The VayuOS Architecture is a masterclass in modularity. By utilizing a Hybrid Microkernel Topology, we move critical services into protected userspace domains while maintaining near-native performance through hardware-assisted IPC.
Every process interaction is governed by immutable tokens (Capabilities). Access to resources like I/O or Memory is not granted by identity, but by possession of a cryptographic primitive.
The system's state is reconciled continuously against a cryptographically signed manifest. Any derivation from the intended state is corrected automatically at the micro-level.
Even the kernel interacts with system services (like Network or File Systems) as if they were external, untrusted entities, preventing lateral move attacks.
VayuOS bridges the gap between the flexibility of microkernels and the speed of monolithic systems.
Optimized for modern ARM and x86_64 virtualization extensions, ensuring that the microkernel context switch costs are virtually zero.
Written from the ground up in a memory-safe language, eliminating an entire class of vulnerabilities before the first line of code runs.
A high-performance Linux compatibility layer provides access to existing ecosystems while maintaining VayuOS's security and stability.