Quip node infrastructure banner
Quip
Node Operations GuideActive

Quip

$QUIP · Testnet Node

Network

Quip

Type

Testnet Node

Active Since

Testnet Live

Operator

Pvara

About

What is Quip?

Quip is a high-throughput Layer-1 blockchain focused on DeFi primitives and composable liquidity. Pvara operates a production-grade Dockerized node cluster on the Quip testnet, achieving 99.9% uptime through automated health checks, watchtower container updates, and multi-region failover. All node state is backed up every 6 hours to off-site cold storage.

Node OperatorNode setup & synchronizationUptime monitoringAuto-restart & failover

Value Add

How PVARA is different

Our infrastructure ensures 99.9% uptime through automated container health checks, multi-region failovers, and secure off-site snapshots backed up every 6 hours.

Deployment Progress

Infrastructure Phases

Overall60%

Node Setup & Sync

Complete

Nodes fully synced and producing/verifying blocks.

100% complete

Monitoring Stack

Complete

Prometheus + Grafana installed with custom alert rules.

100% complete

Automated Failover

Complete

Watchdog and auto-restart configured via Docker health checks.

100% complete

Backup Automation

In Progress

Automated 6-hour snapshots tested; off-site sync in progress.

80% complete

Mainnet Migration

Pending

Infrastructure blueprint ready for mainnet launch.

Prerequisites

Server Requirements

CPU

4 Core (Intel / AMD)

RAM

8 GB DDR4

Storage

250 GB NVMe SSD

OS

Ubuntu 22.04 LTS

Network

100 Mbps symmetric

01

Node Setup

Follow these steps in order to deploy your node.

1

Step 1 — Copy the config for your hardware type

# For CPU-only machines:
cp data/config.cpu.toml data/config.toml

# For CUDA (NVIDIA GPU) machines:
# cp data/config.cuda.toml data/config.toml

# For QPU machines:
# cp data/config.qpu.toml data/config.toml
Choose the config that matches your server hardware. CPU is the most common.
2

Step 2 — Set up environment variables

cp env.example .env
# Edit .env and fill in your wallet key / node settings
nano .env
3

Step 3 — Start the node (CPU)

docker compose --profile cpu up -d
4

Step 3 (alt) — Start the node (CUDA / GPU)

docker compose --profile cuda up -d
5

Step 3 (alt) — Start the node (QPU)

docker compose --profile qpu up -d
6

Step 4 — Enable auto-update cron job

# Install cron job for automatic updates:
./cron.sh --install

# Remove cron job:
# ./cron.sh --uninstall

# Run update check manually:
# ./cron.sh
02

Monitoring & Health Checks

Keep your node healthy with these commands.

View live logs (CPU node)

docker compose logs -f cpu

View live logs (CUDA node)

docker compose logs -f cuda

View live logs (QPU node)

docker compose logs -f qpu

Check all running containers

docker compose ps
03

Troubleshooting

Common issues and how to resolve them.

!

Restart a node profile

# Restart CPU node:
docker compose restart cpu

# Restart QPU node:
docker compose restart qpu
!

Force recreate containers

docker compose --profile qpu up -d --force-recreate
!

Pull latest image and redeploy

docker compose pull cpu && docker compose up -d cpu
!

Stop the node completely

docker compose --profile cpu down

Resources

Back to all nodes

Operated by Pvara

Projects We Are Interested In

Get Validator Opportunity →

AI

Decentralized intelligence & scalable compute networks.

RWA

Tokenizing real-world assets on-chain for global liquidity.

Quantum

Post-quantum infrastructure ensuring resilient security.