Single-Tenant Bare Metal Dedicated Servers in India
Raw Bare Metal Dedicated Server Hosting in India from ₹7,200/mo. Direct physical silicon access with zero hypervisor layer, custom BIOS/UEFI control, SR-IOV NIC passthrough, hardware RAID-10 NVMe, and 100% Indian data sovereignty.
About Bare Metal Server Hosting
Shift2Server provides unmanaged, raw bare metal dedicated servers designed for systems engineers, AI infrastructure builders, blockchain operators, and enterprise IT teams demanding direct physical hardware access. Unlike virtualization or multi-tenant clouds, our bare metal platform gives you unrestricted root authority down to the UEFI/BIOS configuration, custom CPU governor tuning, SR-IOV hardware acceleration, and kernel-level network bypass. Deployed inside certified Tier-4 datacenters across Mumbai, Delhi NCR, and Bengaluru, our bare metal servers start at ₹7,200/month (or ₹5,760/month with annual billing) for high-frequency Intel Xeon and AMD EPYC 9004 systems equipped with ECC DDR5 memory, PCIe Gen4 NVMe arrays, unmetered multi-gigabit uplinks, and dedicated out-of-band IPMI 2.0 / iDRAC remote management. Enjoy maximum computing efficiency with zero hypervisor tax, predictable flat INR billing, 100 Gbps DDoS scrubbing, and strict compliance under India's DPDP Act 2023.
Dedicated Isolation
Zero noisy neighbors or resource contention.
Data Sovereignty
Strict DPDP Act 2023 Indian compliance.
24/7 Expert Support
Direct access to certified L2/L3 engineers.
Technical Specifications
Detailed breakdown of compute microarchitecture, hypervisor virtualization, memory bandwidth, and network fabric.
Physical Silicon & Microarchitecture
All-Flash NVMe Storage Subsystem
Network & Peering Fabrics
Bare Metal Server Hosting Plans & Configurations
Zero setup fees, predictable monthly or annual INR billing, and complete 18% GST tax credit compliance.
Bare Metal DS-8C
Bare Metal DS-8C (Annual - 20% Off)
Bare Metal DS-16C
Bare Metal DS-16C (Annual - 20% Off)
Bare Metal DS-32C
Bare Metal DS-32C (Annual - 20% Off)
Customize Your Hardware Specification
Slide compute, RAM, NVMe storage, and network bandwidth to configure your exact instance requirements.
Configure Your Infrastructure
Configuration Summary
Core Engineering Features of Bare Metal Server Hosting
Built from the ground up for maximum throughput, hardware redundancy, and operational security.
Direct Physical Silicon Execution
Execute applications directly on bare metal AMD EPYC 9004 and Intel Xeon Scalable processors with zero translation layers and zero CPU scheduling jitter.
Complete BIOS & UEFI Remote Authority
Full access to configure UEFI BIOS profiles, disable power-saving C-states, adjust NUMA memory interleaving, and enable nested virtualization extensions.
SR-IOV & Kernel Bypass Networking
Deploy DPDK, RDMA over Converged Ethernet (RoCE), and SR-IOV virtual functions directly to hardware for near-zero latency packet processing.
Direct PCIe Gen4 NVMe Access
Direct physical bus access to enterprise NVMe drives delivers 7,000 MB/s sequential throughput and sub-10-microsecond access latency without virtual disk drivers.
Dedicated Out-of-Band IPMI 2.0 / KVM
Independent out-of-band management network port allows ISO virtual media mounting, hardware health monitoring, and power cycling independent of the OS.
Isolated Private Cluster Interconnects
Interconnect multiple bare metal nodes across isolated 10 Gbps private VLANs for secure Ceph storage networks, MPI clusters, and Kubernetes internal fabrics.
How Bare Metal Server Hosting Solves Real Business Challenges
Practical benefits and ROI realized when migrating from generic shared hosting or foreign hyperscalers.
Hypervisor Scheduling Jitter & Unpredictable Tail Latency
Even top-tier virtualization platforms inject microsecond-level CPU scheduling delays, translation lookaside buffer (TLB) flush overhead, and memory virtualization penalties that introduce latency spikes in high-throughput workloads.
Zero hypervisor layer. Your code executes directly on the physical processor execution units with raw memory access and direct hardware interrupt handling.
Inability to Access Hardware Virtualization & Custom Kernel Tuning
Shared cloud VMs block nested virtualization, prevent custom kernel modules (DPDK, eBPF, io_uring, custom BGP daemons), and lock down BIOS-level power management profiles.
Complete BIOS/UEFI control via out-of-band IPMI. Enable Intel VT-x / AMD-V nested virtualization, disable CPU power-saving C-states for max sustained clock frequency, and tune custom kernels freely.
Network Virtualization Bottlenecks on Cloud Virtual Interfaces
Virtual network interfaces (virtio-net) traverse software virtual switches (OVS), consuming host CPU cycles and capping packet-per-second (PPS) throughput far below physical wire speed.
Direct physical NIC access with SR-IOV (Single Root I/O Virtualization) and DPDK kernel bypass, achieving over 14 million packets per second at line speed.
Multi-Tenant Hardware Security Risks & Side-Channel Attacks
Co-locating sensitive workloads on multi-tenant cloud hosts leaves systems vulnerable to speculative execution vulnerabilities (Spectre, Meltdown, Downfall) and cache timing attacks from neighbor VMs.
100% single-tenant physical hardware isolation. No other company's workloads ever touch your chassis, CPU caches, RAM channels, or network buses.
Workload Suitability & Recommended Use Cases
Proven production deployment scenarios optimized for Bare Metal Server Hosting infrastructure.
Blockchain Validator & Staking Node Infrastructure
Run high-throughput Ethereum, Polygon, or Solana validator nodes requiring high IOPS, fast disk sync, 100% uptime, and raw CPU performance with zero virtualization jitter.
Scientific HPC & Numerical Simulation Modeling
Execute parallel MPI simulations, weather forecasting models, and finite element analyses requiring NUMA-optimized memory bandwidth and zero virtualization overhead.
Private Bare Metal Kubernetes & OpenStack Clouds
Build private cloud platforms using Proxmox VE, OpenStack, or bare-metal Kubernetes with SR-IOV networking and local NVMe persistent volumes for enterprise tenants.
Large-Scale Web Scraping & Distributed Crawling
Run concurrent headless browser scraping fleets (Puppeteer, Playwright) processing tens of millions of pages daily with raw multi-core CPU efficiency and high PPS networking.
Custom Network Security Appliances & Firewalls
Deploy high-throughput network monitoring appliances, DPI packet inspection engines, and custom Suricata/Snort IDS/IPS using DPDK line-rate packet capture.
Real-Time Video Ingestion & Stream Packaging
Ingest live SDI/IP broadcast feeds, execute real-time multi-codec transcoding, and package HLS/DASH streams with zero frame drops and unmetered multi-gigabit uplinks.
Enterprise Infrastructure & Network Fabric
N+N concurrent power redundancy, multi-homed BGP routing, and carrier-neutral optical transit.
Tier-4 Electrical Infrastructure & N+N Dual Power Feeds
Dual active-active utility feeds backed by continuous N+N UPS battery banks and automated on-site diesel generators with 72+ hours of localized fuel reserves.
Carrier-Neutral Multi-Homed Optical Transit
Multi-gigabit optical fiber paths dynamically routed over Airtel, Tata Communications, Jio, and Vodafone Idea with direct NIXI / ExtremeIX domestic peering.
Enterprise PCIe Gen4 NVMe All-Flash Storage Fabric
Enterprise solid-state NVMe arrays delivering up to 7,000 MB/s sequential throughput and over 750,000 IOPS in hardware RAID-10 / Ceph 3x configuration.
Biometric Physical Security & Clean-Agent Suppression
Multi-layer biometric Mantra access checkpoints, 24/7 CCTV surveillance, physical security patrols, and VESDA laser early fire detection with eco-friendly gas suppression.
Security, DDoS Mitigation & Compliance
Hardware-level inline scrubbing, automated WAF rules, and statutory DPDP Act 2023 compliance.
Inline 100 Gbps Multi-Layer DDoS Mitigation
Hardware packet scrubbers continuously analyze ingress traffic patterns, blocking volumetric flood attacks and Layer 7 HTTP exploits in real time.
DPDP Act 2023 Statutory Data Sovereignty
100% of compute instances, storage volumes, customer data, and backup vaults are located strictly within sovereign Indian territory.
Stateful Firewalling & Isolated Private Subnets
Configure granular network security rules at the hypervisor switch level, isolating internal database clusters and microservices within private subnets.
Air-Gapped Immutable Backup Repositories
Automated snapshot vaults write-protected with WORM compliance, ensuring malware and ransomware cannot alter or delete system backup archives.
Move Your Workload to Shift2Server
Zero-downtime data migration led by dedicated systems engineers. We handle databases, files, and DNS cutover seamlessly.
Infrastructure & Dependency Assessment
Our certified Linux & Windows systems engineers inspect your existing server, databases, SSL certificates, cron jobs, and application dependencies.
Server Provisioning & Background Sync
We provision target server infrastructure, harden the operating system, configure security rules, and replicate all files and databases in the background.
DNS Delta Sync & Traffic Switch
We perform a final delta synchronization of new database records, adjust DNS TTL values, and point traffic to the new high-speed Indian IP address.
Performance Tuning & Security Hardening
Our engineers optimize database memory buffer pools, tune web server caching (Redis/OPcache), verify SSL certificates, and configure automated backups.
Enterprise Client Feedback
Authentic reviews from engineering leaders, DevOps architects, and business owners hosting on Shift2Server.
"Running high-throughput blockchain validator nodes on Shift2Server's bare metal AMD EPYC servers eliminated the disk I/O stalls we experienced on cloud VMs. Direct NVMe access and zero hypervisor jitter have kept our validator attestation rate at 99.98%."
"Our scientific MPI simulations require raw compute efficiency without hypervisor translation overhead. Shift2Server's dual-socket EPYC bare metal nodes delivered a 28% speedup over equivalent cloud instances, while the unmetered uplinks eliminated bandwidth bill anxiety."
"We deployed a private Proxmox virtualization cluster across 4 bare metal nodes with isolated 10 Gbps private VLANs. Full BIOS control via IPMI allowed us to tune NUMA profiles and CPU governors perfectly. Hardware reliability has been flawless."
Frequently Asked Questions about Bare Metal Server Hosting
Detailed answers covering architecture, resource scaling, security, migration, and commercial terms.
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