The infrastructure layer for crypto

RPC nodes, production-ready data, compliance APIs, payments, and AI compute. One platform, one contract, 130+ blockchains.

  • 130+

    blockchains

  • 50B

    requests a month

  • 2019

    Singapore HQ

  • 99.99%

    uptime

  • SOC 2 Type II
  • DORA and GDPR
  • ISO 27001, 27017

npx skills add https://github.com/GetBlock-io/getblock-blockchain-skills --skill getblock-skill

Running in production at

Platform

The full infrastructure stack

Managed endpoints and single-tenant nodes, from a free key to a dedicated cluster.

All Products

Use cases

Built for the hardest workloads in crypto

The engineering behind wallets, exchanges, and regulated payment institutions. Select a category to see the work.

Trust Wallet

  • 124M

    Active users

  • 93

    Countries

  • 35%

    Of the software wallet market

Challenge

Serving 124M wallet users required Bitcoin address indexing and a patched Cosmos client under one multi-chain SLA.

Outcome

Trust Wallet consolidated 12 networks onto managed infrastructure, with an estimated 4,500 engineering hours saved.

Read the case study
  • Bitcoin full node with Blockbook indexing for address and transaction lookups
  • Cosmos node running a custom client patch maintained in-house by GetBlock
  • Fault-tolerant cluster spanning 12 networks, including long-tail chains
  • EU-weighted routing through the Frankfurt cluster for latency and residency
  • 99.99% uptime under SLA, backed by 24/7 engineering support

A top-10 national bank, publicly listed

Name withheld under NDA

  • $80B

    In assets

  • 20+

    Cryptocurrencies supported

  • 3 weeks

    From first call to production

Challenge

A listed top-10 bank needed an isolated, audit-ready EU node environment under a contract framework that did not exist.

Outcome

The bank went from first call to a production cluster in three weeks, with an estimated 1,200 DevOps hours saved.

  • Isolated EU node cluster with strict IP allowlisting and full policy review
  • Standard hardware: 2x1TB and 2x2TB NVMe, 1M+ IOPS, 25 GB/s uplink
  • Mixed network coverage, from Polygon to Cardano and Bitcoin
  • SOC 2 attestation supported by more than 10 independent security tests
  • Custom legal and contractual framework built from scratch for the engagement

MEXC

  • 40M

    Users

  • 3,000

    Cryptocurrencies listed

  • $6B

    In reserves

Challenge

Exchange-scale load required dedicated capacity with cross-tier failover and Ethereum client diversity in one setup.

Outcome

MEXC held 99.99% uptime through peak 2024 and 2025 trading load, with an estimated 3,000 engineering hours saved.

Read the case study
  • Dedicated node cluster across five networks, exposed through 100 endpoints
  • Cross-tier failover, with shared nodes backing dedicated capacity
  • Ethereum client diversity: Prysm, Teku, and Geth in a single setup
  • Enterprise capacity of 100B compute units per month, sustained at 300 RPS
  • JSON-RPC and WebSocket access routed through the Frankfurt cluster

Tangem

  • 6M

    Wallets sold

  • Zero

    Security incidents

  • 90+

    Blockchains supported

Challenge

A hardware wallet shipping 6M units needed EVM and UTXO networks under a single dedicated setup and one contract.

Outcome

Tangem has held three years of 99.99% uptime and doubled its supported network count on GetBlock infrastructure.

Read the case study
  • Fault-tolerant dedicated cluster spanning more than 10 blockchain networks
  • EVM and UTXO chains in one setup, from Ethereum and BNB Chain to Cardano
  • Latency held below 10ms on the most frequently requested RPC methods
  • Mixed monthly and annual contract terms to match the budget cycle
  • Network coverage doubled with no additional procurement cycle required

CoinGate

  • 7M+

    Payments processed

  • 180+

    Countries served

  • Every 20s

    A crypto order is placed

Challenge

A MiCA-licensed payment gateway needed 13 networks and a DORA-grade ICT posture from one infrastructure provider.

Outcome

CoinGate gained a DORA and GDPR framework built from scratch, with an estimated 1,400 hours of engineering work saved.

Read the case study
  • Single cluster across 13 networks: UTXO, EVM, Solana, XRPL, and TRON
  • Testnet parity for every network running in the production cluster
  • DORA-ready ICT posture: incident reporting, resilience testing, exit plans
  • SOC 2 Type II attestation covering shared and dedicated node products
  • Self-service network management with no procurement cycle per chain

Revert Finance

  • $400B+

    Cumulative volume on Aerodrome

  • 7

    Blockchains covered

  • 1st

    Overlay-enabled Base node on the market

Challenge

Deterministic AMM analytics on Base required overlay RPC methods that no commercial provider offered in production.

Outcome

Revert moved from trial to production analytics on Base, on the first production overlay-enabled Base node we know of.

Read the case study
  • Custom fork of op-erigon, patched in-house by GetBlock
  • Overlay RPC namespace made production-ready on Base, with overlay_getLogs and overlay_callConstructor fixed end to end
  • Base archive node with full state and bytecode override replays
  • Fixes contributed upstream to the op-erigon maintainers
  • Hardened node image with monitoring for head lag and state regressions

Blockaid

  • $500B+

    In digital assets protected

  • 10+

    Fortune Crypto 40 clients

  • 5B+

    Malicious transactions and connections screened

Challenge

Real-time transaction screening required sub-7ms multi-chain nodes running Blockaid's own binary in three regions.

Outcome

Blockaid extended screening to networks with no commercial RPC support, with an estimated 1,500 hours of work saved.

Read the case study
  • Load-balanced clusters of two to three full nodes for every network
  • Deployment across New York, Frankfurt, and Singapore for global coverage
  • Three-stage rollout of Blockaid's proprietary binary on every synced node
  • First commercial Abstract RPC node, plus Worldchain and Zero on request
  • Dedicated Grafana dashboards, 3-hour RCA, first response under 5 minutes

Easy start

Start building on GetBlock today

Estimate what your setup costs, claim a grant, or open a free endpoint and put your first project on GetBlock today.

Inference

Introducing GetBlock AI

GetBlock AI is an inference routing layer that puts many models and providers behind one API, and governs them with one policy.

Change your base URL and keep your existing integration.

Works with

  • OpenAI SDK
  • Anthropic SDK
  • Frontier models

    When capability decides the outcome. Every major lab through one endpoint, with no surcharge over list price.

  • Open-weight models

    When volume and cost decide it. The same endpoint, routed to whichever provider is serving that model best.

Why GetBlock AI

One API for AI models, one routing policy, single bill

  • Integration

    One endpoint, not one per provider

    Change your base URL and keep the integration you already have.

  • Traceability

    A receipt for every request

    Request ID, provider, execution mode, attempts, latency, and tokens.

  • Billing

    One balance for nodes and models

    The same GetBlock balance and dashboard are already running your RPC nodes.

  • Model access

    Every model in one catalog

    Frontier and open-weight models side by side.

  • Routing

    Routing on your terms

    Set provider order, price ceilings, and allowlists per key.

  • Fallbacks

    Failures you can actually see

    Every provider attempt is logged. If none succeeds you get an explicit error and no charge.

Available soon

  • Policy control
  • Spend visibility
  • Raw blockchain data

The best infrastructure is quiet

Vasily Rudomanov, CEO

Cloud infrastructure since 2003, blockchain since 2019.

We run the fleet so your engineers never chase a stalled block, a reorg, or a p99 spike. Fifty billion requests a month across 130+ networks, with failover in three regions. We also carry the operational and regulatory weight that no digital asset business should hold on its own: uptime under SLA, SOC 2 Type II attestation, and ICT terms aligned with DORA and GDPR.

That has been the work since 2019, through three cycles without a pause.

The engineers behind it have spent decades keeping production systems up, and the team is among the strongest I have worked with.

Products that need infrastructure to stay up are built on GetBlock.

Enterprise

Your security review, already answered

Attestations, contracts, and evidence, ready before you ask.

When it doesn't exist yet, we build it

Patched clients, custom forks, blockchain networks no one else runs commercially. Most requests ship in days, not quarters.

  • 99.99%

    Uptime under SLA

  • 3 regions

    FRA · NY · SG

  • 130+

    Blockchain networks

  • 30+

    CKA-certified engineers

  • 2019

    Singapore-incorporated

If you get stuck

You are never on your own

Talk to an engineer within minutes, or find what you need in the docs.

24/7 support from human engineers

On call through weekends and holidays.

First response
<5 min
Root cause analysis
<3 h

Reach us via

Documentation

Every network and product, from the first request to production.

Status pageUptime and incident history

You are one click away from production-grade blockchain and AI infrastructure

FAQ

GetBlock is a blockchain infrastructure platform that has operated RPC nodes, indexed data services, compliance APIs, payment rails, and staking infrastructure across more than 130 networks since 2019.

Incorporated in Singapore, it serves wallets, exchanges, banks, and payment processors from infrastructure in New York, Frankfurt, and Singapore. It holds a SOC 2 Type II attestation and processes more than 50 billion requests a month.

These answers cover pricing, supported blockchains, compliance status, and infrastructure locations.

  • What is GetBlock?

    plus
  • Which blockchains does GetBlock support?

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  • How much does GetBlock cost?

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  • Does GetBlock offer a free tier?

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  • Is GetBlock SOC 2 compliant?

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  • Is GetBlock GDPR and DORA compliant?

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  • Where are GetBlock's nodes located?

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  • What is the difference between Shared, Dedicated, and Limitless Nodes?

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  • Does GetBlock provide archive nodes?

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  • How fast is GetBlock's support?

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