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Understanding Vercel Functions

VP of Developer Experience

Link to headingSecure and always up-to-date environments

Link to headingVulnerability surface

Link to headingPredictable performance

Vercel's infrastructure scales automatically based on demand.
Up to 80ms faster (average) and 500ms faster (p99) for larger workloads by moving logic from Node.js to the new Rust-powered core.Up to 80ms faster (average) and 500ms faster (p99) for larger workloads by moving logic from Node.js to the new Rust-powered core.Up to 80ms faster (average) and 500ms faster (p99) for larger workloads by moving logic from Node.js to the new Rust-powered core.Up to 80ms faster (average) and 500ms faster (p99) for larger workloads by moving logic from Node.js to the new Rust-powered core.
Up to 80ms faster (average) and 500ms faster (p99) for larger workloads by moving logic from Node.js to the new Rust-powered core.

Link to headingHigh availability

Link to headingAutomatic downscaling and deprovisioning

Link to headingReal-time usage and spend controls

Link to headingOut-of-the-box observability

Quickly identify the root cause of persistent errors and customer issues with Logs.Quickly identify the root cause of persistent errors and customer issues with Logs.
Quickly identify the root cause of persistent errors and customer issues with Logs.
Screenshot of new requests metrics, showing 5 outgoing fetch requests with traces on the sideScreenshot of new requests metrics, showing 5 outgoing fetch requests with traces on the side
Screenshot of new requests metrics, showing 5 outgoing fetch requests with traces on the side

Link to headingSummary