Cloud, Infrastructure & High Availability Solutions
Reliable infrastructure. Secure cloud. Business continuity.
We design, deploy, migrate, and manage reliable IT infrastructure for businesses that depend on their applications, databases, and online services.
From cloud platforms such as AWS and Microsoft Azure to virtualization environments, database replication, high-availability clusters, backups, monitoring, and disaster recovery, we help businesses build infrastructure that is designed for performance, scalability, availability, and operational reliability.
Whether you are launching a new application, migrating existing infrastructure to the cloud, modernizing your virtualization environment, or eliminating single points of failure, our team can design and implement an infrastructure solution aligned with your business requirements.
AWS Cloud Services
Design, deployment, migration, optimization, monitoring, security, backup, and ongoing management of AWS infrastructure.
- AWS EC2
- VPC and networking
- Load balancing
- Auto Scaling
- S3 storage
- RDS databases
- Cloud monitoring
- Backup and disaster recovery
- Cloud migration
- Security hardening
- Cost optimization
Platform
Azure Cloud Infrastructure & Management
Build and manage scalable Microsoft Azure environments for applications, databases, and business workloads.
- Azure Virtual Machines
- Virtual Networks
- Azure Storage
- Azure Backup
- Azure Database services
- Monitoring
- Security configuration
- Cloud migration
- High availability
- Disaster recovery
- Infrastructure optimization
Platform
Proxmox Virtualization Solutions
Deploy and manage cost-effective virtualization infrastructure using Proxmox VE.
- Proxmox VE installation
- Virtual machine deployment
- Linux and Windows VM hosting
- LXC containers
- Proxmox clustering
- Storage configuration
- Network configuration
- VM migration
- Backup configuration
- High availability
- Performance optimization
- Infrastructure monitoring
Platform
High Availability & Failover Infrastructure
Downtime can directly affect business operations. We design infrastructure with redundancy and failover mechanisms to reduce the impact of server, application, or infrastructure failures.
- High Availability clusters
- Application failover
- Server redundancy
- Load balancing
- Database redundancy
- Storage redundancy
- Automatic failover
- Health monitoring
- Failover testing
- Single Point of Failure assessment
No single point of failure: traffic, application and data each have a standby.
Database Replication & High Availability
We design and implement database replication environments to improve availability, redundancy, and disaster recovery capabilities.
- MySQL replication
- MariaDB replication
- Primary/Replica architecture
- Database failover
- Replication monitoring
- Replication health checks
- Disaster recovery environments
- Backup and restore strategy
- Replication troubleshooting
- Performance optimization
Primary/replica architecture with monitored lag, tested failover and off-site recovery.
Cluster Design & Implementation
Build resilient infrastructure by combining multiple servers or resources into a coordinated cluster environment.
- Server clustering
- Proxmox clusters
- Application clusters
- Database clusters
- High Availability clusters
- Load-balanced environments
- Failover architecture
- Cluster monitoring
- Cluster maintenance
- Capacity planning
Workloads move between nodes automatically when one fails or needs maintenance.
24×7 Infrastructure Monitoring & Management
Monitoring tool installation and tuning (for example Nagios, Cacti and Wazuh), with alerting and incident response around the clock. Coverage includes:
- CPU monitoring
- RAM monitoring
- Disk monitoring
- Disk I/O
- Load monitoring
- Service monitoring
- Website monitoring
- SSL expiry monitoring
- Database monitoring
- Replication monitoring
- Server availability
- Alert management
- Incident response
Every check that fails pages a person who can act on it.
Eliminate the single point of failure in your stack
Tell us about your applications, databases and current infrastructure. We will propose a design, a migration path and a monitoring plan.