Dell and Asus enterprise hardware. Automated backups, live monitoring, and a 99.99% uptime SLA — the same features the big clouds charge a premium for. We just don't rent the hardware, so we don't mark up the price.
Trusted by the world's most innovative teams
How the platform thinks
Two systems run underneath every VM, all the time — neither one waits for you to notice something is wrong.
Most platforms alert you when CPU crosses 80%. We track a rolling average of how your workload normally behaves, then flag deviations from that baseline. A server that's always at 75% and jumps to 78% gets flagged. A server that spikes to 95% once a day on a known batch job does not. Health checks run on schedule, scoring status, severity, and response time — every active alert surfaces in one real-time dashboard, and Prometheus-style monitoring agents are deployable per VM.
Every physical host in a compute pool reports live CPU, RAM, and running-VM counts. When you launch a server, the platform reads that live telemetry and places it on the host that can actually serve it — not the next one in a round-robin queue. Pools carry a real CPU/RAM ceiling with a tunable over-booking ratio, hosts in maintenance are automatically skipped, and edge nodes can be flagged for latency-sensitive placement.
Why PlusClouds
The same price you see is the price you pay — and the hardware behind it is ours, not rented.
AMD EPYC processors and NVMe storage, provisioned in under a minute — no queue, no waiting on a sales engineer.
No minimum spend, no annual contract. Spin a server up for an hour, delete it, pay for that hour only.
We don’t rent capacity from AWS or Azure and resell it. Our own hardware means lower cost and full control.
AWS charges $0.09/GB to move your own data out. We charge $0 — every time, every plan.
Linux, Windows, firewall, storage, and application servers — all on the same own-built EU hardware.
Pick your OS, CPU, RAM, and storage — see the exact price, then deploy in 60 seconds.
Cloud Infrastructure
Compute, storage, networking, VMs, software, and backup — six systems working together, not six separate vendors.
Virtual Machines, Containers & Automation
AMD EPYC processors, NVMe storage, and a built-in Ansible playbook library — provisioned in under 30 seconds. Pause and resume VMs without losing in-memory state, or convert any VM into a reusable template.
Reliable Data Management
Standards-based pooled storage across HDD, SSD, and NVMe tiers, continuously scanned for capacity and health. Resize volumes live — no downtime, no migration windows.
Learn MoreConnectivity & Security
Five network types — public, private, VPN, management, and DMZ — behind a dedicated gateway/firewall, with per-network and per-NIC bandwidth limits. A 40 Gbps carrier-neutral backbone keeps traffic fast regardless of origin.
Flexible VM Profiles
CPU-optimized, memory-optimized, and general-purpose profiles on a KVM hypervisor. Resize CPU and RAM live on the same host, take instant snapshots, and access the console before networking is even configured.
Learn MoreApplications & Tools
Deploy databases, load balancers, and monitoring stacks from a single control plane. Prebuilt blueprints for the most common architectures.
Learn MoreBackup & Recovery
Backup jobs track explicit RPO/RTO targets and an SLA percentage, with automatic retention cleanup and replication to a secondary location for extra durability. One-click restore — your backup SLA is contractually guaranteed.
Learn MoreSecurity architecture
Every technical detail a CISO needs — not just a badge.
Layer 1 — Perimeter
ActiveAlways-on volumetric + app-layer DDoS protection. 1 Tbps+ mitigation capacity.
Layer 2 — Network
IsolatedEach tenant in a VXLAN-isolated segment. Lateral movement is architecturally impossible.
Layer 3 — Application
ActiveManaged firewall rules + app-layer WAF. OWASP Top 10 covered by default.
Layer 4 — Data
EnforcedAll storage encrypted. TLS 1.3 minimum. Deprecated ciphers rejected.
Layer 5 — Hypervisor
VerifiedOpen-source KVM hardware-level isolation. Confidential compute available.
Layer 6 — Network Fabric
IsolatedPublic, private, VPN, management, and DMZ networks — each with its own CIDR, DNS, and dedicated gateway/firewall appliance. NICs attach independently of VM power state; bandwidth limits apply at both the network and NIC level.
Each datacenter holds its own data residency — no cross-border transfers, no shared jurisdiction. Every location is independently compliant.
Platform capabilities
RPO/RTO-tracked backups with automatic retention cleanup and secondary-location replication — zero manual effort.
Learn more
CPU anomalies caught by comparing against a rolling usage baseline, not a fixed threshold — catching spikes a static alert would miss.
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