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See it in action

A 0.5 CPU plan shared by two apps. Watch how the scheduler re-allocates resources as demand changes.

How it works

01
Monitor demand

The scheduler continuously tracks CPU demand across every app in your namespace. No manual configuration required.

02
Allocate dynamically

Instead of fixed quotas, resources flow to where they're needed. An idle app's allocation is instantly available to active apps.

03
Re-balance on contention

When multiple apps compete for CPU, the scheduler splits resources proportionally - no app is ever starved.

Design principles

Maximum Utilization

When one app is idle, another gets the unused CPU cycles. Nothing is wasted.

Starvation Prevention

No app is ever starved of CPU, even under heavy load from neighbours.

Predictable Performance

Consistent responsiveness despite shared resources and competing demand.

Example: 0.5 CPU plan, two apps

App A demandApp B demandResult
0.5 CPUIdleApp A gets the full 0.5 CPU budget
Idle0.5 CPUApp B gets the full 0.5 CPU budget
0.5 CPU0.5 CPUEach app gets 0.25 CPU - fair split
0.2 CPUBurstScheduler re-balances in real time
Apps can burst to use the full CPU allocation when others don't need it, but when demand exceeds supply, the scheduler fairly distributes resources.

Multiple apps. One plan. No compromise.

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