Serverless GPU

Inference that scales with the request, not the guess.

Turn a container or repository into a production endpoint with smart GPU routing, warm pools, built-in queues and scale-to-zero economics.

Transparent baseline

$0 idle

flex workers scale to zero between requests

Self-service

<250 ms

Target cold start

0→500

Workers

P98

Latency views

4

Deploy sources

EU regions, encrypted storage and network isolation options

Why GPURento

Less infrastructure work. More model progress.

Fast starts by design

Model-aware caching and prebuilt layers reduce the startup penalty without forcing always-on capacity.

Route to the right GPU

Prioritize accelerator families and regions, then fail over when a pool is constrained.

Observe every request

Track queue delay, execution time, cold starts, worker health, releases and spend from one view.

From code to capacity

One clean path to production.

1

Connect source

Choose a model template, GitHub repository or Docker image.

2

Set scaling policy

Define GPU priorities, concurrency, worker floor and ceiling.

3

Call your endpoint

Use a queue API, synchronous route or OpenAI-compatible interface.

deploy.py
from gpurento import serverless

@serverless.endpoint(
  gpu=["L40S", "A100-80GB"],
  min_workers=0,
  max_workers=24,
  concurrency=8,
)
def generate(prompt: str):
  return model(prompt)
✓ Configuration saved to the workspace · provisioning state visible

Included

A serious platform, not a thin wrapper.

Every workload gets the same API, identity, billing and observability layer.

Flex and active worker modes
Queue and load-balancer endpoints
GPU priority and regional routing
Model cache and persistent storage
Request logs and live worker states
Versioned releases and rollback
Webhook delivery and retries
OpenAI-compatible model routes

FAQ

Straight answers.

Read the docs
How does scale-to-zero work?+

When no requests remain and the idle window expires, flex workers shut down. The next request starts a compatible worker and the queue preserves the job.

Can I keep workers warm?+

Yes. Set a minimum worker count for steady traffic or use scheduled capacity for predictable peaks. The cost estimate updates before the policy is saved.

Can I deploy from GitHub?+

The product flow supports GitHub, container registries, curated model templates and a Python-first remote function workflow.

How are failures handled?+

Jobs expose clear queued, running, completed, retried and failed states. Retry policy, timeout, job TTL and webhook behavior remain configurable.

Ready when you are

Ship the workload, not the wait.

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