Fast starts by design
Model-aware caching and prebuilt layers reduce the startup penalty without forcing always-on capacity.
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
<250 ms
Target cold start
0→500
Workers
P98
Latency views
4
Deploy sources
Why GPURento
Model-aware caching and prebuilt layers reduce the startup penalty without forcing always-on capacity.
Prioritize accelerator families and regions, then fail over when a pool is constrained.
Track queue delay, execution time, cold starts, worker health, releases and spend from one view.
From code to capacity
Connect source
Choose a model template, GitHub repository or Docker image.
Set scaling policy
Define GPU priorities, concurrency, worker floor and ceiling.
Call your endpoint
Use a queue API, synchronous route or OpenAI-compatible interface.
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)Included
Every workload gets the same API, identity, billing and observability layer.
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.
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.
The product flow supports GitHub, container registries, curated model templates and a Python-first remote function workflow.
Jobs expose clear queued, running, completed, retried and failed states. Retry policy, timeout, job TTL and webhook behavior remain configurable.
Ready when you are