with FACE APIs, the LynxOS-178 offers a DO-178B-certified and rapidly migratable platform for UAV software components.
When storing, accessing, and disseminating military data in the cloud, top concerns include security, data reliability and redundancy, and data location. The good news is that these can be delivered when secure virtualization pairs with a distributed cloud computing scenario.
When storing, accessing, and disseminating military data in the cloud, top concerns include security, data reliability and redundancy, and data location. The good news is that these can be delivered when secure virtualization pairs with a distributed cloud computing scenario.