Deploy secure, high-speed Web3 infrastructure on bare metal. Run full nodes, validators, or dApps on a dedicated Web3 server built for uptime, low latency, and total control.
$ rs deploy web3 --type validator --region fra
allocating single-tenant bare metal
imaging os + kernel modules
assigning static ipv4/ipv6
attaching ddos shield
handing over full root access
server live · root access ready
Browse every bare-metal build. Filter by location, processor, memory and network.
Single-tenant bare metal with full root access.
No servers match your filters.
or chat with us to find your perfect fit
An engineer will reach out shortly to confirm availability and next steps.
Every server ships fully dedicated: no shared resources, no usage meters, no surprises.
* Select your OS and panel at checkout
Bare-metal isolation, validator-class CPUs, enterprise NVMe, and DDR5 ECC: the silicon underneath every node, validator, and dApp we host.
Each Web3 server runs on non-virtualized bare metal for deterministic performance and uninterrupted compute cycles. This isolation eliminates noisy-neighbor effects, ideal for validator uptime, archival consistency, and low-latency DeFi execution.
Non-VirtualizedAMD and Intel Scalable processors with high base and turbo clocks, optimized for stateful blockchain workloads, parallel transaction validation, and high-throughput smart contract processing.
AMD + IntelEnterprise-grade NVMe SSDs with PCIe Gen 4/5 lanes and IOPS exceeding 700K, accelerating ledger synchronization, snapshot loading, and log indexing for Ethereum full nodes and Solana archival syncs.
700K+ IOPSDDR5 ECC RAM across the stack protects against bit-level corruption during memory-intensive operations like zero-knowledge proof generation, mempool indexing, and BFT consensus checkpointing.
DDR5 ECCUnmetered uplinks from 1 to 100 Gbps, static addressing, global Tier III+ facilities, and always-on DDoS mitigation.
1, 10, 25, 40, and 100 Gbps unmetered bandwidth via redundant uplinks and low-jitter routing, minimizing block propagation delays for relay nodes, bridges, MEV, and oracle interactions.
Static public IPs for deterministic endpoint exposure, supporting stable RPC provisioning, validator registration, geo-redundant load balancers, and whitelisting in permissioned environments.
Global presence across Tier III+ facilities in NA, EU, and Asia for distributed ledger redundancy, localized latency reduction, and jurisdiction-aware deployment for compliant rollouts.
Layer 3 to 7 DDoS defense with automated scrubbing and anomaly detection, protecting validator availability and preserving API reliability across DeFi, staking, and governance operations.
Full control of the stack, crypto-native billing, and a NOC trained on the major blockchain ecosystems.
Our NOC includes engineers trained on Ethereum, Cosmos, Solana, and Polkadot, assisting with node bootstrap, disk optimization, snapshot imports, and uptime monitoring to keep deployments production-grade.
Pay with Bitcoin and other crypto directly for frictionless subscription management, built for DAOs, global contributors, and decentralized teams that need asset-based procurement.
Choose Ubuntu, Debian, or AlmaLinux, or install your own OS via IPMI/KVM. Modify kernel modules or load ZFS/BPF toolchains for custom clients, snapshot pruning, or high-throughput indexing.
Unrestricted root privileges with BIOS access on request, to install custom clients like Besu, Erigon, or Geth, tune kernel flags, or deploy containerized infrastructure with Docker or Kubernetes.
From validator and full-node hosting to DeFi, NFT backends, bridges, and indexing, see where dedicated Web3 infrastructure keeps on-chain services fast and reliable.
Run proof-of-stake validators for networks like Ethereum, Solana, or Polkadot with maximum uptime, low-latency finality, and secure key handling, critical for slashing-free performance and reliable staking rewards.
Host full nodes that store and verify complete transaction history, with the compute and IOPS required to sync, validate, and serve on-chain data without falling behind the chain head.
Run infrastructure for liquid staking protocols, letting validators mint liquid tokens, track rewards, and manage redemption logic on secure, high-availability servers.
Deploy AMMs, yield farms, or lending dApps on infrastructure optimized for low latency, 24/7 uptime, and cryptographic load, for seamless smart contract execution and scalable throughput.
Host minting engines, token metadata services, and marketplace APIs with the bandwidth, SSD storage, and consistency to serve dynamic content and ensure token visibility across wallets.
Run DAO voting contracts, governance interfaces, and treasury backends in reliable execution environments for quorum-based decisions and secure token-weighted governance.
Serve high-performance RPC endpoints to wallets, dApps, and Web3 APIs with low-latency responses, high request concurrency, and scalable support for JSON-RPC and WebSocket traffic.
Operate bridge infrastructure for cross-chain token transfers with fast state verification, message passing, and relayer operations that minimize delay and risk.
Deploy indexing nodes for EVM chains, subgraphs, or off-chain analytics with fast read/write speeds and deep storage to parse logs, events, and full transaction history at scale.
Trusted by Enterprise Teams Worldwide
Read all RedSwitches reviews, or see them on Google, HostAdvice, Cryptwerk and Trustpilot.
Common questions about Web3 server infrastructure, dedicated vs web servers, and how RPC endpoints and nodes work together.
Yes, dApps rely on physical infrastructure to function reliably. While Web3 emphasizes decentralization, core services like blockchain nodes, RPC endpoints, oracles, and data indexing all run on real servers. Our dedicated Web3 servers provide the compute, storage, and bandwidth to support these operations with low latency and maximum uptime.
Traditional web servers handle static content or basic websites. A dedicated Web3 server is purpose-built for blockchain workloads like validators, full nodes, and dApp backends. It runs on bare metal for full control, supports high-IOPS NVMe storage, and includes static IPs and DDoS protection, delivering performance, uptime, and security beyond what basic web servers offer.
A dependable Web3 setup includes high-performance CPUs, fast NVMe SSD storage, ECC memory, and low-latency networking. It must support static IPs, secure access controls, DDoS protection, and full customization for consistent uptime and fast synchronization. Geographic distribution also matters, enabling decentralized deployment and reduced latency for global users.
Our dedicated Web3 servers reduce latency, improve sync speeds, and offer consistent compute for full nodes and validators. Bare-metal architecture eliminates noisy neighbors, while NVMe storage ensures fast ledger reads and writes. Combined with DDoS protection and global deployment, this delivers a Web3 setup optimized for stability, responsiveness, and scale.
RPC endpoints are the gateway for dApps and wallets to access blockchain data, and they connect directly to full nodes hosted on our Web3 servers. We provide the dedicated resources and low-latency connectivity to keep RPC services responsive and synced, so RPC and node infrastructure together power every on-chain interaction, from token transfers to governance votes.
No problem. Our talented engineers will consult, architect, migrate, manage, and do whatever it takes to help your business grow and succeed.