InvArch Tinkernet Dedicated Node Infrastructure | OnFinality

InvArch Tinkernet: The Bleeding-Edge of the Creator Economy

InvArch Tinkernet is the canary parachain of the InvArch network, operating on Kusama. It serves as a testing and innovation ground for decentralized intellectual property (IP) management, creator economies, and permissionless funding. Developers and teams use Tinkernet to experiment with IP tokenization, DAO tooling, and cross-chain asset management before deploying on the InvArch mainnet.

Why Run a Dedicated Node on InvArch Tinkernet?

For production applications—such as dApps, wallets, indexers, or analytics tools—relying on public RPC endpoints can introduce latency, rate limits, and reliability concerns. A dedicated node gives you:

• Exclusive access to a full, archive, or collator node with no shared resources.
• Consistent performance under high traffic, critical for DeFi, gaming, or real-time services.
• Full control over node configuration, pruning settings, and custom RPC methods.
• Enhanced security with private endpoints and no exposure to public usage spikes.

OnFinality Dedicated Node Infrastructure

OnFinality provides fully managed and self-service dedicated node options for InvArch Tinkernet. Our infrastructure spans multiple global regions and cloud providers, ensuring low-latency connections for your users.

Node types available:

• Full node – Complete blockchain state, suitable for most dApps and services.
• Archive node – Full historical state, ideal for indexers, explorers, and data analytics.
• Collator node – For teams participating in block production and network security.

Key features:

• One-click deployment via OnFinality dashboard.
• Built-in monitoring, alerts, and automatic upgrades (managed tier).
• Lightning Restore for rapid state synchronization.
• Optional enterprise add-ons: node clusters, higher SLAs, and RPC fallback.

How to Connect

1. Create or sign in to your OnFinality account.
2. Select InvArch Tinkernet from the supported networks list.
3. Deploy a dedicated node (full, archive, or collator).
4. Obtain your private endpoint (JSON-RPC and WebSocket).
5. Test with chain_getBlock and monitor usage via the dashboard.

Use Cases

• dApp developers needing reliable RPC for transaction submission and state queries.
• Indexers requiring archive access for historical data.
• Wallets that demand low-latency, always-on connectivity.
• Collators seeking managed node operations for block production.