Execution economics

Pay for the work. Stop paying when the work stops.

Hyjal’s unit of infrastructure is execution—not a container, server, or warm pool reserved in case demand arrives.

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A usage model built around execution.

The platform removes categories of idle infrastructure before pricing them, so the cost surface follows the work more closely.

Before demand

Reserve no application runtime for traffic that has not arrived.

There is no warm application fleet waiting between requests or bursts.

No idle runtime
During demand

Measure the execution serving the workload.

Runtime consumption expands as useful work arrives rather than according to a preselected instance count.

Metered work
After demand

Return application capacity to zero when execution ends.

The workload stops consuming runtime infrastructure after its request or job completes.

Back to zero

Consumption follows the lifecycle of the workload.

A request, job, or event creates a bounded execution path. The commercial model begins from that same observable path.

  1. Arrive
    Work enters

    A request or job reaches the Hyjal platform.

  2. Start
    Capacity appears

    A fresh runtime is created for the work in front of it.

  3. Run
    Useful execution happens

    The application performs the requested work.

  4. Meter
    Consumption is recorded

    Usage reflects the execution while it is active.

  5. End
    Consumption returns to zero

    The runtime is released when the work completes.

No invented tiers here. Start with the workload and price the execution it actually needs.

Bring the workload. We’ll map the usage model.

Start building now, or book a demo to evaluate how your current traffic and execution shape translate to Hyjal.

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