RT Jailhouse-OS and Real-Time AI Tool

Example

RT Jailhouse can split a multicore processor into several isolated cells, each dedicated to a specific function.

Scenario

In an autonomous vehicle, RT Jailhouse can partition the system such that the critical driving functions operate in one cell without being affected by the infotainment system running in another cell. This isolation helps prevent safety-critical components from being compromised by failures or security breaches in non-critical components.

Example

RT Jailhouse enables real-time performance by minimizing the hypervisor's interference in the execution of cells.

Scenario

In robotic manufacturing, RT Jailhouse can ensure that the motion control systems receive sensor inputs and process them in real-time, facilitating precise and timely actions. The hypervisor's minimal footprint reduces latency and jitter, essential for maintaining the integrity of operational timelines in robotics.

Example

Through physical and logical isolation of cells, RT Jailhouse enhances system security and safety.

Scenario

In critical infrastructure systems, like power grid control rooms, RT Jailhouse can isolate sensitive control systems from the internet-connected monitoring systems. This segregation protects vital control algorithms from cyber threats while maintaining necessary communication pathways.