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Efficiency gains that pay off

Server-like concurrency, in a serverless world

Server-like concurrency, in a serverless world

Server-like concurrency, in a serverless world

In-function concurrency enables a single Vercel Function to handle multiple invocations simultaneously, optimizing resource usage and turning efficiency gains into savings.

In-function concurrency enables a single Vercel Function to handle multiple invocations simultaneously, optimizing resource usage and turning efficiency gains into savings.

Traditional serverless wastes idle time. It fails to efficiently utilize available resources during periods of inactivity.
Traditional serverless wastes idle time. It fails to efficiently utilize available resources during periods of inactivity.
Traditional serverless wastes idle time. It fails to efficiently utilize available resources during periods of inactivity.
Fluid runs invocations concurrently. Overall cloud resources provisioned are dramatically reduced while invocations are kept alive in-memory.
Fluid runs invocations concurrently. Overall cloud resources provisioned are dramatically reduced while invocations are kept alive in-memory.
Fluid runs invocations concurrently. Overall cloud resources provisioned are dramatically reduced while invocations are kept alive in-memory.
CPU that’s charged when active, not idle. No more paying for I/O wait times, network latency, and API calls.
CPU that’s charged when active, not idle. No more paying for I/O wait times, network latency, and API calls.
CPU that’s charged when active, not idle. No more paying for I/O wait times, network latency, and API calls.