Purpose-Built Web3 Infrastructure

World-Class Decentralized Bare Metal Nodes, Relays & More

You know what sucks about today’s Web3 staking and infrastructure? AWS. And GCP. And Azure. Once supporting 17% of Ethereum, Hetzner changed their terms of service, summarily removing “running nodes, mining and farming, plotting, storage of blockchain data and trading.”

How many people and companies were stranded?

The giant centralized cloud providers – Hyperscalers – will inevitably change policies and shut down blockchain infrastructure. It’s already happened to other industries. The hyperscalers may be the easy way, but it is not the right way to do Web3. The right way is hard. It takes capital and risk. It takes massive expertise. And, it requires a dedication to the community to really do it right.

The right way is to move beyond hyperscalers. We are proud to operate in multiple global data centers running on web3-tuned bare-metal infrastructure owned by our sister company, GlobalStake.

We are Lucky Friday.

Community matters. The heart of the decentralized future is in the community. Lucky Friday provides infrastructure, capital and stake to support blockchain projects large and small with technology and resources.

The Lucky Friday Difference

Multidisciplinary Approach

Our team comes from diverse backgrounds in Finance, Networking, Legal, DevOps, Security, Operations, Software Development & more.

Bespoke Infrastructure

We are engineered for Web3 from the ground up – with security, networks, purpose-built compute, and Tier 1 ultra-low-latency backhaul tuned specifically for the needs of the blockchain.

Experienced Professionals

Several in our team are the original drivers of Web2 now aiming decades of experience from Wall Street to the US Department of Defense to build scalable, secure Web3 infra.

Superior Performance

With a highly disciplined series of processes, 10G connectivity for each purpose-built, Web3 optimized server – we drive better uptime, performance, and yield.

Global Footprint

Globally decentralized to secure proof-of-stake networks, resulting in less concentration, while avoiding hyperscalers, minimizing blast radius, and better managing risk.