Ready to use
The operating system, drivers, and frameworks are ready. Register, choose a GPU type, and start running.
GPU Cloud
Glows.ai is KONST's GPU cloud platform partner, using compute from data centers built or managed by KONST. Register online, choose a GPU type, and launch an instance with the operating system, drivers, and frameworks already configured. No data center or environment setup is required. Instances are billed by the minute, with no monthly fee or minimum usage commitment, and billing stops at shutdown.
No data center or environment setup is required. Choose a GPU type and run your workload. Instances are billed by the minute, and billing stops when they are shut down.
The operating system, drivers, and frameworks are ready. Register, choose a GPU type, and start running.
No monthly fee or minimum usage commitment. Billing stops when the instance is shut down.
Data is mounted when the instance starts and retained after shutdown. Snapshots can be restored to a new instance.
Launch single-node or multi-GPU instances on demand for development and short training runs. Virtualized clusters combine nodes into a shared resource pool, while shared and dedicated inference services support latency-sensitive online workloads.
For experimental environments that need to start and stop as needed, launch a single-node or multi-GPU instance and choose a GPU type.
When several people share the same GPUs, combine multiple nodes into a schedulable resource pool that the team can allocate as needed.
For latency-sensitive traffic that cannot be interrupted, shared instances are billed by the minute while dedicated instances reserve fixed resources.
Data and environments persist beyond an instance's lifecycle. Resume from the previous state after changing GPU types, stopping, or restarting, while public models and private data remain separate.
Data is mounted when the instance starts and retained after shutdown. There is no need to upload it again each time.
A snapshot preserves the entire environment state. Resume directly after changing GPU types or interrupting a run.
Access public models and datasets directly. Private data stays in the user's account space, with high-performance storage available for larger capacities.
Register online, choose a GPU type, and launch an instance without signing a contract. Usage is prepaid and billed by the minute, with no monthly fee or minimum commitment. Current spending is visible at any time.
Minimum billing unit; billing stops after shutdown
No monthly fee or minimum usage commitment; billing stops at shutdown
A higher hourly price can still lower total per-minute costs when the job finishes much sooner, freeing that time for the next experiment.
| Training task | GPU class | Runtime |
|---|---|---|
| Image classification | Entry-level workstation GPU | 8.5 hours |
| Same task | Higher-end accelerator from the same generation | 70 minutes |
| Object detection | Top-tier data center accelerator | 25 minutes |
Manage multiple members under one account. Add funds centrally, assign quotas, and avoid separate payments. Administrators can also limit the GPU types and images available to each member.
| Role | Permissions | Maximum members |
|---|---|---|
| Creator | Creates and owns the team, with full permissions | 1 |
| Administrator | Create accounts, allocate quotas, manage resource access, and release instances | Up to 2 |
| User | Launch and use instances within assigned quotas and resource permissions | Up to 100 |
Pricing is transparent, with support for H100, H200, and RTX5090 GPUs, per-minute billing, and automatic scaling. Contact our sales team for details.
Yes. Education plan quotas, GPU types, and teaching support are tailored to the organization's size. Contact our sales team to discuss the options.
No. Data is mounted when the instance starts and retained after shutdown, so you do not need to upload it again. Snapshots preserve the entire environment and can be restored to a new instance, letting you resume work after changing GPU types or interrupting a run.
It depends on the size of the model and dataset. Workstation GPUs are sufficient for experimental training with smaller models. Large models and multi-GPU parallel training require the memory capacity and interconnect bandwidth of higher-end servers.
Tell us about your team size and use case, and we will recommend a plan and quota configuration.