Web3 companies are reshaping how technology interacts with finance, data, and digital ownership. These businesses need a lot of computing power, ideally, bare metal servers.

After all, blockchain networks demand lightning-fast transactions and an infrastructure that can handle exponential growth.

Yet, many Web3 pioneers find themselves constrained by the limitations of public cloud providers—high costs, inconsistent performance, and a lack of control.

Enter bare metal servers: a transformative technology that is quickly becoming the backbone of the Web3 revolution.

Public cloud platforms like AWS and GCP might seem like the obvious choice for fast-growing tech ventures, but they often fall short when it comes to blockchain workloads.

The cost of moving data in and out of these platforms, known as egress traffic, can spiral out of control for companies processing vast amounts of blockchain transactions.

In contrast, bare metal servers strip away the inefficiencies of virtualization, delivering raw, dedicated computing power at a fraction of the cost.

Unparalleled Speed and Latency Reduction

In the decentralized Web3 landscape, latency is not merely an inconvenience—it can disrupt consensus mechanisms, delay transaction finality, and jeopardize user trust.

Blockchain networks like Solana, known for their high throughput, validate blocks in milliseconds and rely on rapid propagation of transaction data across the network.

Bare metal infrastructure eliminates the overhead associated with virtualization layers, enabling validator nodes and other participants in the network to process and propagate data with minimal delay. Moreover, bare metal instances powered by the latest generation of NVMe drives will ensure that read and write speeds are as fast as possible, therefore reducing, even more, the overall system latency.

This reduction in latency is critical for achieving consensus at scale while maintaining the network's integrity and performance.

Enhanced Control for Blockchain Customization

Public cloud solutions often restrict Web3 companies with preset configurations that fail to meet the nuanced requirements of blockchain operations.

Bare metal servers offer complete hardware control, allowing organizations to optimize their stack for specific protocols. For example:

Consensus Mechanisms: Proof-of-Stake (PoS) validators and Proof-of-Work (PoW) miners can configure their setups for maximum efficiency, whether by optimizing for computation or minimizing downtime.

Network Syncing: Full nodes and archival nodes can leverage the raw performance of bare metal to sync blockchain ledgers faster, reducing downtime during catch-up phases.

Security Enhancements: By maintaining physical control over hardware, companies can implement stringent security protocols like air-gapped environments or hardware-based encryption, minimizing risks from external threats.

Scalability in a Decentralized World

Scalability is an ever-present challenge in blockchain infrastructure. Whether hosting decentralized applications (dApps) or running nodes to support a growing user base, bare metal servers provide the flexibility to scale horizontally and vertically:

Horizontal Scaling: Add more nodes across multiple regions to improve redundancy and reduce latency in geographically dispersed networks.

Vertical Scaling: Upgrade CPU, RAM, or NVMe storage to handle increasing workloads as blockchains grow in size and complexity. This adaptability ensures that Web3 companies can meet fluctuating demands without compromising on speed or reliability.

Reliability Beyond Cloud Limitations

Centralized cloud providers have, on occasion, denied services to blockchain companies due to compliance concerns or industry biases. Bare metal servers sidestep this dependency, offering a more resilient and independent solution:

Disaster Recovery: Physical server setups often come with robust disaster recovery options, ensuring continuity in case of hardware failures.

Freedom from Service Denial: By owning and operating infrastructure directly, Web3 companies avoid sudden service disruptions or politically motivated access issues.

Real-Time Maintenance and Upgrades

Blockchain networks often require constant uptime to maintain trust and efficiency. Bare metal servers excel in minimizing downtime during maintenance windows:

Tasks like blockchain synchronization or updating node software can occur faster and with reduced impact on live operations.

Validators can remain active while performing upgrades, and maintaining network participation without losing staking rewards or incurring penalties.

Latitude.sh: Enabling Global Blockchain Operations

Latitude.sh strengthens the Web3 ecosystem with its globally distributed bare metal infrastructure:

Strategic Data Centers: Located in key regions, these servers ensure low-latency connections for geographically dispersed blockchain users and nodes.

Compliance and Support: Adhering to local regulations and offering specialized support for Web3 companies, Latitude.sh helps navigate the complex challenges of operating in a decentralized, yet compliance-driven environment.

A Global Network Tailored for Web3 Needs

Latitude.sh's servers span major regions, including Latin America, North America, Europe, Asia-Pacific, and beyond.

In Latin America, facilities in Buenos Aires, São Paulo (two locations), Santiago (two locations), Bogota, and Mexico City (two locations) provide unparalleled reach across a region poised for blockchain growth.

In North America, facilities in Ashburn, Chicago, Dallas, Los Angeles, Miami (two locations), and New York offer robust connectivity and serve as vital gateways for blockchain networks targeting a global audience.

Europe is represented with facilities in London (two locations) and Frankfurt, ensuring optimal performance and low latency for businesses operating in one of the world's blockchain epicenters.

Meanwhile, in the Asia-Pacific region, data centers in Tokyo (three locations), Sydney, and Singapore provide seamless coverage for blockchain applications.

Why Latitude.sh’s Locations Matter for Web3

Web3 companies benefit from strategic infrastructure that aligns with the global nature of blockchain. Decentralized applications (DApps) and blockchain nodes demand low latency and high-speed connectivity to synchronize with networks and maintain operational integrity.

Latitude.sh’s globally distributed data centers minimize latency and ensure data remains closer to users and blockchain ecosystems, supporting seamless transaction processing and real-time blockchain interactions.

Moreover, Latitude.sh’s bare metal servers are purpose-built for high-throughput workloads.

From compact configurations like the m4.metal.medium to powerhouse options like the rs4.metal.xlarge, Latitude.sh's offerings cater to a range of Web3 use cases, including blockchain synchronization, smart contract execution, and decentralized data storage.

With blazing-fast NVMe storage and up to 100Gbps of network connectivity, these machines can handle demanding tasks like block creation and high-frequency transactions with ease.

Empowering Web3 with Specialized Infrastructure

Latitude.sh's servers in Tier 3 data centers combine cutting-edge technology with operational excellence. With certifications that meet stringent compliance and security requirements, Web3 companies can operate with confidence, even in highly regulated industries.

The integration of AMD processors, NVMe storage, and high-bandwidth network interfaces ensures optimal performance, while 20 TB of included egress traffic minimizes operational costs for data-intensive blockchain operations.

Whether your Web3 enterprise is targeting users in Latin America, scaling operations in Asia, or enhancing its presence in North America or Europe, Latitude.sh’s extensive network delivers the infrastructure needed to succeed.

By leveraging its globally distributed servers and blockchain-optimized bare metal computing, Web3 companies can reduce costs, enhance performance, and unlock new possibilities in the decentralized digital era.

If you want the best servers for Web3 workloads, create a free Latitude.sh account right now.