GPUniq 3.1.0

Python SDK for GPUniq GPU Meta-Cloud platform

GPUniq

GPUniq is a Python SDK and CLI for the GPUniq GPU Meta-Cloud platform.

GPUniq aggregates GPU capacity from multiple providers into a single platform with automatic provider selection, failover mechanisms, and persistent storage. Access thousands of GPUs through three deployment modes, a built-in LLM API, and a CLI for command checkpointing.

Installation

pip install GPUniq

Quick Start

from gpuniq import GPUniq

client = GPUniq(api_key="gpuniq_your_key_here")

# Browse 5000+ GPUs on the marketplace
gpus = client.marketplace.list(sort_by="price-low")

# Deploy a GPU instance in one call
deploy = client.gpu_cloud.deploy(gpu_name="RTX_4090", docker_image="pytorch/pytorch:latest")

# Scale to 8 GPUs with automatic fallback
order = client.burst.create_order(
    docker_image="pytorch/pytorch:latest",
    primary_gpu="RTX_4090",
    gpu_count=8,
)

---

GPU Products

GPUniq offers three ways to rent GPU compute, each suited for different use cases.

GPU Marketplace

Full control over individual machines. Browse 5000+ GPU servers from multiple providers, compare specs and pricing, and rent specific machines. Best for long-running training jobs where you need a particular hardware configuration.

Each server (agent) on the marketplace has detailed specs: GPU model, VRAM, RAM, disk, internet speed, location, reliability score, and verification status. You pick the exact machine and pricing plan.

Pricing types: hour, day, week, month — longer commitments get lower rates.

# Browse with filters
gpus = client.marketplace.list(
    gpu_model=["RTX 4090", "A100"],
    min_vram_gb=24,
    min_inet_speed_mbps=500,
    verified_only=True,
    sort_by="price-low",    # price-low, price-high, vram, reliability
    page=1,
    page_size=20,
)

print(f"Found {gpus['total_count']} GPUs")
for agent in gpus["agents"]:
    print(f"  {agent['gpu_model']} x{agent['gpu_count']} — ${agent['price_per_hour']}/hr")

# Get marketplace-wide statistics
stats = client.marketplace.statistics(gpu_model=["RTX 4090"])
print(f"Online: {stats['online']}, Min price: ${stats['min_price']}/hr")

# Inspect a specific machine
agent = client.marketplace.get_agent(agent_id=29279811)

# Check availability before ordering
avail = client.marketplace.check_availability(agent_id=29279811)

# Create an order
order = client.marketplace.create_order(
    agent_id=29279811,
    pricing_type="hour",
    docker_image="pytorch/pytorch:latest",
    ssh_key_ids=[1, 2],
    disk_gb=100,
    volume_id=9,            # attach persistent storage
)

# Or create async (non-blocking) and poll status
job = client.marketplace.create_order_async(agent_id=29279811, pricing_type="hour")
status = client.marketplace.get_order_status(job["job_id"])

GPU Dex-Cloud

Deploy by GPU type, not by machine. Tell GPUniq which GPU you want and how many — the platform automatically finds the best available machine, provisions it, and returns a ready instance. Best for quick deployments when you don't need to pick a specific server.

Think of it like a traditional cloud provider: select GPU type, click deploy, get an instance.

# See what GPU types are available
gpus = client.gpu_cloud.list_instances(search="4090")

for gpu in gpus["featured"]:
    print(f"{gpu['gpu_name']}: {gpu['available_count']} available, ${gpu['gpu_price_per_gpu_hour_usd']}/hr")

# Check pricing for a specific configuration
pricing = client.gpu_cloud.pricing(
    "RTX_4090",
    gpu_count=2,
    disk_gb=100,
    secure_cloud=False,
)

# Deploy — GPUniq finds the best machine automatically
deploy = client.gpu_cloud.deploy(
    gpu_name="RTX_4090",
    gpu_count=1,
    docker_image="pytorch/pytorch:latest",
    disk_gb=100,
    volume_id=9,            # attach persistent storage
    secure_cloud=False,
)

# Track deployment status
status = client.marketplace.get_order_status(deploy["job_id"])

GPU Burst

Scale to many GPUs with automatic fallback. Burst mode provisions multiple GPUs across multiple machines simultaneously. If your primary GPU type isn't available, the system automatically falls back to alternative GPU types you specify. Best for distributed training, batch inference, and workloads that need to scale fast.

Key features:

• Request up to 100 GPUs in a single order
• Define fallback GPU types with price caps
• Automatic provisioning across multiple providers
• Per-order billing and run tracking

# Estimate cost before deploying
estimate = client.burst.estimate(
    docker_image="pytorch/pytorch:latest",
    primary_gpu="RTX_4090",
    gpu_count=8,
)

# Check Docker image size
size = client.burst.check_image_size("pytorch/pytorch:latest")

# Create a burst order with fallback GPUs
order = client.burst.create_order(
    docker_image="pytorch/pytorch:latest",
    primary_gpu="RTX_4090",
    gpu_count=8,
    extra_gpus=[
        {"gpu_name": "RTX_3090", "max_price": 0.5},
        {"gpu_name": "A100",     "max_price": 1.2},
    ],
    volume_id=9,
    disk_gb=200,
)

# Manage orders
orders = client.burst.list_orders()
details = client.burst.get_order(order_id=1)
client.burst.start_order(order_id=1)
client.burst.stop_order(order_id=1)
client.burst.delete_order(order_id=1)

# View billing and run history
txns = client.burst.transactions(order_id=1)
runs = client.burst.runs(order_id=1)

Comparison

	Marketplace	Dex-Cloud	Burst
Use case	Pick a specific machine	Quick deploy by GPU type	Scale to many GPUs
Control	Full (choose exact server)	Medium (choose GPU type)	Low (auto-provisioned)
GPU count	1 server	1-8 GPUs	1-100 GPUs
Fallback GPUs	No	No	Yes
Best for	Long training runs	Quick experiments	Distributed training

---

Instance Management

All deployment modes create instances. Once created, manage them the same way:

# List your instances
instances = client.instances.list(page=1, page_size=20)
archived = client.instances.list_archived()

# Instance details
details = client.instances.get(task_id=456)

# Lifecycle
client.instances.start(task_id=456)
client.instances.stop(task_id=456)
client.instances.delete(task_id=456)

# Rename
client.instances.rename(task_id=456, name="my-training-run")

# Container logs
logs = client.instances.logs(task_id=456)

# SLA / uptime monitoring
sla = client.instances.sla(task_id=456)

# SSH keys per instance
keys = client.instances.ssh_keys(task_id=456)
client.instances.attach_ssh_key(task_id=456, ssh_key_id=1)
client.instances.detach_ssh_key(task_id=456, key_id=1)

# Pending deployment jobs
jobs = client.instances.list_pending_jobs()
client.instances.cancel_pending_job(job_id="abc-123")

---

Volumes

Persistent S3-backed storage that automatically syncs between your GPU instance and the cloud. Data in /workspace/ and /root/ is synced via rclone — your files, configs, and project data survive instance restarts and replacements.

# Pricing
pricing = client.volumes.pricing()

# Create
vol = client.volumes.create(name="my-dataset", size_limit_gb=50, description="Training data")

# List
volumes = client.volumes.list()
archived = client.volumes.list_archived()

# Attach to an instance at deploy time
deploy = client.gpu_cloud.deploy(
    gpu_name="RTX_4090",
    docker_image="pytorch/pytorch:latest",
    volume_id=vol["id"],
)

# View sync logs
logs = client.volumes.sync_logs(volume_id=1)
client.volumes.cancel_sync(log_id=5)

# Update / delete volume
client.volumes.update(volume_id=1, size_limit_gb=100)
client.volumes.delete(volume_id=1)

---

CLI — gg

The gg CLI runs on your GPU instance and provides command checkpointing and persistent services. Commands registered with gg are automatically restarted when your instance is replaced (e.g. during auto-recovery).

# Initialize (done automatically on deploy)
gg init <token>

# Run a command with checkpointing
gg python train.py --epochs 100
gg bash run_pipeline.sh

# List checkpoints
gg list

# View logs for a checkpoint
gg logs <checkpoint_id>
gg logs <checkpoint_id> --tail 50

# Show status
gg status

# Manage persistent services
gg services           # list registered services
gg services rm <id>   # remove a service
gg services clear     # remove all

# Restart all services (used during auto-recovery)
gg restart

When you run gg <command>, the command is registered as a persistent service. If your GPU instance is replaced (hardware failure, auto-recovery), the platform syncs your volume and runs gg restart to resume all registered services.

---

LLM API

Access multiple LLM models through a unified API.

# Simple request
response = client.llm.chat("openai/gpt-4o-mini", "Explain transformers")
print(response)  # string

# Full chat completion with message history
data = client.llm.chat_completion(
    messages=[
        {"role": "system", "content": "You are a helpful assistant."},
        {"role": "user", "content": "Hello!"},
    ],
    model="openai/gpt-4o-mini",
    temperature=0.7,
    max_tokens=1000,
)

# Available models
models = client.llm.models()

# Token balance and packages
balance = client.llm.balance()
packages = client.llm.packages()
client.llm.purchase_tokens(package_type="medium")

# Usage history
history = client.llm.usage_history(limit=50)

# Persistent chat sessions
session = client.llm.create_chat_session(model="openai/gpt-4o-mini", title="My Chat")
reply = client.llm.send_message(chat_id=session["id"], message="Hello!")
sessions = client.llm.list_chat_sessions()
client.llm.delete_chat_session(chat_id=session["id"])

# Generate terminal commands from natural language
cmds = client.llm.generate_commands("find all Python files larger than 1MB")

---

Payments

# Deposit via Stripe
intent = client.payments.create_stripe_intent(amount=50)
client.payments.check_stripe_payment(payment_id="pi_xxx")

# History
history = client.payments.history()
spending = client.payments.spending_history()

Settings

# SSH keys
keys = client.settings.list_ssh_keys()
new_key = client.settings.create_ssh_key(key_name="my-laptop", public_key="ssh-rsa AAAA...")
client.settings.update_ssh_key(key_id=1, key_name="work-laptop")
client.settings.toggle_ssh_key(key_id=1, is_active=False)
client.settings.delete_ssh_key(key_id=1)

# Telegram notifications
client.settings.link_telegram(telegram_username="myuser")
status = client.settings.telegram_status()

---

Error Handling

from gpuniq import GPUniq, GPUniqError, AuthenticationError, RateLimitError, NotFoundError

client = GPUniq(api_key="gpuniq_your_key")

try:
    instances = client.instances.list()
except AuthenticationError:
    print("Invalid API key")
except RateLimitError as e:
    print(f"Rate limited, retry after {e.retry_after}s")
except NotFoundError:
    print("Resource not found")
except GPUniqError as e:
    print(f"API error: {e.message} (code={e.error_code}, status={e.http_status})")

Rate limit: 120 requests/minute per API key. The SDK automatically retries on 429 (up to 3 times with Retry-After backoff).

Configuration

client = GPUniq(
    api_key="gpuniq_your_key",
    base_url="https://api.gpuniq.com/v1",  # default
    timeout=120,                            # seconds (default: 60)
)

Backward Compatibility

v1.x code continues to work:

import gpuniq

client = gpuniq.init("gpuniq_your_key")
response = client.request("openai/gpt-4o-mini", "Hello!")

License

MIT

gpuniq.com | PyPI | GitHub