In VayuOS, a process is not just an execution unit—it's an Atomic Capsule. Our scheduler manages these capsules using a state-based intent engine, optimizing for both extreme responsiveness and energy efficiency.
VayuOS moves away from simple round-robin or priority-based scheduling. Instead, the kernel analyzes the **Intent** of each capsule to allocate resources dynamically.
By monitoring I/O patterns and IPC frequency, our dispatcher predicts a process's next requirement before it requests it, pre-warming CPU caches and memory pages.
Process creation and migration is handled with absolute cryptographic integrity.
Instantly serialize a running process's state (including its capability list) and restore it on another node or after a system restart.
Run non-critical tasks in a "ghost" state where they only consume unused cycles and are instantly evicted if resource pressure increases.
Creating a new process is a transactional operation. If the environment setup (memory, caps, I/O) fails, no stray state is ever left in the kernel.
// System-wide process state reconciliation sampurna_mgr_reconcile(); # [STATUS] 102 Capsules Active | 0 Divergence | All Metrics Nominal
VayuOS supports transparent process migration across physical nodes. Using our distributed capability bus, a process can move from a local server to the cloud without losing its network handle or memory state.
Enterprise Usage