Deploy bare metal servers and VMs with enterprise-grade performance for 20-50% less than AWS, Azure, and Google Cloud.
From bare-metal GPU clusters to fully managed colocation, RWS gives you the infrastructure layer that fits exactly how you build.
NVIDIA Volta architecture. 125 TFLOPS FP16. NVLink multi-GPU scaling for large model training and HPC workloads.
Rack your own servers in our Tier III data centers. Full power redundancy, 24/7 remote hands, and direct cross-connects.
High-density GPU clusters, InfiniBand fabric, and petabyte-scale storage — purpose-built for inference and training at scale.
From reserved GPU clusters for training and inference to compute-optimized and high-memory dedicated tiers, every profile is built for enterprise delivery with guided onboarding and contract-backed capacity planning.
Reserved GPU capacity for enterprise AI workloads, including model training, batch inference, and production serving with high-throughput interconnects and direct platform support.
Built for CPU-bound jobs such as CI/CD pipelines, video encoding, scientific modeling, and latency-sensitive application tiers that need consistent single-thread performance on dedicated hardware.
Best for in-memory databases, vector indexing, real-time analytics, and large cache layers where memory footprint and data locality drive performance more than raw core count.
Transparent predictable pricing vs. AWS, Azure, and GCP — no hidden fees, no egress surprises, and flexible terms for committed enterprise deployments.
Deploy VMs, bare metal servers, and GPU nodes with guided provisioning, validated runbooks, and direct support from our infrastructure team.
Enterprise uptime SLA backed by multi-site infrastructure, redundant power, and US-based 24/7 support — included on every plan.
Enterprise-grade infrastructure at 20–50% less than AWS, Azure, and GCP, with guided onboarding and contract-backed rollout planning.
Data centers purpose-built for the density, cooling, and interconnect fabric that modern AI demands, from single GPU nodes to thousand-GPU superclusters.
Bare-metal GPU nodes connected over NVLink and InfiniBand. 125 TFLOPS FP16, 900 GB/s HBM2 bandwidth — purpose-built for training and inference.
Non-blocking InfiniBand fabric, NVLink domains, and petabyte-scale parallel storage — built for the largest foundation model training runs.
Migrate and modernize your workloads on reliable infrastructure with more control, lower costs, and enough flexibility to scale with demand.
Build apps and ship products on a simple, powerful platform that stays responsive under load and keeps infrastructure friction out of the way.
Enhance your capabilities, streamline analysis workflows, and surface better insights on infrastructure designed for growing datasets.
Scale faster on competitively priced infrastructure that keeps compute bottlenecks out of the way while your team focuses on growth.
Explore some of the different ways you can use Redundant Web Services. The possibilities are endless.
Transform your data into strategic advantage with Redundant Web Services infrastructure.
State-of-the-art infrastructure specifically designed for AI & machine learning.
RWS offers powerful cloud infrastructure solutions for modern web and app development.
Dive into our powerful infrastructure solutions tailored to game development.
We provide robust & cost-effective archiving solutions through our reliable cloud infrastructure.
Analyze your data and deliver actionable information to help make informed business decisions.
Process, analyze, and manage large volumes of data at a fraction of the cost.
Run campaign analytics, customer data platforms, and personalization workloads on one RWS foundation.
Reach out to our team today to learn more.
Contact us →Review the RWS footprint through real campuses across Texas and Washington, compare deployment profiles, and plan resilient workload placement with the team that operates the network. Tour the sites, validate assumptions, and map the right next step before you commit capacity.
Primary Northwest campus designed for scalable workloads, dense GPU deployments, and fast regional access across the Pacific Northwest.
Paired Wenatchee capacity built for redundant placement, low-latency regional access, and failover-ready GPU deployment planning.
Utility-scale AI capacity near the Permian Basin with room for dense GPU deployments and technical validation at full production scale.
A resilient South Texas deployment base built for dependable long-running GPU workloads, storage-heavy systems, and diversified routing paths.
Low-latency South Texas placement for hybrid delivery models, regional resiliency, and responsive workloads that need to stay close to the edge.
A staged South Texas expansion footprint with available fiber, flexible growth paths, and room for resilient inference and caching infrastructure.
Houston-adjacent Gulf Coast capacity positioned for routing diversity, regional redundancy, and technical validation for future growth.
