Our Cloud Compute Development Services
Alpina Tech deploys and manages Vultr Cloud Compute instances for teams that need reliable virtual machines with predictable pricing across 32 global locations. We handle instance provisioning, networking, security hardening, and automation — giving you full root access on cloud VMs backed by AMD EPYC and Intel processors with NVMe storage.
Instance Provisioning & Configuration
We deploy Cloud Compute instances sized and configured for your workload:
- Regular Performance — shared vCPU instances for web servers, development environments, and general-purpose workloads starting at $2.50/month
- High Frequency — NVMe SSD storage with higher clock-speed Intel CPUs for latency-sensitive applications, databases, and API backends
- High Performance — AMD EPYC processors with dedicated vCPU and NVMe storage for compute-heavy production workloads
- OS selection — Ubuntu, Debian, CentOS, Fedora, Windows Server, FreeBSD, and custom ISO uploads
- Startup scripts for automated first-boot provisioning — package installation, service configuration, and security hardening
Networking & Load Balancing
We architect the network layer around your Cloud Compute instances:
- VPC 2.0 configuration for private networking between instances within a datacenter
- Vultr Load Balancers with health checks, SSL termination, and forwarding rules for traffic distribution
- Firewall groups with least-privilege inbound and outbound rules applied per instance or tag
- Reserved IPs for stable public endpoints that persist across instance replacements
- DNS management via Vultr DNS with API-driven record updates
Infrastructure as Code & Automation
Every Cloud Compute instance we create is defined in code:
- Terraform modules for instances, VPCs, firewalls, load balancers, and DNS records using the Vultr provider
- Ansible playbooks for server configuration, package management, and OS hardening
- Startup scripts versioned in Git for consistent instance provisioning
- CI/CD pipelines (GitHub Actions, GitLab CI) triggering infrastructure changes on merge
- Snapshot-based workflows for golden images and instance cloning
Migration to Cloud Compute
We migrate workloads from other providers and legacy hosting:
- AWS EC2, DigitalOcean, Hetzner migration — mapping instance types to equivalent Cloud Compute plans
- Server transfer via snapshot import, rsync, or containerization
- Database migration with replication-based cutover for minimal downtime
- DNS transition with zero-downtime strategy
- Cost comparison report — before and after migration with projected savings
Backup, Monitoring & Security
We configure reliability and security layers for production instances:
- Automated snapshot schedules with configurable retention policies
- Block storage volumes for persistent data beyond the root disk
- SSH key-only access with firewall group enforcement
- Fail2ban, UFW, and unattended-upgrades configured via Ansible
- External monitoring integration (Prometheus, Grafana, Datadog) for performance observability
- Uptime monitoring with alerting for critical endpoints
We extend these setups with incident response playbooks and escalation procedures.
How We Approach Cloud Compute Projects
Workload Assessment
We evaluate your compute, memory, storage, and network requirements. Regular Performance handles most web applications; High Frequency serves latency-sensitive workloads; High Performance delivers consistent throughput for production databases and APIs. We size based on actual metrics.
Infrastructure Design
We define the entire environment in Terraform — instances, VPCs, firewalls, load balancers, DNS. You review the architecture as pull requests before anything is provisioned.
Staged Provisioning
Instances deploy incrementally. We validate networking, firewall rules, application deployment, and monitoring at each stage before moving to the next.
Hardening & Handoff
We lock down security, configure backups and monitoring, and document the setup. Your team receives Terraform state, Ansible playbooks, and runbooks for independent operation.
Technology Stack with Cloud Compute
Compute & Plans
- Regular Performance — shared vCPU instances for general workloads
- High Frequency — NVMe SSD with high clock-speed Intel CPUs
- High Performance — AMD EPYC with dedicated vCPU and NVMe
- Load Balancers — L4/L7 traffic distribution with health checks and SSL
Storage & Backup
- Block Storage — SSD-backed volumes attachable to any instance
- Snapshots — point-in-time instance images for backup and cloning
- Object Storage — S3-compatible storage for files and static assets
- Automated Backups — scheduled snapshots with retention management
Infrastructure & Automation
- Terraform (vultr provider) — infrastructure-as-code for all Vultr resources
- Ansible — server configuration management and OS hardening
- Startup Scripts — bash-based provisioning for automated instance setup
- Vultr CLI + API — full resource management via REST API and command-line tooling
Business Benefits
- Three performance tiers — Regular, High Frequency, and High Performance plans let you match compute characteristics to your workload. Pay for shared vCPU on staging, dedicated EPYC cores on production — no one-size-fits-all.
- 32 global locations — deploy instances across North America, Europe, Asia, Australia, South America, and Africa. Consistent pricing across all locations with no regional surcharges.
- Transparent billing from $2.50/month — flat hourly and monthly rates per instance. Generous bandwidth allowances included, no surprise egress fees, no complex pricing calculators.
- NVMe storage on every tier — High Frequency and High Performance plans include NVMe SSDs by default. Database servers, API backends, and I/O-heavy workloads benefit from fast disk access without premium storage add-ons.
- Sub-minute provisioning — Cloud Compute instances deploy in under 60 seconds. Combined with Terraform and startup scripts, a fully configured server is ready in minutes.
- API and Terraform-first — every instance operation is available via REST API and Terraform provider. Infrastructure-as-code works without enterprise contracts or premium support tiers.
