Compute Services
Provisioned Linux compute for production workloads with predictable performance and cost control.
Read DetailsCapabilities
Our capabilities are designed around 15+ years of Linux and cloud hosting expertise, with strong delivery patterns for private data, AI operations, and platform reliability. We provide production-grade infrastructure that combines the flexibility of open-source technologies with enterprise-grade reliability, security, and performance.
Our cloud computing services provide the foundation for modern applications, offering scalable, reliable, and cost-effective infrastructure built on open-source technologies.
Flexible compute resources for every workload type, from general-purpose applications to AI training and inference. Our compute services offer multiple instance profiles optimized for different performance characteristics.
Provisioned Linux compute for production workloads with predictable performance and cost control.
Read DetailsDesign, deployment, and ongoing operations for secure multi-tenant Kubernetes clusters.
Read DetailsEnterprise-grade networking with complete isolation, advanced security controls, and flexible connectivity options. Build secure, scalable network architectures that meet compliance requirements.
Virtual Private Cloud with complete network isolation and custom routing
Software-defined networking with VXLAN, VLAN, ACLs, QoS, DDoS protection
IPSEC and SSL VPN implementations for secure connectivity
Durable, high-performance storage solutions with multiple tiers optimized for different use cases. From fast NVMe-backed block storage to cost-effective object storage for archives.
Persistent block storage presented directly to instances
Scalable object storage with API and SDK integration
Our AI services enable organizations to build, deploy, and scale AI applications with production-grade infrastructure optimized for machine learning workloads.
Dedicated GPU instances for AI training and inference workloads
Our GPU compute instances feature NVIDIA GPUs optimized for machine learning workloads. Choose from various GPU types including A100 for training, T4 for inference, and L4 for real-time applications. Instances support GPU sharing, MIG (Multi-Instance GPU) for better utilization, and high-speed interconnects for distributed training.
AI infrastructure designed for inference and training
Purpose-built AI compute platforms optimized for both training and inference workloads. Our AI compute instances feature high-core-count CPUs, large memory capacities, and fast storage for data preprocessing. We provide GPU-accelerated options for training and inference, with autoscaling capabilities to handle variable workloads efficiently.
Retrieval-Augmented Generation platforms for enterprise AI
Our RAG (Retrieval-Augmented Generation) platforms enable enterprises to build AI applications that combine large language models with proprietary data. We provide integrated vector databases, embedding services, and retrieval pipelines that ensure AI responses are grounded in accurate, up-to-date information. Our platforms support multiple LLMs, custom embedding models, and advanced retrieval techniques including hybrid search and re-ranking.
Small-scale AI factories for focused production teams
AI Factories are complete, managed AI infrastructure environments designed for production teams building AI applications. We provide the full stack from GPU clusters and vector databases to MLOps pipelines and model serving infrastructure. Our AI Factories include pre-configured environments for common AI workloads, automated scaling, and comprehensive monitoring for model performance and infrastructure health.
Our hardware platforms combine commodity hardware with sophisticated software management to deliver enterprise-grade performance at competitive prices.
Flexible compute instances with Intel Xeon and AMD EPYC processors
Our compute engine offers multiple instance families optimized for different workload types. GMX.G1 instances feature Intel Xeon processors for consistent single-threaded performance. GMX.G2 instances use AMD EPYC processors for superior multi-threaded and memory-intensive workloads. All instances support hardware-assisted virtualization, SR-IOV for network performance, and flexible vCPU-to-memory ratios.
Managed Kubernetes for cloud-native applications
Our managed Kubernetes platform provides production-grade container orchestration with automated upgrades, scaling, and monitoring. We support multi-tenant clusters with namespace isolation, GitOps deployment pipelines, service mesh integration, and comprehensive observability. Our platform includes built-in support for stateful applications, persistent storage, and network policies.
Distributed Ceph architectures for resilient object, block, and file storage
Our Ceph storage platform provides unified object, block, and file storage from a single distributed system. We implement Ceph with proper failure domain design, performance tuning for mixed workloads, and comprehensive monitoring. Our Ceph deployments support Kubernetes CSI for dynamic provisioning, S3-compatible object storage, and high-performance block storage for databases.
Enterprise-grade private cloud infrastructure
Our OpenStack implementation delivers enterprise-grade private cloud capabilities with Nova for compute, Neutron for networking, Cinder for block storage, and Swift for object storage. We implement proper multi-tenancy with RBAC, quota management, and integrated monitoring. Our OpenStack platforms support live migration, high availability, and integration with external identity providers.
Commodity hardware with enterprise management
We leverage commodity server hardware combined with sophisticated management software to deliver enterprise-grade infrastructure at competitive prices. Our hardware platform supports flexible configurations including different CPU generations, memory capacities, storage options, and GPU accelerators. All hardware undergoes rigorous testing and comes with comprehensive monitoring and management capabilities.
Deep Linux expertise across distributions and versions
Our Linux expertise spans multiple distributions including RHEL, Ubuntu, CentOS, and Debian. We provide kernel tuning, security hardening, performance optimization, and troubleshooting expertise. Our Linux platforms support the latest versions with long-term support options, and we maintain extensive knowledge of Linux internals for advanced customization and optimization.